Healthy soils teeming microbes are the foundations of resilient, sustainable and global food production ecosystems. Credit: Fabiola Ortiz/IPS

By Esther Ngumbi
URBANA, Illinois, US, May 6 2026 (IPS)

A newly published review in Nature Reviews Earth & Environment has revealed disturbing statistics on the growing environmental threats posed by global food production. The global food system, designed to feed and nourish humanity, is now a major contributor to climate change via greenhouse gas emissions, and the largest driver of freshwater depletion, biodiversity loss, and nutrient pollution.

Alarmingly, this new review brings attention to a concerning cruel twist and a deeper problem manifested through feedback loops between environmental change pressures including climate change and global food production.

In this vicious hard to break feedback loop, farmers are forced to use more inputs including fertilizers and toxic pesticides to sustain high yields, which in turn ruins and further compromises the environment while making food production harder in the long term.

In this vicious hard to break feedback loop, farmers are forced to use more inputs including fertilizers and toxic pesticides to sustain high yields, which in turn ruins and further compromises the environment while making food production harder in the long term

The central question then becomes: How do we break these vicious feedback loops that threaten to undermine our global food system in the longer term? What specific foundational strategies stand a chance of reducing environmental pressures and improving global food systems and agricultural production resillience?

First and foremost, the foundations for breaking this cruel cycle begin in the soil, by investing in revitalizing and improving the health of soils and agricultural lands that power global food production. Healthy soils teeming microbes are the foundations of resilient, sustainable and global food production ecosystems.

Healthy soils store and filter water and cycle nutrients, support the growth of nutritious food while simultaneously helping agricultural crop plants to cope with water stress, combat diseases and pests, and use nutrients more effectively, reducing the need for additional inputs such as fertilizers and pesticides.

Convincingly, smart investments channeled towards improving soil health and soil microbiome can help farmers and food producers to produce more and healthy crops with less, limit environmental damage and simultaneously break the emerging feedback loops between global food production and environmental damage.

The good news is that improving and building soil health and soil microbiomes is a top priority for many stakeholders involved in food production in the United States and around the world including farmers, researchers, governments, philanthropists, non-governmental  and non-profit organizations, research funding agencies, the African Union and the United Nations.

Excitingly, adoption of several sustainable regenerative  practices including cover cropping, crop rotation, conservation tillage, planting diverse crops, integrating livestock and agroforestry, alongside with inoculation of soils with microbes including arbuscular mycorrhizal fungi can improve soil health and quality, improving biodiversity, mitigate climate change, and extend soil longevity beyond 10,000 years. Moreover,  research is confirming that these strategies do indeed work.

Second, another intervention that can reduce environmental decline while improving global food production is investing in innovative  climate-smart agriculture and precision agriculture practices. Scientific evidence has shown that adopting these practices can sustain global food production while limiting environmental harm.

Complementing and accompanying these foundational strategies is the urgent need to prioritize breeding and developing  multi-stress and stress-resilient crops and integrating stress resilient traits from wild relatives of domesticated crops.

Additionally,  multi-stress and climate-resilient crops can be grown alongside other annual and perennial crop species while being integrated into broader sustainable and regenerative farming practices including agroforestry. Collectively, these practices can sustain food production while minimizing environmental harm, thereby breaking feedback loops.

Finally, these strategies must be paired with policies and incentives to ensure maximum adoption. Farmers who adopt regenerative and sustainable soil building, climate-smart, precision agriculture practices while planting stress resilient crops should be supported and rewarded.

Alongside policies and incentives, there is a need to ensure that farmers, who are central in global food production embrace and adopt these sustainable feedback loops breaking practices. Embracing these practices can improve agricultural productivity, resilience and efficiency.

Of course, it is critical to understand and be aware of the constraints that still hinder stakeholders in global food production including farmers from adopting these global food production and environmental pressures feedback loop breaking practices.

Feeding our growing world sustainably requires everyone to confront the vicious cycle of food production and environmental decline. Researchers, policymakers, governments, private businesses, civil society, and philanthropists must act with urgency.

We should view mitigation and adaptation as interconnected strategies to address the dual challenge of producing food while protecting the environmental systems that enable it. The most effective and sustainable solutions will strengthen agriculture and reduce environmental harm. Time is of the essence.

Esther Ngumbi, PhD is Assistant Professor, Department of Entomology, African American Studies Department, University of Illinois at Urbana-Champaign

Clean drinking water runs from a tap in Senegal. Credit: UN Photo/Evan Schneider
 
The African Union has pronounced their theme for 2026 to be: ‘Assuring Sustainable Water Availability and Safe Sanitation Systems to Achieve the Goals of Agenda 2063’. In an opinion piece, AUC Chairperson, Mahmoud Ali Youssouf explores the continent's renewed commitment to protecting and managing its vital water resources.

By Mahmoud Ali Youssouf
ADDIS ABABA, Ethiopia, Apr 22 2026 (IPS)

When Africa’s Heads of State and Government gathered in Addis Ababa on 14 February 2026 for the African Union’s 39th Ordinary Session, they did more than adopt another resolution. They made a choice: to place at the centre of the agenda the most fundamental, life-sustaining and strategic resource our continent possesses: water.

The theme adopted by our leaders, “Assuring Sustainable Water Availability and Safe Sanitation Systems to Achieve the Goals of Agenda 2063,” is not a bureaucratic formality. It is a declaration of intent. It reflects a simple but profound truth: without water security, there can be no food security, no industrialization, no public health, and no lasting peace or prosperity.

The scale of the challenge we face remains stark. Across Africa, water scarcity and inadequate sanitation continue to undermine economic growth and human dignity. Waterborne diseases remain among the leading causes of death in many parts of the continent. Millions of Africans, disproportionately women and girls in rural communities, still walk long distances each day to collect water instead of attending school, pursuing livelihoods, or participating fully in the life of their communities.

This is not merely an inconvenience. It is an injustice. It is also a brake on the ambitions we have set for ourselves in Agenda 2063, Africa’s collective blueprint for inclusive growth, sustainable development and shared prosperity.

The year 2026 must therefore mark a turning point: the moment we move decisively from diagnosis to delivery.

The African Union Commission’s Department of Agriculture, Rural Development, Blue Economy and Sustainable Environment has been entrusted with advancing this agenda. Yet responsibility cannot rest with one department or with the Commission alone.

Achieving water security will require sustained collaboration among member states, regional organizations, civil society, the private sector and, critically, African communities themselves.

The urgency of this task is heightened by the accelerating climate crisis. Africa is already experiencing more frequent droughts and devastating floods. Changing rainfall patterns are shrinking rivers, lakes and reservoirs in some regions while unleashing destructive flooding in others.

These disruptions threaten the livelihoods of millions of Africans who depend on agriculture and pastoralism. Sustainable water management is therefore not only a development priority; it is a resilience imperative.

Water also reminds us that cooperation is not optional. Nearly 60 percent of Africa’s freshwater resources are shared across national borders. Rivers such as the Nile, the Niger, Congo, the Zambezi and the Volta link countries and communities in complex hydrological systems that transcend political boundaries.

These shared waters can become either sources of cooperation or sources of tension. The choice is ours. Strengthening collaborative frameworks for the equitable and sustainable management of transboundary water resources must be a priority for our continent. Water, after all, recognizes no borders.

Sanitation demands equal urgency. Safe sanitation is not a luxury; it is fundamental to human dignity, public health and economic productivity. Yet millions of Africans, particularly in rural communities and rapidly expanding urban settlements still lack access to even basic sanitation facilities. In the twenty-first century, this reality is unacceptable.

Addressing these challenges will require investment, innovation and political will. It will also require a shift in how we design and implement solutions. Sustainable progress cannot be imposed from above. Communities must be involved in planning, building and maintaining water and sanitation systems. Local ownership is essential if infrastructure is to endure and deliver real benefits.

The African Union is therefore developing a comprehensive implementation strategy to support the theme of the year. This strategy will promote innovative technologies for water purification and efficient resource management.

It will encourage stronger water governance and expand access to sanitation infrastructure. It will also prioritize the participation of youth, women and marginalized communities while facilitating the sharing of best practices across our continent.

Innovation, inclusion and cooperation must guide our collective efforts.

As I travel across Africa in my capacity as Chairperson of the African Union Commission, I am reminded repeatedly that water is not merely a matter of infrastructure or policy. It is about people.

It is about a mother who no longer fears losing her child to a preventable disease caused by contaminated water. It is about a girl who can remain in school because clean water flows in her village. It is about a farmer who can irrigate crops through dry seasons. It is about an entrepreneur whose business can grow because reliable water supply supports production.

These everyday transformations form the true foundation of Africa’s development.

The African Union’s theme for 2026 is therefore a clarion call for governments to prioritize water and sanitation in national development agendas. Because water touches every sector; agriculture, health, energy, industry and education — our response must be equally integrated.

African countries must strengthen cooperation, share expertise and mobilize resources to address common challenges. Regional economic communities and river basin organizations have a crucial role to play in supporting collaborative water governance. The African Union will continue to facilitate dialogue and partnerships that promote sustainable and equitable management of shared water resources.

But governments cannot act alone. Civil society organisations, the private sector, research institutions and development partners must also contribute their expertise and resources. Investments in water infrastructure, sanitation systems and climate-resilient water management are investments in Africa’s stability, prosperity and future.

The stakes could not be higher. By 2050, Africa’s population is projected to double, placing increasing pressure on water resources and infrastructure. Ensuring sustainable water access today will determine whether our growing cities thrive, whether our agriculture can feed our people, and whether our economies can realize their full potential.

This is why the African Union’s theme of the year is not simply a slogan. It is a continental commitment.

Together, we can ensure that every African has access to safe water and dignified sanitation. In doing so, we will not only protect lives and livelihoods; we will unlock the immense potential of sustainable development across our continent.

Ultimately, our success will not be measured by the eloquence of our declarations. It will be measured by the taps that flow, the sanitation systems that function and the millions of lives transformed.

Mahmoud Ali Youssouf is Chairperson of the African Union Commission.

Source: Africa Renewal, United Nations

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A crew member with The Greater Cape Town Water Fund looks out over the landscape where the team is working to remove invasive alien plants for improved water security. Credit: Roshni Lodhia/ The Nature Conservancy

By Louise Stafford
CAPE TOWN, South Africa, Apr 16 2026 (IPS)

In 2018, Cape Town came perilously close to becoming the first major city in the world to run out of water. Known as “Day Zero”, it was more than just a crisis, it marked a pivotal moment. It made clear that water insecurity is not a distant threat, but an immediate reality.

It also revealed something equally important, water security depends not only on built infrastructure, such as dams, desalination plants and groundwater extraction, but on the health of the natural systems that sustain them. Ecological infrastructure – our catchments, rivers and wetlands – is as essential as the roads we travel and the grids that power our homes.

South Africa is in a period of structural water scarcity. According to the National Water and Sanitation Master Plan, the country could face a water deficit of up to 17% by 2030. Much of the focus has rightly been on failing built infrastructure, such as non-revenue water, ageing infrastructure, and wastewater discharge into rivers. But an equally critical, and often overlooked, part of the problem lies upstream.

Degraded catchments, driven by poor land management, erosion, invasive alien plants, river diversion, and the loss of wetlands and riparian areas, are undermining the very systems that produce and regulate water.

The Hidden Drain on South Africa’s Water

The impact of alien tree invasions on our water resources is not unknown in South Africa. Multiple scientific studies emphasized the scale of the problem. The invasion of catchment areas by alien tree species, such as pine and Australian acacias, has a significant effect on streamflow. They reduce South Africa’s water availability by an estimated 1.4 billion cubic metres every year, enough to irrigate between 140,000 and 280,000 hectares of farmland according to WWF-SA, drawing on research by the CSIR and partners.

That is water that could otherwise sustain crops, support rural economies, households and strengthen national food security. In the greater Cape Town region, these species consume around 55 million cubic metres annually, roughly equivalent to two months of the City of Cape Town’s water supply.

South Africa has taken important steps to address alien plant invasions through programmes like Working for Water and through the efforts of landowners. However, these initiatives face persistent challenges such as limited funding, uneven prioritisation, and interruptions in implementation that reduce long-term effectiveness.

Restoring catchments requires continuity and scale. Traditional public budgets cannot keep up. Short-term grants and project‑based funding cycles are mismatched with the long‑term reality of managing and restoring South Africa’s catchments. Catchments do not operate on three-year budget cycles. They require decades of commitment. To secure our water future, we must rethink how we value and finance the ecological infrastructure that underpins our economy.

Science Meets Implementation: A Proven Model

The Water Fund model has added a valuable new option to address catchment restoration. South Africa’s first, the Greater Cape Town Water Fund (GCTWF), provides compelling proof that investing in ecological infrastructure and prioritizing headwaters deliver measurable results. Over the past seven years, with support of the private sector and City of Cape Town, over 40,000 hectares have been cleared of invasive alien plants priority catchments. Importantly, the cleared areas have been followed up multiple times to prevent regrowth.

This work increases water flows into dams of the Western Cape Water Supply System by 36 million cubic meters per year. The benefits extend far beyond water. The programme creates job opportunities, reduces wildfire risk, and supports the recovery of native fynbos and freshwater ecosystems — while building resilience to climate change.

The Greater Cape Town Water Fund demonstrates that ecological infrastructure can deliver reliable, measurable returns. Yet scaling this model has been constrained by one persistent challenge namely predictable funding to plan and reach the set target of clearing 54,300 hectares to replenish the water losses.

Rethinking How We Fund Water Security

What about a new funding approach? One that can crowd in private capital while ensuring accountability for results and bridging the gap between short term and sustainable funding. This is the foundation of the FRB Cape water performance-based bond, developed through a partnership between Rand Merchant Bank and The Nature Conservancy.

The Cape Water Performance-based Bond, a first of its kind financial instrument designed to unlock non‑traditional funding sources and secure a consistent five‑year funding stream to accelerate invasive plant control in priority catchments of the Greater Cape Town region. This marks an important milestone not only for Cape Town but for South Africa as a whole, a shift toward mobilizing capital markets to invest in nature at scale.

Accountability is built in. Rigorous monitoring and data collection tracks delivery and ensures a positive return on investment. “Clearly demonstrating what an investment has achieved is the backbone of impact finance. Investment returns in the FRB Cape water performance-based bond rely on performance and so we require systems to independently verify results. This independence and transparency are critical to ensure trust in these results, and to scale nature-based impact finance products.” Chris Barichievy, Director of Science, Conservation Alpha

Taking Impact To Scale

Water security underpins economic stability. From farms to factories, every sector depends on a reliable flow of water. When systems fail, the costs are staggering. When they succeed, they quietly power equity and prosperity.

The Cape Water Performance-based Bond matters because it can be replicated. Cities across Africa face similar challenges, degraded landscapes, limited public funds, rising demand. This model offers a science-based, practical path forward that can be adapted to different contexts.

From Vision to Delivery

This is where vision meets action. Governments and other roleplayers need to recognize that healthy catchments are as essential as pipes, treatment plants and pumps. Healthy catchments enable water to reach our dams, which is the first step in securing our water supply.

The capital markets are the world’s largest funding pools. Yet the opportunity for capital markets to play a role in the water supply system has been limited – until now. Martin Potgieter from RMB said: “This Cape Water Performance-based Bond gives financial institutions and investors the opportunity to participate in the security of the water supply system. It gives investors a low-risk entry to the funding of a water catchment, while at the same time enabling a project that delivers lasting, systemic impact.”

Large and critical interventions need long-term planning and commitment, with the Cape Water Performance-based Bond providing five years of predictable funding.

Without this change, the risks to our water security will only grow. In 2018, Cape Town has shown the world what it means to be pushed to the edge. Now, it is showing the world what it means to lead. By building financing systems that match the scale of the challenge, we can secure a future where both nature and people thrive.

Louise Stafford is the South Africa Country Director at The Nature Conservancy

The GEF actively supports climate resilience and sustainable livelihoods in Zanzibar, with a specific focus on the seaweed farming sector, which is crucial for over 20,000 farmers—mostly women—in the region. Here a woman identified as Jazaa is pictured working as a seaweed farmer. She carefully attaches little seaweed seedlings to the rope that she will harvest after two months. Credit: Natalija Gormalova/Climate Visuals Countdown

By Umar Manzoor Shah
SRINAGAR, India, Apr 16 2026 (IPS)

The Global Environment Facility, widely known as the GEF, plays a central role in financing environmental protection across the world. It supports developing countries in tackling climate change, biodiversity loss, land degradation, pollution, and threats to ecosystems.

Since its establishment in the early 1990s, the GEF has grown as a multilateral environmental fund, supporting projects in more than 170 countries.

Over time, the GEF has evolved into what it calls a “family of funds”, each targeting a specific global environmental challenge while operating under a shared strategic framework.

This explainer looks at how the GEF funding works, the origins of its financing model, and the role of six major funds that channel resources toward global environmental goals.

While the GEF predates the 1992 Rio ‘Earth’ Summit, its importance as a financial mechanism grew after the summit. Here UN Secretary-General Boutros Boutros-Ghali opens the Rio Earth Summit in 1992, which aimed to develop a global blueprint for balancing economic development with environmental protection. Credit: Michos Tzavaras/UN Photo

Origins of the GEF Funding Model

The GEF was created in 1991, before the Rio ‘Earth’ Summit in 1992, which aimed to develop a global blueprint for balancing economic development with environmental protection; however, its importance grew after the summit.

The Rio Summit produced three major environmental conventions. These were the United Nations Framework Convention on Climate Change (UNFCCC), the Convention on Biological Diversity, and, later in 1994, the Convention to Combat Desertification. The GEF became the financial mechanism for these agreements, meaning it mobilises and distributes funds to help countries implement them.

Over the past 35 years, the GEF has expanded its mandate. Today it supports multiple conventions and environmental initiatives through a structured set of trust funds. This architecture allows the facility to coordinate funding across different environmental priorities while maintaining specialised programs for each global commitment.

The Global Environment Facility (GEF) is now focusing on solving environmental problems together instead of separately. It looks at climate change, biodiversity loss, and pollution as connected issues and works with governments, international groups, civil society, and businesses to address them.

The GEF Trust Fund was initially created to support multiple environmental agreements simultaneously. Over time, countries preferred more specific funding for their particular needs.

Because of these changes, the GEF now has different funds, each designed for different purposes and methods of giving money.

Some funds – like the Trust Fund, the Least Developed Countries Fund (LDCF), and part of the Special Climate Change Fund (SCCF) – use a system that helps countries know in advance how much funding they can expect.

The GEF Trust Fund

The Global Environment Facility Trust Fund is the main source of funds for the GEF. It provides grants to support environmental projects in developing countries.

The Trust Fund finances activities across several environmental areas.

These include

• Biodiversity conservation,
• Climate change mitigation,
• Land degradation control,
• International waters management, and
• Chemicals and waste reduction.

Countries receive funding through a system known as the System for Transparent Allocation of Resources, or STAR, which distributes funds based on their environmental needs and eligibility.

Projects funded by the Trust Fund often focus on creating global environmental benefits. These may include:

• Protecting endangered species,
• Restoring ecosystems,
• Reducing greenhouse gas emissions, and
• Improving pollution management systems.

The Trust Fund operates through periodic “replenishment” cycles. Donor countries pledge new contributions every four years, which allows the GEF to finance programs during the next funding period. For example, the GEF-9 cycle will cover the period from July 2026 to June 2030 and focus on scaling up environmental investments while mobilising private capital and strengthening country ownership of environmental policies.

The Global Environment Facility (GEF) has created Integrated Programs. These are special programs designed to address multiple environmental goals at the same time in a more coordinated and efficient way.

For example, the Food Systems Integrated Program does not fund separate projects for climate change, biodiversity, and land degradation. Instead, it combines them into one unified project, which helps achieve stronger and longer-lasting results while making better use of funding.

The GEF helps fund biodiversity across the globe, helping to create conditions to prevent the further endangerment of species like the Sumatran Orangutan (Pongo abelii). Credit: Thomas Gabernig/Unsplash

Global Biodiversity Framework Fund

The Global Biodiversity Framework Fund is a relatively new component of the GEF family of funds. It was created to help countries implement the Kunming Montreal Global Biodiversity Framework, which was adopted in 2022 under the Convention on Biological Diversity.

The biodiversity framework sets ambitious targets for protecting nature by 2030. Its most prominent targets include the “30 by 30” target, which calls for protecting at least 30 percent of the world’s land and ocean areas by the end of the decade.  The Framework also sets a 30 percent target for the restoration of ecosystems and a target of mobilising 30 billion dollars in international financial flows to developing countries for biodiversity action.

The Global Biodiversity Framework Fund supports actions that help countries meet these targets.

Actions that are supported include the following:

• Expanding protected areas,
• Restoring degraded ecosystems,
• Protecting endangered species, and
• Strengthening biodiversity monitoring.

Another important focus is the integration of biodiversity into economic planning. Many projects supported by this fund work with governments and businesses to match financial flows with biodiversity goals. This means reducing financial support for activities that damage the environment and encouraging more sustainable farming, forestry, and fishing practices.

By providing targeted financing for biodiversity commitments, the fund helps translate global agreements into practical actions at the national and local levels.

It is also important to highlight that the fund sets a target of providing at least 20% of its resources to support actions by Indigenous Peoples and local communities. This form of direct financing is unique for a multilateral environmental fund.  To date, this target has been exceeded and mechanisms such as the Green Climate Fund and the Tropical Forest Forever Facility are considering replicating this approach.

GEF-9 biodiversity investments will bring together four interconnected pathways:

• Scaling up financial flows to close the nature financing gap,
• Embedding environmental priorities in national development strategies,
• Mobilising private capital through blended finance, and
• Empowering Indigenous Peoples, local communities, and civil society as active conservation partners.

“A renewed emphasis on the Forest Biomes Integrated Program will continue directing investment into the landscapes most critical for achieving 30×30 – ensuring that GEF financing remains focused where the stakes are highest,” said Chizuru Aoki, the head of the GEF Conventions and Funds Division.

Medicinal and aromatic plant species, such as the baobab, are often exploited; however, the Nagoya Protocol on Access and Benefit Sharing aims to ensure fair use of the planet’s genetic resources and secure benefits for Indigenous knowledge holders. Credit Noah Grossenbacher/Unsplash

Nagoya Protocol Implementation Fund

The Nagoya Protocol Implementation Fund supports countries in implementing the Nagoya Protocol on Access and Benefit Sharing. This international agreement, part of the Convention on Biological Diversity, aims to make sure that the genetic resources of the planet are used fairly and equitably, with benefits shared with those who provide them.

Genetic resources include plants, animals, and microorganisms that are used in research and commercial products such as medicines, cosmetics, and agricultural technologies. Historically, many developing countries have expressed concerns that companies and researchers benefit from these resources without sharing profits or knowledge.

The Nagoya Protocol fixes these issues by requiring users to do the following:

• Get permission from the country providing the resources, and
• Agree on how benefits (like money or knowledge) will be shared.

The fund supports countries by helping them:

• Create laws and rules for using genetic resources,
• Improve monitoring systems, and
• Build skills among researchers and policymakers.

Projects funded also support Indigenous peoples and local communities, who often hold traditional knowledge associated with biological resources. Protecting this knowledge and ensuring fair compensation is a key objective of the Nagoya framework.

Least Developed Countries Fund

The Least Developed Countries Fund focuses on supporting climate adaptation in the world’s most vulnerable nations. These countries often face severe environmental risks but lack the finances and systems to respond efficiently.

The fund supports the preparation and implementation of National Adaptation Programs of Action and National Adaptation Plans. These are country-specific strategies that identify the most urgent climate risks facing each country and outline measures to reduce vulnerability.

Typical projects include the following:

• Strengthening climate-resilient agriculture,
• Improving water management systems,
• Protecting coastal zones, and
• Building early warning systems for extreme weather events.

Because many least developed countries face multiple environmental issues at once, the fund often supports integrated projects that address climate change alongside biodiversity conservation and land management.

This funding system makes sure that the poorest and most vulnerable countries get the help they need to deal with climate change, even though they did very little to cause it.

Villagers in Nyamisati, Rufiji District, wade through muddy tidal flats to plant mangrove seedlings—part of a grassroots effort to curb saline intrusion that has begun to poison nearby rice paddies as saltwater seeps underground. The initiative reflects growing local responses to environmental degradation driven by human activity along Tanzania’s coast. The GEF supports projects like these that help mitigate the impacts of climate change. Credit: Kizito Makoye/IPS

Special Climate Change Fund

The Special Climate Change Fund supports climate action in developing countries and works alongside the Least Developed Countries Fund.

While the Least Developed Countries Fund focuses on the poorest nations, this fund helps other developing countries that are also affected by climate change.

It supports projects that:

• Help countries prepare for climate impacts,
• Include climate planning in development and infrastructure,
• Improve water management and agriculture.
• Reduce disaster risks, and
• Promote environmentally friendly technologies.

The SCCF also, in some cases, supports mitigation efforts, particularly when they involve innovative technologies that reduce greenhouse gas emissions. By financing both adaptation and mitigation initiatives, the fund contributes to global efforts to stabilise the climate system.

Capacity Building Initiative for Transparency Trust Fund

The Capacity Building Initiative for Transparency Trust Fund supports countries in implementing transparency requirements under the Paris Agreement.

Under this agreement, countries must regularly report their greenhouse gas emissions and track their progress on climate goals. However, many developing countries do not have the tools or skills to do this properly.

This fund helps by supporting:

• Training for government officials,
• Creation of national emissions data systems, and
• Better monitoring and reporting methods.

Strong reporting systems are important because they:

• Help track climate progress,
• Build trust between countries, and
• Ensure countries meet their commitments.

The fund helps developing countries improve their climate reporting so they can fully take part in global climate efforts.

How the “family of funds” works together

One of the defining features of the GEF funding model is that each part speaks to the others.

Think of it like a team of funds working together, rather than separate, isolated programs.

These funds are coordinated so they can:

• Support the same project from different angles,
• Avoid duplication (no overlapping funding for the same purpose), and
• Align with global environmental agreements.

For example:

• A biodiversity project might use:
  • The main GEF Trust Fund
  • Plus the Global Biodiversity Framework Fund
• A climate adaptation project could combine:
  • Least Developed Countries Fund
  • Special Climate Change Fund

This ‘family’ structure improves:

• Coordination, so different funds work in sync,
• Efficiency, so funds work with less waste and duplication, and
• Flexibility, so projects can tap into multiple funding sources.

Environmental problems are interconnected. A single project (like forest conservation) can:

• Reduce carbon emissions,
• Protect biodiversity,
• Improve water systems, and
• Avoid land degradation.

Because of the integrated funding system, the GEF can support all these goals at once, rather than funding them separately.

The “family of funds” is a coordinated funding system that allows the GEF to:

• Combine resources;
• Support complex, multi-sector projects; and
• Maximise environmental impact

The Future of GEF Financing

As global environmental crises grow, so does the demand for money and resources to meet climate and biodiversity needs. International assessments suggest that hundreds of billions of dollars are needed each year.

The GEF aims to play a “catalytic” role in closing this gap – in short, the GEF acts as a “catalyst” or tool for using limited public funds to unlock much larger investments.

Its funding model mobilises additional resources from

• Governments,
• Development banks, and
• Private investors.

“In practical terms, the mechanisms being supported in GEF-9 include debt-for-nature and debt-for-climate swaps, green bonds, pooled investment vehicles, and outcome-based financing structures. Each of these can serve a different purpose depending on the context – but the common thread is that they allow the GEF to use its resources strategically to unlock much larger pools of capital from the private sector, multiplying the environmental impact that public funding alone could achieve,” Aoki said.

Note: This feature is published with the support of the GEF. IPS is solely responsible for the editorial content, and it does not necessarily reflect the views of the GEF.

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A motorcycle rider riding through flood in Kolkata, India. Cities should transform into sponges to absorb flood as part of climate adaptation. Credit: Pexels/Dibakar Roy

By Temily Baker, Leila Salarpour Goodarzi and Elisa Belaz
BANGKOK, Thailand, Apr 13 2026 (IPS)

As the Pacific recovers from a severe cyclone season and Asia braces for the monsoon, flood readiness has become a defining test of sustainable urban development.

The Asia and the Pacific 2026 SDG Progress Report signals a hard truth: while poverty reduction, health and basic infrastructure have advanced, the region is regressing on climate action, disaster resilience and biodiversity—areas now decisive for long-term development.

The widespread flooding across the region in November 2025 was not merely a weather event; it was a warning and a new baseline. From Hat Yai to Colombo, dense urban districts were underwater for days, exposing millions of people and billions in assets to cascading disruption.

Across the Asia-Pacific region, climate extremes are intensifying, increasing water inflow to drainage systems by over 53%. In coastal areas, flooding can halt transport, isolate communities, delay emergency response and lead to saltwater intrusion that damages agriculture and freshwater supplies.

ESCAP’s analysis (Figure 1) examines how these threats are expected to continue to increase in the region’s low-lying river deltas, small island nations and rapidly growing coastal cities. For example, Seenu Atoll in the Maldives is expected to face a six-fold jump in population exposure to coastal flooding by 2050.

Looking across the region, Jiangsu Province in China, West Bengal in India, Khula and Marisal Divisions of Bangladesh, and Bến Tre and Bạc Liêu Provinces of Viet Nam are all expected to see hundreds of thousands of people exposed along their respective coastlines in the next 25 years.

Figure 1 – Percentage of People Exposed to Coastal Flooding of 0.5 Meters and Above in States/Provinces Across the Asia-Pacific Region and in Atolls of the Maldives (2018 Baseline vs. 2050 RCP8.5).

In the face of these risks, cities become engines of growth only when they are resilient. So, why do many cities across the Asia-Pacific region find themselves underwater while others weathered the storm with far less disruption? The answer lies in whether cities treat rain as a resource or as waste

Traditional “grey” systems, such as pipes, pumps and channels, aim to move water out fast. In a nonstationary climate and denser urban fabric, this is no longer sufficient. Sponge city design blends green-blue-grey systems (permeable surfaces, parks, wetlands, bioswales, green corridors) with modernized drainage to capture, store, and safely release rainfall at the source.

China’s national Sponge City Initiative (launched in 2015) built on international practice and showed how integrated planning can retrofit districts and guide new growth to manage water where it falls. The logic is simple: expand infiltration and storage, reduce peak runoff and use engineered conveyance when and where needed.

Results from early adopters are tangible

In Wuhan, sponge city measures contributed to a 50% reduction in locations experiencing overflow and pipe overloading during high flow years. Over the life of assets, green-blue systems can cost significantly less than like-for-like grey expansions, while delivering co-benefits that traditional drains cannot: cooler neighborhoods, improved air quality, biodiversity and accessible public space.

For cities facing rising loss and damage under SDG 11.5 (deaths, affected people and economic losses), sponge city programmes generate a resilience dividend—not just a flood fix.

Sponge city thinking is also evolving toward smart hybrid infrastructure

Nature-based systems are being coupled with engineered assets and digital tools, such as digital twins, to model urban hydrology and optimize performance in real time, enabling city planners to simulate rainfall scenarios, forecast flood hotspots and manage infrastructure adaptively, thereby improving the effectiveness of sponge-city interventions.

This pairing turns static drainage into adaptive urban water management, essential as rainfall intensity and patterns shift, reducing and managing risk through early warning, community preparedness and basin scale controls.

Urban resilience is also ecological

The Asia-Pacific region is home to an estimated 30–40% of the world’s wetlands, yet only around 22% are formally protected. As wetland buffers are drained or reclaimed, cities lose natural absorption, filtration and surge moderation, just as extremes intensify. Protecting and restoring urban and peri-urban wetlands is therefore core infrastructure policy, reinforcing SDG 15 while directly advancing SDGs 11.5 and 13.1.

Sponge city approaches are not a panacea. Their effectiveness can be constrained by governance capacity, implementation scale and maintenance requirements, land availability and high-density development. They must therefore be complemented by robust end-to-end early warning systems and coordinated disaster risk management frameworks.

To this end, ESCAP supports countries across the region by providing regional and national risk analytics through its Risk and Resilience Portal, enabling policymakers to integrate climate and disaster information directly into development planning.

These analyses and tools are tailored to regional and country needs, such as ClimaCoast, which focuses on coastal multi-hazard and socio-economic exposures. These initiatives are complemented by targeted financing from the Trust Fund for Tsunami, Disaster and Climate Preparedness, through programmes that strengthen coastal resilience in Asia and the Pacific. Together, these initiatives aim to reverse the current regression in resilience related SDG targets and help safeguard sustainable development in the region’s high risk hotspots.

Asia and the Pacific region can no longer rely on drainage systems built for a different climate and century. By adopting sponge city principles, Asia Pacific cities can embed resilience into everyday urban life—a development imperative, not just a technical shift.

Strengthening urban resilience is essential to advancing SDG 11 and SDG 13 and protecting hard won development gains that too often wash away when floods strike.

Temily Baker is Programme Management Officer, ESCAP; Leila Salarpour Goodarzi is Associate Economic Affairs Officer, ESCAP and Elisa Belaz is Consultant, ESCAP

IPS UN Bureau

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Artisanal miners work at a mercury-free processing site in Bushiangala, Ikolomani, Kakamega County, Kenya. Credit: Chemtai Kirui/IPS

By Chemtai Kirui
KAKAMEGA, Kenya, Apr 1 2026 (IPS)

They call this land Bushiangala. Gold has been mined here for nearly a century. In 1931, colonial prospectors arrived after traces were found in the nearby Yala River, setting off a rush that changed this quiet corner of western Kenya.

Colonial authorities quickly took control of the boom, introducing mining laws that restricted access, while companies like Rosterman Gold Mines dominated production, employing local labour even as profits flowed out of the region. When industrial operations collapsed in the 1950s, they left behind something more enduring: an informal mining economy that never disappeared.

For more than 70 years, artisanal miners, known locally as ‘wachimba migodi’, have worked these deposits by hand, digging, crushing and washing ore using techniques passed down through generations. Mercury came much later.

Josephine Liabule Mkhobi grew up around the pits. She remembers watching older miners process gold with water and pans.

“Our parents never used mercury,” Mkhobi says. “This method started around 2008.”

Introduced as a faster alternative, mercury quickly took hold, speeding up gold extraction – but leaving behind contamination that has not disappeared.

Over time, water sources across the Lake Victoria region became increasingly unsafe, with mercury in some wells reaching up to ten times the World Health Organization’s guidelines.

The contamination now stretches across a gold-rich belt that includes Kakamega — home to Bushiangala — as well as Vihiga, Siaya, Busia, and Kisumu, reaching toward Migori near the Tanzanian border.

A 2026 study published in Environmental Health found that the water and slurry used in these mining pits contain concentrations of arsenic, chromium, and mercury up to 100 times higher than local surface waters. The researchers warned that miners – and children living nearby – are in direct, frequent contact with these toxic mixtures, which eventually drain into the broader Lake Victoria ecosystem.

Mercury’s Slow Poison

Gladys Akitsa, an artisanal gold miner, mixes mercury with gold-bearing concentrate at the Bushiangala mining site in Ikolomani, Kakamega County, Kenya. Credit: Chemtai Kirui/IPS

For the miners on the ground, these toxins are no longer a matter of abstract data.

Timothy Mukoshi, a miner, remembers a colleague who slowly began to lose his memory. The man would withdraw money from the bank and later forget where he had put it.

Like many miners here, he often burnt mercury-gold amalgam to separate the metal – a process that releases toxic vapours. After he died, Mukoshi says the cause was clear: a post-mortem found traces of mercury in his brain.

“Mercury is what you call a slow poison,” Mukoshi says.

For years, the risks associated with using mercury in mining went largely unrecognised. Now, Bushiangala is trying something different.

In the same processing sites where women crush ore and wash gold by hand, miners are forming cooperatives and introducing methods that can recover gold without the toxic metal.

Miners say the shift gathered momentum after training initiatives reached the area through the planetGOLD programme — a global initiative backed by the Global Environment Facility (GEF) and led by the United Nations Environment Programme (UNEP), with country-level implementation in Kenya by the United Nations Development Programme (UNDP) to reduce mercury use in artisanal and small-scale gold mining.

“The planetGOLD programme stands as our leading initiative to tackle mercury use in artisanal and small-scale gold mining. By helping countries identify, test, and scale up mining and processing techniques, we not only support improved gold recovery but also empower miners to transition away from mercury use,” says Anil Bruce Sookdeo, Chemicals and Waste Coordinator and Senior Environmental Specialist at the GEF.

“Our approach is comprehensive – we facilitate sector formalisation, broaden access to financing for technology upgrades, and connect miners to formal and more reliable gold supply chains. When cleaner technologies are economically viable, financing is accessible, and there’s a dependable market for their gold, miners are much more likely to adopt mercury-free methods,” Sookdeo added.

Bringing Artisanal Miners Out of the Shadows

Women miners gather at a gold processing site in Bushiangala, Ikolomani, Kakamega County, Kenya. Credit: Chemtai Kirui/IPS

The planetGOLD Kenya project, locally known as IMKA, is partnering with the Ministry of Mining and the Ministry of Environment to tackle the root cause of the mercury crisis: informality. By bringing miners out of the shadows and into legal cooperatives, the project aims to replace toxic shortcuts with formal, mercury-free systems.

“At first, many miners were afraid of joining cooperatives,” says Mkhobi, the chairlady of the Bushiangala Women’s Mining Cooperative. “They thought it meant losing their money or being forced into something they didn’t understand. But after they understood the benefits, more people started joining.”

Kakamega currently has 24 registered mining cooperatives spread across several gold-producing sub-counties. Small welfare groups were brought together into registered cooperatives, creating a structure through which miners could access training, equipment, and formal recognition under the Mining Act of 2016.

A Capful of Mercury Replaced by Mechanical Processing

Miners stand at the entrance of a shaft at the Bushiangala mining site in Ikolomani, Kakamega County, Kenya. Credit: Chemtai Kirui/IPS

An artisanal miner uses a sluice box to separate gold from crushed ore at the Bushiangala mining site in Ikolomani, Kakamega County, Kenya. Credit: Chemtai Kirui/IPS

Women process crushed gold ore at the Bushiangala mining site in Ikolomani, Kakamega county, Kenya. Credit: Chemtai Kirui/IPS

Mechanical processing systems are replacing mercury inside the cooperatives. Miners who once relied on a capful of mercury are now learning to master gravity concentrators and shaking tables – mechanical systems that use physical force, rather than toxic chemicals, to pull gold from the dust.

At Bushiangala, a mercury-free demonstration plant now serves as a training ground for miners to practise using the new system under supervision. Technical manuals that once existed only as engineering documents are being translated into practical steps that can be applied directly in the pits.

Training sessions are conducted by technical staff from the planetGOLD programme alongside regional mining officers and cooperative leaders, combining engineering guidance with the practical knowledge miners already bring from the pits.

Oversight of the site is handled through a Joint Implementation Committee that brings together national regulators, county governments and representatives from mining communities.

By providing land and routine supervision, county governments are gradually assuming greater responsibility for the sector — an arrangement designed to ensure the effort continues even after international partners step back.

Convine Omondi, the project’s chief technical adviser, said in a 2025 planetGOLD report that involving local authorities directly helps turn what began as a donor-supported initiative into something managed and sustained at the local level.

The training materials and tools being tested here are part of a wider effort under the planetGOLD programme to share lessons between countries. Experiences from Kenya are being documented and adapted for use in other artisanal mining regions, rather than copied wholesale.

As of early 2026, Kenya had identified six demonstration sites across Kakamega, Vihiga, Migori and Narok. Fencing and sheds have already been completed, and the sites are now entering the commissioning phase. Delivery of heavy equipment and full operation are expected later this year.

Even so, progress is gradual. A site is only considered fully operational once the machinery is installed, utilities such as water and electricity are reliable, and certified cooperatives are actively using the facilities.

“First we were sensitised about how hazardous mercury is,” says Mukoshi, who has worked the Kakamega gold fields since the late 1990s and now chairs the Kakamega Miners Cooperative Union. “People realised it is dangerous. Now many sites keep registers, and miners are also learning that when you mine, you must rehabilitate the land.”

Healing the Land, Working Together

This focus on healing the land has spread beyond Kakamega. In neighbouring Vihiga County, the shift toward environmental restoration is being led by women who see the forest’s health as inseparable from their own.

“The training also introduced environmental rehabilitation, encouraging miners to restore excavated land once extraction ends,” says Shebby Kendi, chair of the Elwunza Women Cooperative Society.

But for Mkhobi, the change is not only about soil or chemicals. It is also about bargaining power. By moving from scattered pits to organised cooperatives, miners are beginning to act collectively in a trade where individuals have little influence.

“Now through the training we are learning how to organise ourselves, keep records and work as cooperatives,” Mkhobi says. “When we come together, we have more strength in the market.”

In a region where gold prices are often dictated by middlemen, that collective strength is beginning to shift how miners negotiate.

Giving Women Voice

A woman at the Bushiangala artisanal gold mine in western Kenya, where mercury is commonly used in gold processing, raises health concerns among workers. March 23, 2026. Photograph: Chemtai Kirui/IPS

“When you are one woman with a gram of gold, you have no voice,” she says. “When there are a hundred of you with a kilo, the buyers have to listen.”

For Anthony Munanga, Kakamega’s county director for environment, natural resources and climate change, that “kilo” also represents something else: control. At a recent media engagement, he said that without organised cooperatives, the gold economy remains largely invisible to regulators.

“Without organisation, there is no way to ensure compliance,” Munanga says. His department is now mapping mining areas across the county, an effort aimed at moving miners out of scattered pits and into designated zones where licensing and environmental oversight become possible.

“This process allows miners to operate safely and legally,” he says.

Changing Face of Financial Support

But legal recognition requires more than a map. It requires financing — and the local banking system is still reluctant to lend to a sector long defined by risk.

Changing how gold is produced also means rethinking how the trade is financed. In Bushiangala, this is where the constraints begin to show.

The planetGOLD programme in Kenya was launched with relatively modest public funding, despite ambitions that stretch far beyond its initial budget. At its core is a USD 4.24 million grant from the Global Environment Facility, much of which has already been allocated.

The grant has largely supported technical assistance — including miner training, policy development and institutional systems designed to formalise the sector — rather than directly financing mining equipment.

Project documents estimate the programme could mobilise up to USD 26 million in additional financing from commercial lenders and private investors to support new processing plants and upgraded mining infrastructure.

In practice, that funding has been slow to materialise.

Although the project was backed by USD 16.6 million in co-financing from government and local partners, a 2023 mid-term review found that much of this support existed on paper as in-kind contributions rather than cash available for day-to-day operations. It also pointed to delays within government financial systems and the lack of a risk-sharing mechanism to draw in private lenders, factors that have slowed implementation on the ground.

A final evaluation due in 2026 is expected to assess how far the programme has managed to address these gaps and whether it can sustain its operations over the long term.

Several structural constraints help explain the shortfall.

A government moratorium on new mining licences between 2019 and 2023 froze formalisation during a critical phase of the project. Without licences, miners could not meet standard lending requirements, and commercial banks have been reluctant to lend to what remains a largely informal sector.

Even where discussions with lenders progress, approval processes within banks can take more than a year, often outlasting key phases of the programme.

The absence of a dedicated risk-sharing mechanism has also limited participation. Without a first-loss guarantee to absorb potential defaults, lenders had little incentive to finance investments in artisanal mining.

The COVID-19 pandemic slowed procurement and field operations, but programme assessments suggest that the deeper barriers were structural — particularly the shortage of licensed miners eligible for credit and the lack of financial instruments tailored to the sector.

As a result, the programme has made measurable progress in training miners and organising them into cooperatives, but access to capital remains constrained.

Harry Kimtai, principal secretary at Kenya’s Ministry of Mining, describes the sequencing as deliberate, arguing that formalisation must come first before significant private investment can enter the sector.

Lag Between Training and Implementation

Sharon Ambale, an artisanal gold miner, holds a gold-mercury amalgam at the Bushiangala mining site in Ikolomani, Kakamega county, Kenya. Credit: Chemtai Kirui/IPS

For those on the front lines, that “deliberate sequencing” feels like a race against their own health. Merab Khamonya, a 28-year-old mother who joined the Bushiangala cooperative in 2024, is one of those caught in the lag between training and implementation.

Though she has attended planetGOLD sessions and understands the neurotoxicity of the metal she handles, her reality remains unchanged. To support her family, she still submerges her bare hands in basins of ore and mercury—a necessity for survival.

“I feel things moving inside my eyes,” she says, describing a persistent, painful irritation. “I know it harms me. I even see traces of it on my clothes when I go home to cook for my children.”

For Khamonya, the promise of a mercury-free mechanical system is a lifeline that has yet to arrive. “We are ready for the shift,” she says, “but for now, we have no other way to clean the gold. We are just waiting for the machines.”

Benefits of Mercury-Free Mechanical Systems

The economics behind the shift are straightforward. Kenya’s 2022 National Action Plan on artisanal and small-scale gold mining estimates that traditional manual methods recover only about 20 per cent of the gold in the ore. By comparison, data from planetGOLD Kenya shows that mercury-free mechanical systems can recover up to 90 per cent—potentially increasing the amount of gold recovered from each load of ore.

Miners involved in the programme say they are cautiously optimistic. They understand the problems and the solutions needed and feel best placed to judge what works on the ground.

“We have seen the difference and learned about mercury-free alternatives,” Mukoshi says. “We are ready to make the shift.”

But the obstacles, he adds, are basic.

“For these sites to work, you need water and electricity. Many of them don’t have either.”

For Mukoshi, Mkhobi, Kendi, Khamonya and their colleagues, the work has shifted to practicalities – securing water and electricity, preparing sites, and waiting on machines. The early experiments are over; what remains is making the system function.

On most days, that means clearing land, assembling equipment and negotiating with miners who are still uncertain about abandoning the mercury methods they have relied on for years.

The change taking shape in Bushiangala is small for now — one processing site, one cooperative, a handful of machines. But the model is already drawing attention beyond Kakamega.

planetGOLD’s Global Reach

In various places in Africa, governments and development agencies are searching for ways to formalise artisanal gold mining without destroying the environments where it takes place. In the Congo Basin’s Cuvette Centrale, UNEP and the planetGOLD programme are supporting a USD 10.5 million initiative aimed at protecting one of the world’s largest tropical peatland systems from mining damage.

The region spans about 167,600 square kilometres of peatlands and stores an estimated 29 billion tonnes of carbon — roughly three years of global emissions. GEF project data suggests the effort is designed to keep gold production from driving damage in a peat swamp that is crucial to climate stability.

In Zimbabwe, a parallel programme has begun introducing mercury-free processing technologies across dozens of mining sites. The effort here is more centralised, tied to the state-run Fidelity Gold Refinery and legislative reforms under the Mines and Minerals Bill.

Kenya’s system, by contrast, relies on cooperative structures at mine sites with county-level oversight through Joint Implementation Committees (JICs) and national regulation under the Mining Act — a model the African Development Bank is using as a reference point, particularly its JIC structure, for scaling mercury-free artisanal mining across the continent.

Kenya’s Experience Now a Guideline For Africa, World Expansion

According to Ludovic Bernaudat, head of the chemicals and green chemistry unit at UNEP, Kenya’s experience is now being used to guide the next phase of the programme as it expands across Africa.

He describes the country as one of the original eight members now completing its first implementation cycle – a milestone for the global initiative.

“New countries in Africa have recently joined the programme, and through the global project, UNEP will make sure that connection is made with Kenya,” Bernaudat said.

He added that the Kenyan model will be featured at the 2026 planetGOLD Global Forum in Panama, where nations share technical expertise and compare approaches to ending mercury use.

Since its launch, planetGOLD has expanded from nine to 27 countries across Latin America, Africa, and Asia.

“This growth demonstrates both the scale of the challenge and the value of a programme that integrates environmental action with support for livelihoods, inclusion, and market transformation,” says Anil Bruce Sookdeo, from the GEF.

But the final proof will depend less on policy design than on whether miners themselves decide it works.

Chasing Thin Seams of Gold Safely

Back in Bushiangala, that test is only beginning.

Miners still arrive at the pits each morning as they always have, chasing thin seams of gold buried in the red earth. What is changing — slowly — is what happens after the ore reaches the surface.

If the new system holds, the mercury that once flowed through these streams may eventually disappear. And the miners here, in this corner of western Kenya, will find a way to keep working the land without the risks that have defined it for years.

Note: This feature is published with the support of the GEF. IPS is solely responsible for the editorial content, and it does not necessarily reflect the views of the GEF.

Inter Press Service (IPS) UN Bureau Report

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Kaveh Madani, Director of the UN University’s Institute for Water, Environment and Health and lead author of the report entitled “Global Water Bankruptcy: Living Beyond Our Hydrological Means in the Post-Crisis Era” briefs reporters at UN Headquarters. Credit: UN Photo/Evan Schneider

By Umar Manzoor Shah
UNITED NATIONS, Mar 25 2026 (IPS)

Professor Kaveh Madani of Iran has been named the 2026 Stockholm Water Prize laureate. The award will be formally presented by King Carl XVI Gustaf of Sweden in August during World Water Week in Stockholm.

The Stockholm Water Prize is widely regarded as the highest global honour in water science and policy. Often called the Nobel Prize for water, it recognises individuals and institutions for exceptional contributions to the sustainable use and protection of water resources. This year’s selection stands out for both scientific impact and the extraordinary personal journey of the laureate.

At 44, Madani is the first Muslim and the youngest recipient in the prize’s 35 year history. He is also the first United Nations official and the first former politician to receive the award.

Madani currently serves as Director of the United Nations University Institute for Water, Environment and Health. Once a senior official in Iran’s government, he later faced arrest, interrogation, and a sustained smear campaign that forced him to leave his country.

Born in Tehran in 1981, Madani grew up in a family deeply connected to Iran’s water sector. His early exposure to the country’s mounting water challenges shaped his academic direction. He studied civil engineering at the University of Tabriz before moving to Sweden to pursue a master’s degree in water resources at Lund University. He later earned a PhD from the University of California, Davis, followed by postdoctoral research at the University of California, Riverside.

By his early 30s, Madani had established himself as a leading systems analyst. He joined Imperial College, London, where his work focused on the mathematical modelling of complex human water systems. His research combined hydrology, economics, and decision sciences to improve policymaking in water management.

In 2017, he made a decisive move. Leaving a prestigious academic career in London, he returned to Iran to serve as Deputy Vice President and Deputy Head of the Department of Environment. Many viewed his appointment as a signal of reform and a bridge between Iran and its scientific diaspora.

During his tenure, Madani pushed for transparency and structural reforms in water governance. He used innovative public campaigns to raise awareness about environmental degradation. However, his efforts challenged entrenched interests.

State-aligned media accused him of espionage and labelled him a “water terrorist” and “bioterrorist”. Conspiracy theories circulated, linking him to foreign intelligence agencies and even to alleged weather manipulation schemes. His advocacy for international environmental agreements further intensified opposition.

In early 2018, a broader crackdown on environmental experts began. Madani was detained and interrogated multiple times. Several of his colleagues were arrested. One of them, Kavous Seyed Emami, died in custody under contested circumstances.

Facing mounting pressure, Madani left Iran and entered a period of exile. He joined Yale University, where he continued his research and advocacy. He began to focus more on bridging science and policy at the global level.

Madani’s academic contributions have been widely recognised. He is known for integrating game theory into water resource management. His work challenged traditional models that assumed cooperation among stakeholders. He demonstrated that individual incentives often lead to uncooperative behaviour, which makes many engineering solutions ineffective in practice.

This approach provided new tools to understand conflicts over shared water resources. It has been applied to transboundary water disputes and to policy design in regions with limited trust among stakeholders.

One of his most influential contributions is “water bankruptcy.” He introduced the term to describe a condition where water systems can no longer recover to their historical levels. Unlike a crisis, which implies a temporary disruption, water bankruptcy signals a long-term structural failure.

In a recent United Nations report, Madani argued that the world entered an era of global water bankruptcy in January 2026. The report highlighted that many river basins and aquifers have lost their capacity to regenerate. This framing has sparked debate among policymakers and researchers.

Madani uses simple financial language to explain complex ecological realities. He argues that humanity is no longer living off renewable water flows but is depleting long-term reserves. This framing has made the concept widely accessible and influential.

Beyond academia, Madani has built a strong public presence. With a large following on social media, he has used digital platforms to communicate scientific findings in accessible ways. His work includes documentaries and public campaigns aimed at increasing awareness and accountability.

He has also played key roles in international diplomacy. As Iran’s lead environmental diplomat, he participated in global negotiations and served as Vice President of the UN Environment Assembly Bureau in 2017. At the COP23 climate conference in Bonn, he called for greater attention to water in global climate agreements.

Today, as head of the United Nations water think tank, he continues to advocate for integrating water into climate and development policies. He has particularly focused on the Global South, where water stress closely links with food insecurity, migration, and conflict.

The Stockholm Water Prize Committee cited his “unique combination of groundbreaking research, policy engagement, diplomacy, and global outreach, often under personal risk” in awarding him the 2026 prize.

In an exclusive interview with Inter Press Service, Madani recalled the intense pressure and fear that defined his final days in Iran. He described repeated interrogations, surveillance, and a growing sense that his work had placed him in direct confrontation with powerful institutions.

Here are edited excerpts from the interview: 

IPS: You introduced the idea of “water bankruptcy.” How does this change how governments must act today?

Madani: Water bankruptcy is defined as a post-crisis state of failure in which the system is suffering from insolvency, meaning that water use has been more than the available water for an extended period, and also irreversibility, meaning that there are some damages to the ecosystem and the machinery of water production that are irreversible and cannot be fixed.

What that means is that some of the things that used to be just anomalies and abnormal conditions are now the new normal, and we’re no longer experiencing only a temporary deviation from what we are used to, but we have a situation that we have to get used to. Crisis management is about mitigation.

Bankruptcy management is about mitigating what can still be mitigated and adapting to new realities with more restrictions. Bankruptcy management calls for an honest confession, the admission of a confession that a mistake has been made, and the current business model is not working, so it calls for honestly admitting to the mistakes made and transforming the business model, that calls for a fresh new start and a change of course.

It is bitter. Bankruptcy is not a pleasant condition but admitting to it helps us prevent further irreversible damages and enables a future that is less catastrophic.

IPS: You faced arrest, exile, and serious accusations in Iran. What kept you going during that period?

Professor Madani: Hope. Hope is what kept me going because I had gone back there to help and at least at the start, I was trying to take what was happening to me as part of the job and as part of the adventure because I was there to make a positive impact, and if I had given up too quickly, then that would not have matched my essential motivation to help.

I knew that it would not be a very smooth path, but it turned out to be much more bumpy than what I had anticipated, and I think many also, you know, those who made that situation bumpy for me, also regret that today, but by the time they realised mistakes were made, it was too late to do anything about it.

Can you recall your arrest and interrogation? What do you remember most from that experience, and how did it affect you personally?

I think arrests and interrogations are very frustrating, especially when you haven’t done anything wrong.

What kills you is constantly worrying about what others think of you and coming up with different scenarios and conspiracy theories. Dealing with conspiracy theories and proving them wrong is not easy. Those were very hard times for me, but as you know, my background is in behaviour analysis. I was trying to put myself in the shoes of those who were suspicious of me, understand their concerns, and address them so I could help my homeland.

IPS: Many countries still treat water stress as a temporary crisis. What are the biggest policy mistakes they continue to make?

Madani: Yes, crisis management is all about mitigation. Those who deny the crisis and enter the bankruptcy state continue to borrow more from nature, build more infrastructure, dig deeper wells, add additional reservoirs and storage capacity, implement more water transfer projects and build more, and construct more desalination plants. Continuing to add to their supply, on the other hand, they think things would be temporary, and through some sort of rationing, things would be solved, but the continuation of that behaviour and the denial of that reality makes the problem worse.

They get drained into a deepening problem, and again, like the financial world, if your business model is not working and you’re in denial, you continue taking more loans and your expenses and your debt become higher and higher. By the time that people realise that there is no way out of that chaos and that failure, the cost is much, much higher. Remaining in denial would result in major significant irreversible damages that generations would have to pay for.

IPS: You combined science with diplomacy and public outreach. Which of these has had the most real impact on decision-making?

Professor Madani: It’s very hard to really say which one has the most impact, because they’re very complementary. The science is very good, but it’s not enough for decision-making. You still have to understand what the real world looks like and how incentives shape behaviour and actions and how interests promote conflicts and cooperation to be able to act.

Science, of course, opens doors and puts more solutions on the table, but still, without understanding the politics or navigating through politics, it would not work. Diplomacy is another one when it comes to the international scale; even when it comes to negotiating with stakeholders, that’s a skill that would be extremely helpful. So, in a way, these are the things that you need.

And on top of these, public outreach educates you about perceptions, how people and societies understand problems, how they judge different situations, and how their emotions and their perceptions shape their beliefs, and that tells you what you need to do when it comes to communicating your science better, changing their opinion, impacting their opinion, and even negotiating with them or convincing them that things might be different or a different pathway is required. I think they all help you create a recipe for something that might work.

IPS: Your work focuses on human behaviour in water management. Why do technical solutions alone often fail?

Madani: A lot of times, technical solutions developed by our computer models or in our labs don’t take into account the full elements of reality. When humans are involved, we deal with different motives, incentives, emotions, and psychologies, and that makes – that creates – some essentially unexpected realities that might tweak things. Simply put, a lot of times when it comes to developing a solution for a water problem or an environmental solution or a sustainability solution, we think that everyone agrees to making short-term sacrifices for the sake of long-term resilience, but that is not the case in reality because different stakeholders, different groups, farmers, urban users, and industrial users also have short-term goals.

They maximise profit, make sure that the quality of life is not impacted, and so on, which makes them non-cooperative to an extent. And if you miss this reality, then you think that the solution, the optimal solution, is very practical and everyone would cooperate, but then you get very disappointed.

Yet, you can take that into account to the extent possible, try to understand the behavioural element and incorporate those into your assessment and projections to be able to align those incentives and motives with the long-term interest to offer a solution that is more attractive and win-win.

IPS: You now advise governments globally. What is the one urgent action every water-stressed country must take in the next five years?

Madani: I think that by now, countries must understand the importance of water as an essential resource for establishing peace, national security, justice, prosperity, and development. I mean, it supports human development, health, and long-term resilience in society. So, countries must not take it for granted and understand that technological solutions would not be sufficient to address shortages.

They must revisit their practices. They must do a proper accounting to understand what, what’s, and how water is currently being spent and if it’s strategic – strategically speaking, that is the right way of doing things when it comes to matters of national security and long-term resilience. Bankruptcy management starts with accounting and transparency.

That’s something that is missing in many water-stressed and non-water-stressed countries, and I think that’s something that we can focus on, put the lens of science on, and not be afraid of accounting and measuring and monitoring what is happening in the system because that knowledge is required if you want to make improvements.

IPS: Thank you very much for taking the time and speaking to IPS  and congratulations again for the well-deserved award.

IPS UN Bureau Report

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Excerpt:

A number of households are settling along the bank of a river in West Java, Indonesia. Geospatial data are critical in improving the management of water resources. Credit: Pexels/Tom Fisk

By Kareff Rafisura, Orbita Roswintiarti and Huang Qi
BANGKOK, Thailand, Mar 20 2026 (IPS)

Across Asia, new initiatives are showing how satellite Earth observation data and AI-powered technologies can turn fragmented water-related data into actionable insights for managers and policymakers in line ministries and local governments.

Only about 3% of global water quality measurements (around 60,000 out of 2 million) come from the world’s poorest regions, according to the United Nations, highlighting a persistent water data gap. Even where data exist, they are often scattered across agencies, with monitoring stations sparse and datasets rarely analysed together.

Integrating satellite observations with cognitive digital technologies, including artificial intelligence, can bring these fragmented sources into a single data and analytical pipeline, turning environmental data into timely insights that strengthen water governance and accelerate progress toward SDG 6.

Guiding smarter water infrastructure investments

One example is from Cimanuk–Cisanggarung River Basin in West Java, Indonesia. Rapid urban growth, land-use change and climate variability are increasing flood risks during the rainy season and water shortages during the dry season.

Retention ponds or small reservoirs designed to capture and store excess rainwater are widely recognized as effective solutions because they can hold excess runoff during heavy rains and provide water for irrigation and communities during dry periods.

The main policy challenge, however, is optimizing investments in retention ponds: quickly identifying the best locations and making site selection more systematic and less subjective. Conventionally, planning relies heavily on field surveys and fragmented datasets, making the process slow, costly and hard to scale.

An AI-powered tool developed by Indonesia’s National Research and Innovation Agency (BRIN) and the West Java Department of Water Resources demonstrates how a single data and analytical pipeline can guide infrastructure investment decisions.

The tool combines satellite Earth observation data, including digital elevation maps, land cover maps and rainfall data, with georeferenced drainage networks and soil type information to identify locations where retention ponds can provide the most benefits for flood control and drought resilience. Socio-environmental filters exclude protected areas or sites that might cause social or legal conflicts.

To ensure the tool supports operational decision-making, the results were validated through field assessments and consultations with local stakeholders. Additionally, a mobile-based application is being developed to enable field technicians to access the outputs directly on site, improving the speed and practicality of retention pond planning.

Applying this tool shifts infrastructure planning from subjective judgment to transparent and evidence-based prioritization. Supported by capacity-building activities for local institutions, this approach enables governments to allocate resources more efficiently while enhancing the long-term resilience of water systems.

Monitoring lake ecosystems from space

While the Indonesia example shows how digital technologies can guide infrastructure investments, similar approaches are also transforming how water ecosystems are monitored and protected.

Water quality monitoring in Songkhla Lake, Thailand’s largest lagoon system and a critical resource for fisheries and aquaculture, has traditionally relied on periodic sampling at fixed stations. Expanding the coverage and frequency of monitoring data could improve early warning for ecosystem management and aquaculture.

A project, implemented by Prince of Songkla University in collaboration with local authorities, is exploring this potential on Ko Yor Island in Songkhla Lake. The initiative combines multi-source satellite remote sensing data, historical monitoring records and machine learning models to estimate key water quality parameters, such as turbidity and biochemical oxygen demand.

Satellite-based remote sensing expands the coverage and frequency of water-quality monitoring, enabling near-monthly maps rather than quarterly point measurements.

This effort draws on more than a decade of operational experience from Poyang Lake, the largest freshwater lake in China. There, Jiangxi Normal University developed a comprehensive monitoring and early warning platform integrating satellite Earth observation, drone, ground and lake-surface sources, combined with ecological data simulated by models to track the lake’s dynamic ecological security issues and overall health.

The system supports water management and the conservation of flagship species and their habitats, including migratory birds and the Yangtze finless porpoise.

From pilots to regional transformation

These pilots highlight an important trend: many of the innovative technologies needed to address water data gaps are already available. Earth observation satellite-derived data can complement ground-based observations by expanding environmental monitoring, while cognitive technologies integrate datasets into decision-ready insights.

Scaling these innovations is not only a technological challenge. As emphasized in ESCAP’s report Seizing the Opportunity: Digital Innovation for a Sustainable Future, digital innovation is a socio-technical transformation that requires the skills, institutions and partnerships to integrate technology into governance systems.

Experiences from Indonesia and Thailand illustrate how integrating satellite-derived data, geospatial analysis and artificial intelligence can simultaneously strengthen climate resilience, livelihoods and water governance. With supportive policies, stronger digital capacities and sustained regional cooperation, such approaches could be adapted and replicated in suitable contexts.

These pilots, along with exchanges of technical experience, including lessons from the Poyang Lake monitoring system, are supported through the Asia-Pacific Plan of Action on Space Applications for Sustainable Development (2018–2030).

The Asia-Pacific SDG Progress Report 2026 warns that progress across many Sustainable Development Goals remains off track, while data gaps continue to constrain effective policymaking. Strengthening water governance will depend not only on building infrastructure, but also on building the data systems and analytical capacities that guide where and how those investments are made.

Scaling proven digital innovations could therefore help turn fragmented water data into the actionable intelligence needed to accelerate progress toward SDG 6 and the broader 2030 Agenda for Sustainable Development.

Kareff Rafisura is Economic Affairs Officer (Space Applications), ESCAP; Orbita Roswintiarti is Senior Scientist, BRIN; Huang Qi is Associate Research Fellow, School of Geography and Environment, Key Laboratory of Poyang Lake Wetland and Watershed Research (Ministry of Education), Jiangxi Normal University, and Director of Nanji Wetland Field Research Station, Poyang Lake

Chaoyang Fang, Distinguished Professor, School of Geography and Environment and Chief Engineer, Key Laboratory of Poyang Lake Wetland and Watershed Research (Ministry of Education) of Jiangxi Normal University, also contributed insights to this piece.

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World Water Day 2026 (March 22) will be celebrated at a high-level event at United Nations Headquarters in New York under the theme “Water and Gender Equality”, highlighting the links between equitable water access, sustainable development and human rights. Source: UN News

By Lyla Mehta and Alan Nicol
BRIGHTON, UK, Mar 19 2026 (IPS)

The 2026 campaign on World Water Day’s focuses on Water and Gender – ‘where water flows, equality grows’ . While substantial progress has been achieved across a range of gender indicators spanning education, health and public participation, the situation around WASH (water, sanitation and hygiene) is still marked by deep inequalities with women and girls disproportionately affected – and this reflects the persistence of global patriarchy.

More than 2 billion people still lack access to safely managed drinking water. In households without piped water, women and girls are made to be responsible for about 70–80% of water collection trips worldwide, taking anything from 30 minutes to four hours daily. This time can instead usefully be spent on education, productive activities or even leisure and rest, but they don’t have the choice.

The situation is even more dire for sanitation with 3.4 billion people lacking access to safely managed sanitation. All this affects women’s and girl’s dignity, safety, security and the privacy and comfort needed for dignified menstrual health management. At the same time, there is poor progress on women’s economic participation.

These patterns have remained remarkably persistent despite improvements in water and sanitation infrastructure. The sheer time and labour required for poor women and girls around WASH activities, combined with gendered inequalities and power imbalances under the persistence of patriarchy not only directly affect girls’ enrolment in education but inevitably diminishes their capacity for productive economic activity, the net impact of which worldwide is a huge dent in human development progress.

Water as a weapon of war against women and girls

Not only that, but the apparent normalisation of wars and genocides wrought largely by men means almost daily violations of international humanitarian law including the weaponisation of water and sanitation infrastructure as a target of attack. Most recently, the United States’ bombing of a freshwater desalinsation plant in Iran and retaliation by Iran on another desalination plant in Bahrain set a dangerous new precedent.

When water and sanitation infrastructure become fair game in war, as we’ve seen in Gaza, Sudan and Ukraine in the last few years, existing gender inequalities around water and sanitation mean women and girls suffer most, compounding risks including sexual violence.

Male violence and malevolence are back

What we’re seeing real-time and online is something even more worrying. That is the resurgence of more explicit patriarchy desiring control over women’s lives and subjugation into traditional roles away from public life. From the slashing of Diversity Equity and Inclusion (DEI) programmes to the rollback of reproductive rights across the world from the USA to Chile, the resurgence of ‘toxic masculinity’ is forcing gender rights, feminism and equality off the agenda and they are equated with pejorative notions of ‘wokeism.’

Some institutions are already reframing debates in response. For instance, the World Bank is increasingly framing gender as about economic activity and jobs, rather than about rights. This is reflected in their new Water Mission implementation strategy that refers to employment but only mentions gender six times and women four times even though the gross inequalities in labour power and economic effects are, as stated above, so vast.

The gender backlash and reductionism in rights framings helps reinforce stereotypes and accepted norms, including the gendered division of labour in water collection, rather than confronting this more forcefully – and, at a minimum, asking why this is the case rather than accepted as a given.

If views persist that women and girls are responsible for water-related subsistence tasks, it ignores specific needs around sanitation and menstrual hygiene and increases male domination in decision-making and water management. Which is precisely what patriarchy seeking to achieve – domination and subjugation.

The rollback on funding for WASH continues

A year ago, Keir Starmer cut the UK aid budget by about 40 per cent. These cuts have been devastating for water and sanitation progress in some of the world’s poorest and most war-torn countries with direct and lasting consequences for women and girls. The cuts particularly impact countries like Sudan, Ethiopia and Palestine, already reeling from largely male-driven wars, conflicts and genocide.

It is estimated that around 12 million people will be denied access to clean water and sanitation as a result. These cuts directly affect gender equality because reduced access to water and sanitation impacts schooling, being at work and increases the risk of gender-based violence.

The UK justifies the cuts as a way to move away from direct aid around WASH to strengthening capabilities and partnerships. But these partnerships between the UK and Global South countries such as Nigeria focusing on growth, jobs and reducing aid dependency can backfire as more and more people’s health deteriorate, including more women suffering from ill health and long-term illnesses.

Ultimately, a waning collective effort to support gender equality in WASH provision opens the door to long-term decline in gender rights and economic development. Additionally, the dismantling of USAID is already having devastating consequences for gender equality and women’s health. Just when greater focus is needed on WASH projects to ensure we are not backsliding on gender rights, aid is being cut.

In sum, persistent inequalities, the gender backlash, illegal and forever wars and aid cuts lacking a moral compass have diluted global collective action on gender inequality. The least policymakers could do would be to achieve and maintain leadership that realises human rights for all in WASH provision, a substantial rationale for which has to be a big- ticket focus on the social and economic empowerment of women and girls.

Any other direction would be disastrous, enabling patriarchy and misogyny to grow even deeper roots in global society.

Professor Lyla Mehta is a Professorial Fellow at IDS and a Visiting Professor at Noragric, the Norwegian University of Life Sciences. She trained as a sociologist (University of Vienna) and has a PhD in Development Studies (University of Sussex).

Dr. Alan Nicol is the Strategic Program Leader – Promoting Sustainable Growth, at the International Water Management Institute (IWMI)

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As glaciers shrink and vanish, changes in water flows pose a growing risk to the water, food and livelihood security of billions of people. Credit: FAO

By QU Dongyu
ROME, Feb 12 2026 (IPS)

Glaciers – the world’s hidden water banks – are a source of life for billions. The seasonal melt from mountains and glaciers sustains some of the world’s most important rivers, such as the Indus, the Nile, the Ganges and the Colorado. Those and other mountain-fed rivers irrigate crops, provide drinking water for nearly two billion people, and power electricity generation.

But, as glaciers shrink and vanish, changes in water flows pose a growing risk to the water, food and livelihood security of billions of people.

In the short term, accelerated melting can trigger environmental hazards: flash floods, glacial lake outburst floods, avalanches and landslides.

In the long term, the glaciers as water sources will simply disappear.

By century’s end, most glaciers will contribute far less water than they do today, undermining agriculture in both mountain villages and sprawling lowland breadbaskets downstream.

We need policies and collaboration that address glacier-fed water systems, cross-border cooperation, and risk-sharing and early warning mechanisms – especially as rivers fed by glaciers often span multiple countries

Mountains cover more than a quarter of the world’s land and are home to 1.2 billion people, but these regions are heating up more rapidly than the global average. Mountain communities are especially vulnerable to increasing climate variability and decreasing seasonal water availability for agriculture and irrigation. With often no viable alternative water supply, the loss of agricultural production can lead to climate displacement and greater instability.

Five of the past six years have seen the most rapid glacier retreat on record, and the impacts are already being felt.

Communities from the Andes to the Himalayas are experiencing shorter snow seasons, erratic runoff, and the loss of reliable water. In Peru, dwindling glaciers have slashed crop yields. In Pakistan, reduced snowmelt threatens seasonal planting cycles. Many glaciers have already reached or are expected to reach “peak water” – the point at which meltwater runoff is at its maximum, after which flows will gradually decline – in the coming two or three decades. This means everyone who depends on glacier-fed rivers faces increasing scarcity when population growth will push water demand even higher.

Beyond science and survival, the disappearance of glaciers erases something less tangible but equally profound. For Indigenous Peoples and mountain communities across Asia, Latin America, Africa and the Pacific, glaciers are sacred. Their melting erodes traditions, rituals, identity and cultural heritage bound to mountain landscapes for centuries.

While there is still time to act, global responses remain fragmented and inadequate. That’s why the United Nations declared 2025 the International Year of Glaciers’ Preservation – a clear reminder that preserving these frozen ecosystems means protecting our future.

To ensure food and water security from the peaks to the plains, a bold shift in policy, investment and governance is urgently needed.

Broadly speaking, cutting greenhouse gas emissions, improving water management, and strengthening early warning systems, adaptative agriculture and sustainable agrifood systems are necessary.

We need to turn the challenges posed by melting glaciers into opportunities to the benefit of all.

Agriculture, both a major water user and a key sector for adaptation, can itself be a solution when developed sustainably. Techniques like terrace farming, agroecology, agroforestry and crop diversification – practiced by mountain communities for centuries – help preserve soil and water, reduce disaster risk and support livelihoods. Such adaptation efforts should be inclusive, drawing on Indigenous Peoples’ knowledge and addressing root vulnerabilities like poverty and gender inequality.

We must also mobilize investments in water and agricultural infrastructure. This includes more climate finance to support vulnerable mountain communities that struggle to access training, funding and innovation.

In addition, governments need to align strategies, policies and plans to address this critical nexus between water, agriculture and climate resilience. Mountains are often absent from national climate policies and global adaptation frameworks. We need policies and collaboration that address glacier-fed water systems, cross-border cooperation, and risk-sharing and early warning mechanisms – especially as rivers fed by glaciers often span multiple countries. This also includes reviewing basin-wide water allocation strategies, plans and investment in infrastructure to improve water use efficiency, and step up glacier monitoring and research.

Preparing for a world with fewer glaciers and less of their precious water requires innovation and coordination. In Kyrgyzstan, FAO has been helping experts construct artificial glaciers – ice towers created by spraying mountain water and that gradually melt in summer. In the region of Batken alone, this initiative has helped store over 1.5 million cubic meters of ice, enough to irrigate up to 1,750 hectares.

In Ladakh, India, the social enterprise Acres of Ice has developed automated ice reservoirs to capture unused water in autumn and winter and freeze it until spring. In the Peruvian Andes, a community-based initiative is addressing the deterioration of water quality from minerals exposed by receding glaciers through a natural filtration system using native plants.

But far more needs to be done, together. Glaciers matter because water matters. To ignore their rapid retreat is to gamble with global food and water security.

—

FAO is mandated to lead the global observance of International Mountain Day, coordinated through the Mountain Partnership Secretariat, which is financially supported by the governments of Italy, Andorra and Switzerland. The Secretariat collaborated closely with UNESCO and the World Meteorological Organization, co-facilitators of the International Year of Glaciers’ Preservation 2025.

Excerpt:

Credit: Port Vila Market, Vanuatu – Kevin Hellon / shutterstock.com

By Tobias Ide
Feb 9 2026 (IPS)

 
The Pacific Island countries are at the frontline of climate change. Their territories mostly consist of small, low-lying islands, with long coastlines and vast ocean spaces between them. Many livelihoods are based on agriculture or fishing, and importing water or food is often infeasible or expensive. This makes those large ocean nations highly vulnerable to the impacts of climate change, such as storms, droughts, and rising sea levels. Analysts have expressed concerns that this can result in various forms of socio-political conflict.

However, the Pacific Island countries have received scarce attention in research on climate change and conflict. This is surprising given the Pacific Island countries’ high climate vulnerability and increasing geopolitical relevance. A few years back, a Nature article did not find a single peer-reviewed study on the climate-conflict nexus in the Pacific. And while recent work added important insights on potential pathways between climate and conflict in the Pacific Island countries, the region remains understudied.

A new study tackles this knowledge gap by systematically collecting data on conflict events (such as protests, riots, and communal violence) in Fiji, Solomon Islands, and Vanuatu. It then determines statistical associations between the occurrence of such conflicts—protests, riots, communal violence etc.—and climate extremes like storms, heatwaves, and floods. The results are surprising.

Climate extremes do not drive conflict risks

The researchers found that climate disasters are not a significant predictor of conflict events. This is true for both cities and rural areas. In cities, high values of (and competition for) land, immigration after disasters, and opportunities for political mobilisation have long been considered to make climate-related conflicts more likely, yet no such statistical signal was detected. Even when looking only at conflicts around natural resources like water or forests, climate extremes are not a good predictor.

These findings could nuance common wisdom about climate change and conflict. Experts from the Intergovernmental Panel on Climate Change (IPCC) have concluded that climate change increases conflict risks, even though other conflict drivers are more important. Such a linkage is particularly likely in climate vulnerable regions with a history of political instability, and it is also more applicable to low-intensity conflicts like protests (as compared to large-scale violence like civil wars). Yet, the study focuses on such smaller-scale conflict. Fiji, Solomon Island, and Vanuatu are also highly vulnerable to climate change and suffered through political instability (coups, civil war, and unrest) in the past.

How to make sense of the absence of conflict

As a starting point, it is important to clarify three things. First, the absence of conflict does not necessarily imply peace, particularly if those least responsible for climate change suffer most from its consequences. Second, the study focuses on visible and collective forms of conflict. Disasters, but also competition for disaster-related support schemes, might well result in lower-level, less visible forms of conflict, such as household and intimate partner violence or lower social cohesion within communities. Studying these forms of conflict is certainly a key task for future work. Third, evidence is not perfect. The new study, for instance, covers only the period 2012 to 2020, studies just three Pacific Island countries, and could not include rainfall anomalies due to a lack of data.

That said, the absence of a correlation between climate extremes and socio-political conflict events is still noteworthy. It indicates the Pacific Islands have significant levels of agency and resilience. This is not to romanticise local communities and national governments—as everywhere in the world, they have their share of tensions and shortcomings. But the Pacific Island countries possess well-established traditional institutions and, at least in some areas, strong community and civil society networks. Given their remote location, tropical climate, and oceanic geography, they have plenty of knowledge and experience in dealing with climate extremes like droughts, floods, and storms as well. These are important assets for coping peacefully with the impacts of climate change.

Consider the example of Vanuatu after cyclone Pam in 2015. Despite being one of the most intense storms to ever hit the South Pacific, the death toll was relatively low, and the country recovered rather quickly from its impacts. This was the case because local community structures and NGO-led Community Climate Change Committees coordinated well, and they thus played a key role in preparing for the storm and in delivering disaster relief and recovery. These activities did not just utilise but also strengthened traditional social networks. Furthermore, state institutions effectively utilised the inflow of international aid to deal with the cyclone’s impacts, thereby increasing trust in the government. Consequentially, no major conflicts erupted in the aftermath of Pam.

Avoid doomsday thinking – and provide tailored support

Which insights can decision makers draw from these findings?

It is important to avoid doomsday scenarios when thinking about climate change in the Pacific. For sure, the respective countries are highly exposed to and quite vulnerable to climate change. But if policy makers and media portray the Pacific Island countries as helpless victims of climate change and prone to conflict, the consequences are problematic: a lack of economic investment, external support mostly focussed on relocation, and an ignorance of local capacities.

By contrast, emphasising how Pacific communities successfully deal with and maintain peace in the context of climate change provides different perspectives. It highlights how local communities and state institutions (despite not being perfect) have significant capacities for climate change adaptation and bottom-up peacebuilding. National governments and international donors should utilise those capacities by providing tailored support, responding to the needs and priorities of those on the frontline of climate change. Rather than preliminary resignation or relocation, this can support the building of climate-resilient peace.

Related articles:
There Is No Security Without Development, Anything Else Is a Distraction
Do We Need a Pacific Peace Index?
The Trump Presidency and Climate Security in the Indo-Pacific Region

Tobias Ide is Associate Professor in Politics and International Relations at Murdoch University Perth. Until recently, he was also Adjunct Associate Professor of International Relations at the Brunswick University of Technology. He has published widely on the intersections of the environment, climate change, peace, conflict and security, including in Global Environmental Change, International Affairs, Journal of Peace Research, Nature Climate Change, and World Development. He is also a director of the Environmental Peacebuilding Association.

This article was issued by the Toda Peace Institute and is being republished from the original with their permission.

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Lead author Prof. Kaveh Madani
 
Flagship report calls for fundamental reset of global water agenda as irreversible damage pushes many basins beyond recovery.

By UN University’s Institute for Water, Environment and Health
UNITED NATIONS, Jan 21 2026 (IPS)

The world is already in the state of “water bankruptcy”. In many basins and aquifers, long-term overuse and degradation mean that past hydrological and ecological baselines cannot realistically be restored.

While not every basin or country is water-bankrupt, enough critical systems around the world have crossed these thresholds, and are interconnected through trade, migration, climate feedbacks, and geopolitical dependencies, that the global risk landscape is now fundamentally altered.

The familiar language of “water stress” and “water crisis” is no longer adequate. Stress describes high pressure that is still reversible. Crisis describes acute, time-bound shocks. Water bankruptcy must be recognized as a distinct post-crisis state, where accumulated damage and overshoot have undermined the system’s capacity to recover.

A group of women fetching water from a dam in Taha, Northern Region of Ghana. Credit: Evans Ahorsu. Source: UN University’s Institute for Water, Environment and Health

Water bankruptcy management must address insolvency and irreversibility. Unlike financial bankruptcy management, which deals only with insolvency, managing water bankruptcy is concerned with rebalancing demand and supply under conditions where returning to baseline conditions is no longer possible.

Anthropogenic drought is central to the world’s new water reality. Drought and water shortage are increasingly driven by human activities, over-allocation, groundwater depletion, land and soil degradation, deforestation, pollution, and climate change, rather than natural variability alone. Water bankruptcy is the outcome of long-term anthropogenic drought, not just bad luck with hydrological anomalies.

Water bankruptcy is about both quantity and quality. Declining stocks, polluted rivers, and degrading aquifers, and salinized soils mean that the truly usable fraction of available water is shrinking, even where total volumes may appear stable.

Managing water bankruptcy requires a shift from crisis management to bankruptcy management. The priority is no longer to “get back to normal”, but to prevent further irreversible damage, rebalance rights and claims within degraded carrying capacities, transform water-intensive sectors and development models, and support just transitions for those most affected.

Governance institutions must protect both water and its underlying natural capital. The existing institutions focus on protecting water as a good or service disregarding the natural capital that makes water available in the first place. Efforts to protect a product are ineffective when the processes that produce it are disrupted.

Recognizing water bankruptcy calls for developing legal and governance institutions that can effectively protect not only water but also the hydrological cycle and natural capital that make its production possible.

Water bankruptcy is a justice and security issue. The costs of overshoot and irreversibility fall disproportionately on smallholder farmers, rural and Indigenous communities, informal urban residents, women, youth, and downstream users, while benefits have often accrued to more powerful actors. How societies manage water bankruptcy will shape social cohesion, political stability, and peace.

Water bankruptcy management combines mitigation with adaptation. While water crisis management paradigms seek to return the system to normal conditions through mitigation efforts only, water bankruptcy management focuses on restoring what is possible and preventing further damages through mitigation combined with adaptation to new normals and constraints.

Water can serve as a bridge in a fragmented world. Water can align national priorities with international priorities and improve cooperation between and within nations. Roughly 70% of global freshwater withdrawals are used for agriculture, much of it by farmers in the Global South. Elevating water in global policy debates can help rebuild trust between South and North but also within nations, between rural and urban, left and right constituencies.

Water must be recognized as an upstream sector. Most national and international policy agendas treat water as a downstream impact sector where investments are focused on mitigating the imposed problems and externalities. The world must recognize water as an upstream opportunity sector where investments have long-term benefits for peace, stability, security, equity, economy, health, and the environment.

Water is an effective medium to fulfill the global environmental agenda. Investments in addressing water bankruptcy deliver major co-benefits for the global efforts to address its environmental problems while addressing the national security concerns of the UN member states.

Elevating water in the global policy agenda can renew international cooperation, increase the efficiency of environmental investments, and reaccelerate the halted progress of the three Rio Conventions to address climate change, biodiversity loss, and desertification.

A new global water agenda is urgently needed. Existing agendas and conventional water policies, focused mainly on WASH, incremental efficiency gains and generic IWRM guidelines, are not sufficient for the world’s current water reality. A fresh water agenda must be developed that takes Global Water Bankruptcy as a starting point and uses the 2026 and 2028 UN Water Conferences, the conclusion of the Water Action Decade in 2028, and the 2030 SDG 6 timeline as milestones for resetting how the world understands and governs water.

Global Water Bankruptcy: Living Beyond Our Hydrological Means in the Post-Crisis Era | UN University Institute for Water, Environment and Health (UNU-INWEH) (20 January) (press release)

Support Paper
Madani K. (2026) Water Bankruptcy: The Formal Definition, Water Resources Management, 40 (78) doi: 10.1007/s11269-025-04484-0)

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The rainwater harvesting cistern is everywhere in Brazil's semi-arid region, a social technology that reduced water scarcity for its inhabitants. Elizabete Sousa Soares wanted to leave Jatobá when her daughter Maria was born 11 years ago, but decided to stay in her small rural town thanks to the cistern and other social technologies that have improved her life. Credit: Mario Osava / IPS

By Mario Osava
USERRA DAS ALMAS, Brazil, Dec 29 2025 (IPS)

“The work of collecting seeds saved me from depression,” caused by her daughter’s suicide at the age of 29, said Maria do Desterro Soares, 64, who lives in the poor rural community of Jatobá in northeastern Brazil.

She drew her younger sister, Maria de Jesus Soares, 45, who lost her husband in a car accident and also struggles to avoid falling into depression, into the activity. The two walk together for nearly two hours to reach the forests where seeds abound.“The reserve is a great water reservoir. A study we conducted on avoided runoff showed this 6,285-hectare area can retain an astonishing 4.78 billion liters per year” - Gilson Miranda.

They only earn some 1,000 reais (US$185) in a “good year,” but “it’s my work, my pleasure, it’s what I want and I like doing it,” claimed Maria do Desterro, who also makes ice cream and medicines for flu and other illnesses with locally sourced juices, teas, peels, and honey.

She is one of the 121 people trained by the Caatinga Association (AC) through 2023 for the collection and management of seeds from native plants of this biome exclusive to Brazil, as a way to generate income and restore forests.

The association, founded in 1998 to protect the caatinga, the biome of the semi-arid region in the Brazilian northeast, manages the Serra das Almas Natural Reserve (RNSA) and disseminates social technologies for coexistence with the semi-arid ecoregion in surrounding communities.

The caatinga occupies 10% of Brazil’s vast territory and is home to 27 million people. Its vegetation is generally low, with twisted branches and trunks, appearing dead in the dry season and turning green just days after rain. It also features large trees that reach heights of tens of meters.

Maria de Jesus Soares and her older sister, Maria do Desterro Soares, extract seeds from the buriti coconut, a palm tree also known as moriche, found in several parts of Brazil, including its exclusive caatinga biome. Credit: Mario Osava / IPS

Coexistence, instead of fighting against nature

To coexist, rather than fighting droughts, is a guiding principle of the actions that are improving life in Brazil’s poorest region, the Northeast, offering a climate lesson for the country and the world.

This slogan, set in motion by civil society organizations, spurred several social technologies as solutions for water scarcity. Best known is the rainwater harvesting cistern for domestic use, with over 1.2 million units built since 2003.

Cisterns, bio-water (a system that cleans household water for reuse in planting), green septic tanks (a concrete tank with soil, filters, and a banana plant base), solar ovens, and eco-efficient stoves are the five tecghnologies being disseminated.

The AC website reports that 1,481 of these “technologies” have been implemented.

The AC has the RNSA for environmental education and as a source of income through eco-tourism. It works in 40 communities nearby where some 4,000 families live, implementing social technologies and supporting the conservation of the reserve and the entire caatinga.

Headquartered in Fortaleza, the capital of the northeastern state of Ceará, and in Crateús, in the west of that same state near the RNSA, the association stands out from other non-governmental organizations by having this conservation unit of 6,285 hectares of dense forests and four streams.

The green septic tank, also called a biosepitic bed, treats wastewater from toilets with microorganisms that process the waste, leaving the water ready to irrigate crops in the semi-arid region of Northeast Brazil. Credit: Mario Osava / IPS

The caatinga mitigates climate change

“The reserve is an open-air laboratory, where research on fauna, flora, carbon, and water takes place, so we can understand the importance of this area, and of the entire caatinga,” explained Gilson Miranda, a biologist and manager of the RNSA for the Caatinga Association.

In 2015 – 2022, the caatinga was responsible for nearly 40% of the carbon removed from the atmosphere in Brazil, he said, based on a study by São Paulo State University on greenhouse gas capture.

This is because the rapid regreening of the vegetation, an indicator of intense photosynthetic activity when it rains, makes the caatinga a major greenhouse gas sink, different from the Amazon, which is an immense carbon reservoir.

“That is why preserving and conserving the caatinga is strategic in a climate adaptation scenario,” said Miranda in an interview with IPS.

This biome, exclusive to Brazil, covers an area of 844,453 square kilometers.

Water is another wealth of Serra das Almas, which was designated a Private Natural Heritage Reserve (RPPN) in the year 2000.

“The reserve is a great water reservoir. A study we conducted on avoided runoff showed this 6,285-hectare area can retain an astonishing 4.78 billion liters per year,” said Miranda.

Around the springs, there are very tall, green trees that differ from the usual biome. The gameleira (Ficus gomelleira), can reach up to 40 or 50 meters, according to Jair Martins, the tourist guide on hikes along the six trails of Serra das Almas.

This water, retained in the soil by the forests, actually drains slowly. The four springs preserved in the reserve do not dry up, but are unable to sustain year-round the streams that feed the Poti River, whose course passes to the east and north of Serra das Almas.

Nor is this moisture enough to keep the caatinga vegetation green, which is very dry in December, with the green of some shrubs or trees more resistant to water stress.

Maria Clemente da Silva was only able to cultivate her garden when she gained access to bio-water, because the public water supply is limited to three hours a day in Jatobá, a poor community in the Brazilian caatinga. Credit: Mario Osava / IPS

Mitigated drought

In the surroundings of the RNSA, the drought is harsher.

Maria Clemente da Silva, 59, relies on bio-water to supplement the water she uses to irrigate her small garden. The public water supply only operates for two to three hours per day, which is not enough for cultivating vegetables, such as lettuce and onions, or fruit trees like papaya, banana, acerola, orange, and cashew.

About 100 meters behind her house, a forest of tall, very green trees reveals that, with water, the caatinga vegetation gains exuberance. It is the moisture that remained in a low-lying area of a river that practically dried up due to deforestation and fires set to “clear” the land, explained Elisabete de Souza Soares.

Water is the most keenly felt shortage, according to Souza and other women who spoke to IPS and a group of journalism students visiting the Jatobá community, in the municipality of Buriti dos Montes, in the state of Piauí, where the AC’s socio-environmental actions benefit the population and the protection of the RNSA.

All of them received cisterns, the small three-burner ecological stove, and other “technologies” that reduced difficulties in their lives. “Before the cistern, we would fetch water from a public fountain about a kilometer away, carrying cans on our heads,” recalled Souza.

When she was pregnant with her daughter Maria, 11 years ago, she thought about moving away from the community where she had always lived in search of water. “Now I won’t leave here, where I was born,” she said.

The dry vegetation in December, the peak of the annual dry season, displays some resistant shrubs and trees that maintain green patches in the caatinga forests of Brazil’s Northeast region. Credit: Mario Osava / IPS

The Caatinga Association adopted a comprehensive conservation model with broad participation from the local population, including in the economic benefits of work within the RNSA, such as guiding ecotourists and providing other services.

The AC’s approach is always socio-environmental, a main component in protecting the reserve and the caatinga in general, stated Miranda.

Inside the reserve, there is a modest hotel that can accommodate up to 36 people. Local tourism tends to expand due to promotion by the governments of the states of Ceará and Piauí, which share the Serra das Almas Natural Reserve.

The nearby Poti River flows through a 140-kilometer-long canyon and has become a major tourist attraction.

The reserve is a legacy of the US Johnson family, owners of the SC Johnson company, which, because it uses vegetable wax for its furniture cleaning and conservation products, imported carnauba wax, a palm abundant in Ceará, Piauí, and Rio Grande do Norte, another Northeastern state.

In 1998, the leader of the family’s fourth generation, Samuel Johnson, repeated an expedition to Ceará that his father had made in 1935 and decided to establish a Caatinga Conservation Fund, using part of his fortune. This led to the RNSA and the Caatinga Association, composed of environmental specialists in the biome.

On 30th November 2025 in Kelaniya, Sri Lanka, Sri Lanka Army rescue boats transported villagers stranded near the Kelani River to safer locations. People boarded the boats carrying their essential items, hoping to escape the dangerous flood levels surrounding their homes. Credit: UNICEF/InceptChange

By Oritro Karim
UNITED NATIONS, Dec 9 2025 (IPS)

In late November, Cyclone Ditwah made landfall in Sri Lanka and southern India, bringing heavy rainfall that triggered widespread flooding and devastating landslides. The storm caused extensive damage to civilian infrastructure and resulted in a significant loss of life. Communities have been severely impacted, with limited access to essential services, while humanitarian agencies face challenges in reaching the most vulnerable populations.

According to figures from the United Nations Children’s Fund (UNICEF), approximately 1.5 million Sri Lankans are estimated to have been impacted by the cyclone, including over 275,000 children. Additionally, updated reports from the office of the United Nations Resident Coordinator (UN RC) in Sri Lanka indicate that 474 people have been killed, 356 are still missing, and around 201,875 individuals from 53,758 families are taking shelter in 1,564 government-supported shelters.

“UNICEF remains deeply concerned about the destruction the cyclone has caused to children and the vital services they depend on for their safety and well-being,” said Emma Brigham, UNICEF Representative in Sri Lanka. “Children urgently need help. It is a race against time to reach the most vulnerable families who (urgently) require lifesaving services. And while the cyclone may have passed, the consequences have not.”

The actual figures are projected to be even higher as communication disruptions and blocked entry points for humanitarian aid hinder accurate reporting and assistance efforts. Initial assessments from the UN RC in Sri Lanka show that more than 41,329 homes have been partially or fully destroyed, alongside the damaging of at least 10 bridges, the disruption of 206 roads rendered impassable, and sections of the rail network and power grid affected, and an inundated substation.

The Gampaha, Colombo, Puttalam districts are among the hardest-hit, with each district reporting north of 170,000 affected civilians. The Mannar, Trincomalee, Batticaloa, Badulla, and Matale districts have also reported considerable damage to civilian infrastructure and livelihoods as a result of flooding. The UN RC in Sri Lanka also notes that water levels in Colombo and the Kelani River region are beginning to slowly recede. However, northeast monsoon conditions are projected to gradually increase over the coming days, with heavy rains expected across several areas.

Furthermore, over 200 deadly landslides have been reported across several areas, with most occurring in the central highlands of the nation. The Kandy, Nuwara Eliya and Badulla districts recorded a significant loss of life, structural damage, and high volumes of civilian displacement, with landslide alerts extended until December 3.

“The people of Sri Lanka have not seen such widespread destruction in years,” said Kristin Parco, the International Organization for Migration (IOM) Chief of Mission in Sri Lanka. “Communities have been uprooted and many families are now sheltering in overcrowded, temporary spaces while facing immense uncertainty. We are entering a critical phase of this emergency, and mobilizing humanitarian assistance is essential to reduce the suffering of those displaced by Cyclone Ditwah and to ensure their safety, dignity, and access to basic services during this difficult time.”

Figures from IOM show that more than 209,000 Sri Lankans have been displaced in the days following the cyclone’s landfall. Additionally, IOM describes the ensuing floods as some of the most severe the country has experienced in almost two decades, noting that all 25 districts of Sri Lanka have been inundated, with 150-500 mm of continuous heavy rainfall and winds reaching 70–90 km/h over three days.

These challenges have significantly hampered both relief efforts and the ability to assess the full scope of the damage. IOM reports widespread power outages, blockages of critical access points, and severe disruptions to communication networks across the country. Additionally, several high-risk areas, such as Polonnaruwa, Kegalle, Kurunegala, and Colombo, to name a few, have been placed on red alert, with additional emergency evacuation orders being issued for communities along landslide-vulnerable slopes and low-lying river basin areas.

The UN RC for Sri Lanka reports that the country’s electricity and water infrastructure have sustained significant damage, which has had severe implications for public health and further strained the already collapsing national healthcare system. Numerous areas have already reported a near-total lack of clean drinking water, while health facilities continue to operate under severe shortages of essential supplies.

The World Health Organization (WHO) has expressed deep concern over the severe flood conditions, underscoring the heightened risks of vector-borne, food-borne, and water-borne diseases. The agency has called for increased public awareness around mosquito-bite prevention, safe food handling, and the importance of drinking safe, clean water.

Additionally, WHO has been in the process of delivering urgent support to Sri Lanka’s overwhelmed healthcare system, which has been severely strained by the influx of new patients following the cyclone. The agency, in partnership with WHO Southeast Asia Regional Health Emergency Fund (SEARHEF), is supporting mobilization and deployment of emergency public health teams who are positioned to deliver urgent care for trauma, as well as referrals for hospital care for pregnant women, children, elderly, and others.

Furthermore, WHO has pledged USD $175,000 to support emergency health services and continues to collaborate with national authorities and humanitarian partners to reach the most vulnerable populations with lifesaving care. “The funds will be used for rapid response teams to support essential health services for the affected communities, and for strengthening health information management and surveillance, key for timely detection of disease outbreaks to facilitate appropriate response,” said Dr Rajesh Pandav, WHO Representative designate to Sri Lanka.

IPS UN Bureau

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Plagued by drought, farming families living within the boundaries of the Dry Corridor in eastern Guatemala have resorted to rainwater harvesting, an effective technique that has allowed them to cope

By Edgardo Ayala
SAN LUIS JILOTEPEQUE, Guatemala, Nov 21 2025 (IPS)

Plagued by drought, farming families living within the boundaries of the Dry Corridor in eastern Guatemala have resorted to rainwater harvesting, an effective technique that has allowed them to cope.

This enables them to obtain food from plots of land that would otherwise be difficult to farm.

Funded by the Swedish government and implemented by international organizations, some 7,000 families benefit from a program that seeks to provide them with the necessary technologies and tools to set up rainwater catchment tanks, alleviating water scarcity in this region of the country.

These families live around micro-watersheds in seven municipalities in the departments of Chiquimula and Jalapa, in eastern Guatemala. These towns are Jocotán, Camotán, Olopa, San Juan Ermita, Chiquimula, San Luis Jilotepeque, and San Pedro Pinula.

“We are in the Dry Corridor, and it’s hard to grow plants here. Even if you try to grow them, due to the lack of water, (the fruits) don’t reach their proper weight,” Merlyn Sandoval, head of one of the beneficiary families, told IPS in the village of San José Las Pilas, in the municipality of San Luis Jilotepeque, Jalapa department.

The Central American Dry Corridor, 1,600 kilometers long, covers 35% of Central America and is home to more than 10.5 million people. Here, over 73% of the rural population lives in poverty, and 7.1 million people suffer from severe food insecurity, according to FAO data.

As part of the project, the young Sandoval has taken action to harvest rainwater on her plot, in the backyard of her house. She has installed a circular tank, whose base is lined with an impermeable polyethylene geomembrane, with a capacity of 16 cubic meters.

When it rains, water runs off the roof and, through a PVC pipe, reaches the tank they call a “harvester,” which collects the resource to irrigate the small garden and fruit trees, and to provide water during the dry season, from November to May.

In the garden, Sandoval and her family of 10 harvest celery, cucumber, cilantro, chives, tomatoes, and green chili. For fruits, they have bananas, mangoes, and jocotes, among others.

They also have a fish pond where 500 tilapia fingerlings are growing. The structure, also with a polyethylene geomembrane at its base, is eight meters long, six meters wide, and one meter deep.

Another beneficiary is Ricardo Ramírez. From the rainwater collector installed on his plot, he manages to irrigate, by drip, the crops in the macro-tunnel: a small greenhouse next to the tank, where he grows cucumbers, tomatoes, and green chili, among other vegetables.

“From one furrow I got 950 cucumbers, and 450 pounds of tomatoes (204 kilos). And the chili, it just keeps producing. But it was because there was water in the harvester, and I just opened the little valve for just half an hour, by drip, and the soil got well moistened,” Ramírez told IPS with satisfaction.

En español: Video: La sequía en el este de Guatemala se alivia con la cosecha de agua de lluvia

A Community Health Worker in a door-to-door campaign to vaccinate people in communities in Nanyamba village, Mtwara Region, in southeastern Tanzania. Credit: Kizito Makoye/IPS

By Desta Lakew and Richard Muyungi
BELÉM, Brazil, Nov 20 2025 (IPS)

Around the world, the climate crisis is fast becoming the biggest public-health threat of the century. Extreme heat now kills more Europeans than any other natural disaster. Floods in Asia displace millions and contaminate water supplies. Mosquito-borne diseases once confined to the tropics are appearing in southern Europe and the United States.

Nowhere, however, are these impacts more visible—or the responses more instructive—than in Africa, which stands at a pivotal moment in the global climate discourse. Home to 17 percent of the world’s people yet responsible for less than four percent of global emissions, the continent is on the frontline of a crisis it did little to cause.

From the Horn of Africa to the Sahel, droughts, floods, and heatwaves are fueling outbreaks of malaria, cholera, and dengue, while undermining already fragile health systems. The climate crisis is no longer a distant environmental threat; it is a daily public health emergency.

Desta Lakew, Amref Health Africa Group Director for Partnerships & External Affairs

While the Paris Agreement implicitly recognized the importance of health in climate action, it was COP28 in Dubai that marked a watershed moment. For the first time, the world finally began to acknowledge what communities across Africa have long known: climate policy is health policy.

The UAE Declaration on Climate and Health, endorsed by more than 120 countries, acknowledged that every degree of warming worsens public health outcomes and that protecting health systems is essential to climate resilience. Africa’s negotiators were central to that breakthrough—pushing health from the margins to the main stage of climate diplomacy.

Their advocacy has paved the way for the next critical milestone: the Belém Health Action Plan, being launched at COP30 in Brazil. The plan’s pillars—disease surveillance, early-warning systems, climate-smart health infrastructure, and health equity—mirror the priorities laid out in the Common African Position on Climate and Health adopted in Lilongwe and reaffirmed in the Africa Group of Negotiators’ (AGN) Declaration, which came out of the Africa Climate Summit in Addis Ababa.

The AGN was decisive in appointing a climate and health lead coordinator to ensure that health is a key thematic stream within the group, and it is now a key component of their work. The message from Africa is clear: protecting people’s health is the clearest measure of whether climate action succeeds.

Yet the global financing system has not caught up. Less than one percent of adaptation finance targets health, even as climate-sensitive diseases multiply. Despite new pledges at COP28—$300 million from the Global Fund and $100 million from the Rockefeller Foundation—the gap is measured in the hundreds of billions. Africa alone will need roughly $300 billion annually by 2030 to build resilient systems and respond to climate-related loss and damage.

Dr. Richard Muyungi, African Group of Negotiators on Climate Change (AGN) Chair

Philanthropy is waking up—the recently formed Climate and Health Funders Coalition brings together 35 institutional and individual funders and they have just committed an initial $300 million at COP30, but structural challenges remain.

Most existing climate funds remain locked behind complex applications or arrive as loans that deepen debt in economies already under strain. That approach is not solidarity—it is self-defeat. Pandemics, heat-related mortality, and vector-borne diseases do not respect borders. A health emergency anywhere can quickly become a threat everywhere.

COP30 offers the chance to change course. The Belém Health Action Plan must not become another well-intentioned declaration—it needs financing hardwired to outcomes that save lives: clinics able to function through heatwaves and floods, vaccine cold chains powered by clean energy, and community health workers trained to respond to shifting disease patterns.

To make that happen, global donors, multilateral banks, and high-emitting nations should agree on three urgent steps. First, earmark a defined share of climate finance for health adaptation—not as an afterthought but as a performance metric in every climate-finance report; second, shift from loans to grants for health-related climate resilience to prevent compounding debt crises; third, invest in African-led solutions that the rest of the world can adopt or learn from—from Kenya’s heat-health action plans in Nairobi to Tanzania’s clean cooking agenda.

Africa’s experiences offer valuable lessons for the world. The ingenuity that kept health services running through droughts and pandemics is precisely what other countries will need as wildfires, vector migration, and heat emergencies escalate globally. The world should be studying and scaling these innovations—not waiting for crises to reach their own doorsteps.

Ultimately, if the climate crisis has taught us anything, it is that health security is climate security. What happens in Nairobi or Niamey reverberates in New York and New Delhi. COP30 must deliver ambitious and just outcomes that strengthen adaptation and protect the most vulnerable. We will consider COP30 a failure if it does not deliver an ambitious adaptation decision that resonates with Africa’s climate change impacts and realities.

Leaving Belém with promises alone would be a failure of vision and of justice. Leaving with funded commitments would signal a turning point: proof that the world finally understands that safeguarding health is not a regional concern—it is the foundation of collective resilience and of our shared future.

Desta Lakew is Amref Health Africa Group Director for Partnerships & External Affairs; Dr. Richard Muyungi is African Group of Negotiators on Climate Change (AGN) Chair

IPS UN Bureau

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Excerpt:

Merlyn Sandoval next to the rainwater collection tank built on the small plot where she lives, in the village of San Jose Las Pilas, in eastern Guatemala. She and her family participate in a program to alleviate the effects of the drought in the Central American Dry Corridor. Credit: Edgardo Ayala / IPS

By Edgardo Ayala
SAN LUIS JILOTEPEQUE, Guatemala, Oct 30 2025 (IPS)

Water scarcity that relentlessly hits the rural communities in eastern Guatemala, located in the so-called Central American Dry Corridor, is a constant threat due to the challenges in producing food, year after year. But it is also an incentive to strive to overcome adversities.

The peasant families living in this region struggle to counter hopelessness and, with the help of international cooperation, manage to confront water scarcity. With great effort, they produce food, aware of the importance of caring for and protecting the area’s micro-watersheds."Unfortunately, last year the rainy season also ended in September and we harvested almost nothing, there was no rainy season, there was no water. So it's difficult for us here, that's why they call it the Dry Corridor, because we don't have water" –Ricardo Ramirez.

“We are in the Dry Corridor, and it’s hard to produce the plants here, even if you’ve tried to produce them, because due to the lack of water (the fruits) don’t reach their proper weight,” Merlyn Sandoval, head of one of the families benefiting from a project that seeks to provide the necessary tools and knowledge for people to overcome water insecurity and produce their own food, told IPS.

Sandoval is a native of the village of San Jose Las Pilas, in the municipality of San Luis Jilotepeque, in the department of Jalapa, in eastern Guatemala. Her community has been included in the program, funded by Sweden and implemented by several organizations, such as the United Nations Food and Agriculture Organization (FAO), together with the Guatemalan government.

The initiative, which began in 2022 and ends this December, reaches 7,000 families living around the micro-watersheds of seven municipalities in the departments of Chiquimula and Jalapa, in eastern Guatemala. These towns are Jocotan, Camotan, Olopa, San Juan Ermita, Chiquimula, San Luis Jilotepeque, and San Pedro Pinula.

The project focuses on creating the conditions to promote food and nutritional security and the resilience of the population, prioritizing water security that allows for food production.

“The strength of the (project’s) goals lies in the training and the action of the micro-watershed concept… people were trained depending on whether they were upstream, downstream, or in the middle of the watershed,” Rafael Zavala, FAO representative in Guatemala, told IPS.

He added: “The area is highly expulsive of labor due to migration, and this causes women to be the heads of households.”

The San Jose River basin is one of the watersheds being targeted for protection and preservation due to its importance for the water security of the towns in San Luis Jilotepeque, in eastern Guatemala. Credit: Edgardo Ayala / IPS

Drought and poverty

A report from the United Nations Development Programme (UNDP) indicates that the area included in the program shows a significant deterioration of livelihoods and a scarcity of economic opportunities.

It adds that in the department of Chiquimula, 70.6% of the population lives in poverty, while in Jalapa, the figure reaches 67.2%.

The Central American Dry Corridor, which is 1,600 kilometers long, covers 35% of Central America and is home to more than 10.5 million people.

In this belt, over 73% of the rural population lives in poverty and 7.1 million people suffer from severe food insecurity, according to FAO data.

Central America is a region of seven nations, with 50 million inhabitants, of which 18.5 million live in Guatemala, the most populous country, with high inequality and where a large part of poor families are indigenous.

In the home of Merlyn Sandoval’s family in San Jose Las Pilas, the granary for storing the corn and beans, which are so difficult to produce due to the lack of water in the area of eastern Guatemala, is never missing. Credit: Edgardo Ayala / IPS

Learning to Harvest Rainwater

As part of the project, the young Sandoval has learned the key points about micro-watershed management and has developed actions to harvest rainwater on her plot, in the backyard of her house. There, she has set up a circular tank, whose base is lined with an impermeable polyethylene geo-membrane, with a capacity of 16 cubic meters.

When it rains, water runs down from the roof and, through a PVC pipe, reaches the tank they call a “harvester,” which collects the resource to water the small garden and the fruit trees, and to provide water during the dry season, from November to May.

In the garden, Sandoval and her family of 10, harvest celery, cucumber, cilantro, chives, tomatoes, and green chili. In fruits, they harvest bananas, mangoes, and jocotes, among others.

Next to the rainwater harvester is the fish pond where 500 tilapia fingerlings are growing. The structure, also with a polyethylene geo-membrane at its base, is eight meters long, six meters wide, and one meter deep.

When the fish reach a weight of half a kilo, they can be sold in the community.

“The harvesters fill up with what is collected from the rains, and that helps to give a water change for the tilapia and also to give water to the fruit trees,” said Sandoval, 27.

The young woman also produces corn and beans, on another nearby plot, of approximately half a hectare. These plantings, more extensive than the garden and fruit trees in the backyard, cannot be covered by irrigation from the tank.

Ricardo Ramirez shows the inside of the macro-tunnel (a small greenhouse) where he has managed to harvest cucumbers, tomatoes, and green chilies, and where the plants of the new tomato planting can already be seen, on his small farm in eastern Guatemala. Credit: Edgardo Ayala / IPS

As a result, these crops, in this region of the Dry Corridor, are always vulnerable to climatic fluctuations: they can be ruined both by lack of rain and by excess rain during the same rainy season, from May to November.

Sandoval has already lost 50% of her harvest due to excess rain, she stated, with a hint of sadness.

This has also happened to Ricardo Ramirez, another resident of San Jose Las Pilas, who has experienced these fluctuations of lack and excess of water in his crop of corn and beans, staples in the Central American diet.

“Unfortunately, last year the rainy season also ended in September and we harvested almost nothing, there was no rainy season, there was no water. So it’s difficult for us here, that’s why they call it the Dry Corridor, because we don’t have water,” said Ramirez, 59, referring to his bean crop, planted on two plots totaling half a hectare, of which he has lost roughly half.

From the rainwater collection tank, Ricardo Ramirez manages to drip-irrigate the crops in the macro-tunnel, as this type of greenhouse is called. The system has allowed him to harvest produce despite water insecurity in eastern Guatemala. Credit: Edgardo Ayala / IPS

Green Hope

However, the support from the program driven with Swedish cooperation funds has been vital for Ramirez, not only to stay afloat economically as a farmer, but also to bet, with hope and enthusiasm, on the land where he was born.

Through this international initiative, Ramirez was also able to set up a rainwater collection tank with a capacity of 16 cubic meters, as well as an agricultural macro-tunnel: a kind of small greenhouse, with a modular structure covered by a mesh that protects the crops from pests and other bugs.

Inside the macro-tunnel, he planted cucumbers, tomatoes, and green chili, among others, and watered them by drip irrigation through a hose that carried water from the tank, just three meters away.

“From one row I got 950 cucumbers, and 450 pounds (204 kilos) of tomatoes, and the chili, it just keeps producing. But it was because there was water in the harvester and I just opened the little valve, gave it just half an hour, by drip, and the soil got wet,” Ramirez told IPS, while checking a bunch of bananas or guineos, as they are known in Central America.

All of that generated sufficient income for him to save 2,000 quetzales (about 160 dollars), with which he was able to install electricity on his plot and also buy an electric generator to pump water from a spring within the property, for when the collection tank runs out in about two months.

In this way, Ramirez will be able to maintain irrigation and production.

San José Las Pilas has a community water system, supplied by a spring located nearby. The tank is installed in the high area of the village so that water flows down by gravity, but the resource is rationed to just a few hours a day, given the scarcity.

Nicolas Gomez still has to walk two hours, like many others, to get water from a river when his collection tank runs out during the dry season in eastern Guatemala. Credit: Edgardo Ayala / IPS

Long Walks to Obtain Water

However, not everyone is as lucky as Ramirez, to have a water spring on their property and to irrigate gardens when the collection tank runs out.

When that happens, Nicolas Gomez has to walk almost two hours to reach the San Jose River, the closest one, and carry water from there, loading it on his shoulder in containers, to meet basic hygiene and cooking needs.

“So now, in the rainy season, we have water stored in this tank. But for the dry season we have nothing, we go to the river to fetch water, to a spring that is quite far, about a two-hour walk, that’s how hard it is for us to obtain it,” said Gomez, a 66-year-old farmer who has also suffered the climate onslaughts of drought and excess water on his corn crops.

Gomez lives in Los Magueyes, a rural settlement, also within San Luis Jilotepeque. Poverty here is more acute and visible than in San Jose Las Pilas. There is no community water system or electricity, and families have to light themselves with candles at night.

“Life here is hard,” stated Gomez, amidst the smoke produced by the wood-fired stove he was using to cook a meal when IPS visited on October 21.

View of a plant owned by Aguas Antofagasta, a company created 20 years ago that now has three desalination plants to supply drinking water to 184,000 families in that desert city in northern Chile. Credit: Courtesy of Acades

By Orlando Milesi
SANTIAGO, Oct 22 2025 (IPS)

Desalination projects are booming in Chile, with 51 plants planned to process seawater and a combined investment of US$ 24.455 billion. However, these initiatives hardly benefit small-scale farmers, who are threatened by the prolonged drought, and cause environmental concerns.

A survey by the Capital Goods Corporation and the Chilean Desalination and Reuse Association (Acades) revealed that these projects, already in the engineering and construction phases, will add 39,043 liters of water per second in production capacity."Using seawater, desalinated or saline, and reusing wastewater relieves pressure on rivers and aquifers, ensuring water for people, ecosystems, and productive activities" –Rafael Palacios.

Fifteen of these projects belong to the mining sector, eight to the industrial sector, eight to the water utility sector, and 20 are linked to green hydrogen, a clean fuel but very water-intensive, which the country aims to be a major producer of.

Of the future plants, 17 are located in the desert region of Antofagasta, in the far north of this elongated South American country, which lies between the Andes mountain range and the Pacific Ocean.

There are 11 projects in the southern region of Magallanes, followed in number by the regions of Atacama, Coquimbo, and Valparaíso, in the north and center of Chile, which concentrate most of the investment.

Rafael Palacios, executive director of Acades, told IPS that this country “faces a scenario in which water availability in northern and central Chile could decrease by up to 50% by 2060, so we cannot continue to depend solely on continental sources.”

“Using seawater, desalinated or saline, and reusing wastewater relieves pressure on rivers and aquifers, ensuring water for people, ecosystems, and productive activities,” he emphasized.

Currently, 23 desalination plants are already operating in Chile with a capacity of 9,500 liters per second. They primarily serve mining needs, but also industrial and human consumption.

One of the large greenhouses for the hydroponic cultivation of vegetables irrigated with desalinated water, on the farm of one of the 90 members of the Association of Agricultural Producers of Altos de la Portada, in the northern Chilean region of Antofagasta. Credit: Courtesy of the Association of Agricultural Producers of Altos de la Portada.

Small-scale farmers benefit

Dolores Jiménez has been president for the last eight years of the Association of Agricultural Producers of Altos de la Portada, in Antofagasta. The association has 90 active members who collectively own 100 hectares where they have created a Hydroponic City.

“We have no water problems thanks to an agreement with Aguas Antofagasta. We have an oasis which we would otherwise not have without that agreement,” Jiménez told IPS by telephone from Antofagasta, the capital of the region of the same name.

Aguas Antofagasta is a private company that desalinates water in the north of this country of 19.7 million inhabitants. The company draws water from the Pacific Ocean using an outfall that extends 600 meters offshore to a depth of 25 meters.

In desalination, outfalls are the underwater pipes that draw seawater and return and disperse the brine in a controlled manner, far from the coast and at an adequate depth.

Founded 20 years ago, the company currently desalinates water in three plants in the municipalities of Antofagasta, Tocopilla, and Tal Tal, supplying 184,000 families in that region.

Dolores Jiménez, president of the Association of Agricultural Producers of Altos de la Portada, shows the strength of the crops thanks to the use of desalinated water that reaches small farmers due to an agreement with Aguas Antofagasta. Credit: Courtesy of the Association of Agricultural Producers of Altos de la Portada

In its project to supply the general population, it included the association of small-scale farmers who grow carrots, broccoli, Italian zucchini, cucumbers, medicinal herbs, and edible flowers.

“They support us with water from the pipeline that goes to Mejillones (a coastal city in the region). They financed the connection for us to fill six 30,000 liter tanks, installed on a plot at the highest point. From there, we distribute it using a water tanker truck,” informed Jiménez.

“Now, thanks to a project by the (state) National Irrigation Commission, we were able to secure 280 million pesos (US$294,000) for an inter-farm connection that will deliver water through pipes to 70 plots,” she added.

This will mean significant savings for the farmers.

Jesús Basáez in his farm in Pullally, on the central coast of Chile. There he grows quinoa, which he irrigates with highly saline water that the grain tolerates without problems. Previously, that saline water forced him to stop producing strawberries. Credit: Orlando Milesi / IPS

In Pullally, in the municipality of Papudo, in the central Valparaíso region, 155 kilometers northwest of Santiago, Jesús Basáez used to grow strawberries alongside a dozen other small farmers. But the crop failed due to the salinity of the groundwater, apparently caused by the drought affecting the La Ligua and Petorca rivers and proximity to the sea.

He then switched to quinoa, which tolerates salinity well. Today he is known as the King of Quinoa, a grain valued for its nutritional properties and versatility, which was an ancestral food of Andean highland peoples and has now spread among small Chilean farmers.

Basáez has three hectares planted with white, red, and black varieties of quinoa, which he irrigates with water obtained from a well, as he told IPS during a visit to his farm.

The public University of Playa Ancha, based in the city of Valparaíso, installed a mobile desalination plant on his farm that uses reverse osmosis to remove components from the saltwater that are harmful for irrigation. Pressure is applied to the saltwater so that it passes through a semipermeable membrane that filters the water, separating the salts.

After successful tests, Basáez is now about to resume his strawberry cultivation.

“It was three years of research, and it was concluded that it is viable to produce non-brackish water to grow strawberries again. The problem is that the cost remains very high and prevents replicating this experience for other farmers,” he said. The mobile plant cost the equivalent of US$ 84,000.

The mobile desalination plant installed on Jesús Basáez’s farm to research the high salinity of the water at the site. For three years, teachers and students from the University of Playa Ancha, in the central Chilean region of Valparaíso, researched how to reduce the water salinity on this agricultural property. Credit: Orlando Milesi / IPS

Debating the effects of desalination

Since 2010, Chile has been facing a long drought with water deficits of around 30%. There was extreme drought in 2019 and 2021, and the country benefited from a normal period in 2024, although the resource deficit persists, in a country where water management is also privatized.

A report from the Climate and Resilience Center of the public University of Chile, known as CR2, indicated that current rates of groundwater use are higher than the recharge capacity of the aquifers, causing a decline in reserves.

In the 23 already operational desalination plants, seawater is extracted using outfalls that are not very long, installed along the coastline of a shore that has numerous concessions and uses dedicated to aquaculture, artisanal fishermen, and indigenous communities.

The main problem is the discharge of brine following the industrial desalination process.

“I will never be against obtaining water for human consumption. Although this highly concentrated brine that goes to the seabed has an impact where a large part of our benthic resources (organisms from the bottom of water bodies) are located. On a local scale, except in the discharge area, this impact has never been evaluated,” Laura Farías, a researcher at the public University of Concepción and at CR2, told IPS.

“There is literature that points out that there is undoubtedly an impact. There are different stages of biological cycles, from larvae to settled organisms. There is even an impact on pelagic organisms that have the ability to move. And also an impact at the ecosystem level,” the academic specified by telephone from Concepción, a city in central Chile.

She added that this impact is proportional to the volume of desalinated water.

Jesús Basáez, in the municipality of Papudo, poses showing a mature quinoa plant in one hand and in the other a container designed to sell each kilogram of the grain he produces in its white, red, and black varieties. Credit: Orlando Milesi / IPS

According to Farías, the water crisis has led to desalination being part of the solution, despite its impact on marine ecosystems, coastal vegetation, and wildlife.

“It is a maladaptation, because in the end it will have impacts that will affect the coastal inhabitants who depend on those resources,” she emphasized.

There are currently initiatives to legislate on the use of the coastal zone, but according to Farías, they seek to “normalize, regularize, and standardize those impacts, after these plants already exist and there are others seeking approval.”

Palacios, the director of Acades, has a different opinion.

The concerns about the environmental impact of desalination on coastal ecosystems are legitimate, but current evidence and technology demonstrate that this impact can be managed effectively, he says.

“In Chile, recent studies show no evidence that the operation of desalination plants has so far caused significant environmental impacts, thanks to constant monitoring and advanced diffusion systems,” he detailed.

He added that “in most cases, the natural salinity concentration is restored within two or three seconds and at less than 20 meters from the outfalls.”

Palacios explained that research by the Environmental Hub of the University of Playa Ancha “confirms increases in salinity of less than 5% within 100 meters.” And in areas like Caldera, a coastal city in the northern Atacama region, they are “less than 3% within 50 meters, limiting the areas of influence to small zones.”

“We are already implementing the first Clean Production Agreement in desalination and water reuse, promoted together with the (state) Agency for Sustainability and Climate Change, advancing towards voluntary standards for sustainable management, transparency, and strengthening the link with communities,” he emphasized.

Scientists warn that water risk threatens iconic heritage sites such as the Victoria Falls in Zimbabwe. Credit: Busani Bafana/IPS

By Busani Bafana
BULAWAYO, Sep 3 2025 (IPS)

From Zimbabwe’s ‘The Smoke that thunders,’ Victoria Falls, to the awe-inspiring Pyramids in Egypt and the romantic Taj Mahal in India, these iconic sites are facing a growing threat – water risk.

Several World Heritage sites could be lost forever without urgent action to protect nature, for instance, through the restoration of vital landscapes like wetlands, warns a new report by the World Resources Institute (WRI) following an analysis indicating that droughts and flooding are threatening these sites.

World Heritage sites are places of outstanding universal cultural, historical, scientific, or natural significance, recognized and preserved for future generations through inscription on the World Heritage List of the United Nations Educational, Scientific, and Cultural Organization (UNESCO).

About 73 percent of the 1,172 non-marine World Heritage sites are exposed to at least one severe water risk, such as drought, flooding, or river or coastal flooding. About 21 percent of the sites face dual problems of too much and too little water, according to an analysis using WRI’s Aqueduct data.

While the global share of World Heritage Sites exposed to high-to-extremely high levels of water stress is projected to rise from 40 percent to 44 percent by 2050, impacts will be far more severe in regions like the Middle East and North Africa, parts of South Asia, and northern China, the report found.

The report highlighted that water risks were threatening many of the more than 1,200 UNESCO World Heritage Sites. The Taj Mahal, for example, faces water scarcity that is increasing pollution and depleting groundwater, both of which are damaging the mausoleum. In 2022, a massive flood closed down all of Yellowstone National Park and cost over USD 20 million in infrastructure repairs to reopen.

River Flooding is affecting the desert city of Chan Chan in Peru. According to WRI’s Aqueduct platform, the UNESCO site and its surrounding region in La Libertad face an extremely high risk of river flooding. By 2050, the population affected by floods each year in an average, non-El Niño year in La Libertad is expected to double from 16,000 to 34,000 due to a combination of human activity and climate change. In an El Niño year, that increase may be much higher.

In addition, the biodiversity-rich Serengeti National Park in Tanzania, the sacred city of Chichén Itzá in Mexico, and Morocco’s Medina of Fez are facing growing water risks that are not just endangering the sites but also the millions of people who depend on them for food, livelihoods, or a connection to their culture or who just enjoy traveling to these destinations, the report said.

Straddling the border between Zambia and Zimbabwe, the Victoria Falls was inscribed on the World Heritage site in 1989 for its vital ecosystem and essential source of livelihoods for thousands of people, and a major tourism drawcard.

Despite its reputation for massive cascading water, Mosi-oa-Tunya/Victoria Falls has faced recurring drought over the past decade and at times dried up to barely a trickle. The report stated that the rainforest surrounding Mosi-oa-Tunya/Victoria Falls is home to a rich diversity of wildlife and plants.

According to WRI, Victoria Falls experienced droughts as recently as 2016, 2019, and 2024. Research on rainfall patterns near Mosi-oa-Tunya/Victoria Falls shows that the onset of the rainy season, normally in October, is arriving later in the year. That means in a drought year, it takes longer for relief to arrive, and the longer the drought continues, the more it affects the people, crops, and economy around it.

An Aqueduct analysis found that Victoria Falls ranks as a medium drought risk, below the more than 430 UNESCO World Heritage Sites that rank as a high drought risk. This is primarily because relatively low population density and limited human development immediately surrounding the site reduce overall exposure.

“However, the site faces increasing pressure from tourism-related infrastructure development, and data shows the probability of drought occurrence ranks high—a finding reinforced by the many recent droughts that have plagued the region,” said the report. “Climate change is not only expected to make these droughts more frequent, but recovery is expected to last longer, especially in places that aren’t prepared.

“The time between droughts may not be long enough for the ecosystem to recover, which is particularly concerning for Mosi-oa-Tunya/Victoria Falls.”

Restoring nature, a solution to plugging water risks

The report recommends swift action to restore vital landscapes locally that support healthy, stable water and investment in nature-based solutions like planting trees to restore headwater forests or revitalize wetlands to capture floodwaters and recharge aquifers. Political commitment is key to making this happen.

Besides, countries have been urged to enact national conservation policies to protect vital landscapes from unsustainable development globally, and water’s status as a global common good needs to be elevated while equitable transboundary agreements on sharing water across borders are established.

Zimbabwe hosted the 15th meeting of the Conference of the Parties (COP15) to the Ramsar Convention in Victoria Falls under the theme ‘Protecting Wetlands for our Common Future.’ The protection of global water resources is now more urgent.

“You will find the political will to invest in nature exists all over the world,” Samantha Kuzma, Aqueduct Data Lead at the World Resources Institute, told IPS. “Dedicated communities are finding ways to protect and restore vital landscapes like wetlands. The problem is that these efforts are piecemeal. Globally, we are not seeing the political will at the scale needed to achieve real, lasting change.”

The world needs to mobilize up to $7 trillion by 2030 for global water infrastructure to meet water-related SDG commitments and address decades of underinvestment, according to the World Bank. Currently, nearly 91 percent of annual spending on water comes from the public sector, including governments and state-owned enterprises, with less than 2 percent contributed by the private sector, the World Bank says, pointing out the importance of firm commitment to reforming the water sector through progressive policies, institutions, and regulations, and better planning and management of existing capital allocated to the sector.

“We are at the point where inaction is more costly than action,” Kuzma told IPS, emphasizing that the world must do a better job of understanding water’s fundamental role in sustaining economies because its value is everywhere and invisible until it’s at risk.

“Take UNESCO World Heritage Sites, for example. Their ecological and cultural worth is priceless, and in purely pragmatic terms, they’re often the linchpin of local economies,” said Kuzma. “Any closure or damage will send immediate ripple effects through communities. It is safe to say that globally, we are falling short when it comes to protecting nature. But to change course, we must first understand why.”

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A woman pulls a floating toilet into the lake in Kaylar village in Shan State, Myanmar, on June 25, 2025. After the earthquake, the onset of the rainy season made access to safe sanitation challenging for displaced communities. Credit: UNICEF/Maung Nyan

By Oritro Karim
UNITED NATIONS, Sep 3 2025 (IPS)

Over the past decade, major strides have been made in expanding global access to water, sanitation, and hygiene (WASH) services, with billions of people around the world seeing improvements in overall health and well-being. Despite these gains, people largely from low-income countries and marginalized groups still lack access to clean water, leaving them vulnerable to disease and hindering social development and inclusion.

On August 26, the World Health Organization (WHO) and the United Nations Children’s Fund (UNICEF) released a joint report, Progress on Household Drinking Water and Sanitation 2000–2024: special focus on inequalities, to commemorate World Water Week 2025 and bring attention to the persisting gaps in access to instrumental WASH services.

Although notable progress has been made since the turn of the century, recent progress in achieving the goals outlined in the 2030 Sustainable Development Goals (SDGs) has stagnated in recent years. To establish universal access to WASH services and end open defecation, there must be increased investment in WASH infrastructure, strengthened international cooperation, and community engagement that empowers marginalized communities.

“Water, sanitation, and hygiene are not privileges; they are basic human rights,” said Dr Ruediger Krech, the Director of Environment, Climate Change, and Health at WHO. “We must accelerate action, especially for the most marginalized communities, if we are to keep our promise to reach the Sustainable Development Goals (SDGs).”

The report notes that much of the recent progress has been in rural areas, where access to safe drinking water rose from 50 to 60 percent over the past decade and basic hygiene coverage rose from 52 to 71 percent. However, millions of people in these areas still lack adequate access to WASH services, with progress in urban regions having stalled significantly.

It is currently estimated that approximately 1 in 4 people globally, or 2.1 billion, lack access to clean drinking water, with 106 million relying on untreated surface water sources, such as ponds, lakes, and rivers. Figures from the United Nations (UN) show that inadequate access to WASH services contributes to roughly 3.5 million deaths per year.

The report also reveals that roughly 3.4 billion people lack safely managed sanitation, with 354 million still practicing open defecation. Furthermore, about 1.7 million lack access to basic hygiene services in their homes, with 611 million lacking access to any hygiene facilities.

Additionally, the report highlights that people in the least developed countries are approximately twice as likely to lack adequate access to essential WASH services. This gap is most pronounced in regions affected by poverty, conflict, or climate vulnerability, where access to clean drinking water is on average 38 percent lower than in other areas.

Children are among the most disproportionately impacted by the lack of WASH services, facing heightened risks of disease, malnutrition, stunted growth, and developmental delays. Without access to safe running water, many children miss school due to waterborne illnesses or because of time spent collecting water from local sources. Long-term impacts include a disruption of schooling, reduced employment opportunities, and impeded social development.

“Every year, nearly 400,000 children under five die from diseases attributable to inadequate water, sanitation, and hygiene services,” said Cecilia Scharp, UNICEF Director of WASH, in a statement to an IPS correspondent.

“In low-income and rural communities, children are especially vulnerable to diarrheal diseases, malnutrition, and stunted growth. These conditions not only threaten survival but also hinder cognitive development and long-term potential.”

According to the report, these risks are particularly defined for women and girls, as they are primarily responsible for water collection, particularly in sub-Saharan Africa and Central and Southern Asia. It is estimated that women and girls in these regions spend over 30 minutes per day collecting water, with water collection being linked to higher rates of school absenteeism and reduced productivity.

“In sub-Saharan Africa, only 16 percent of the rural population has water on premises. In countries like Malawi, women and girls are responsible for water collection in 76 percent of households,” added Scharp. “This daily task exposes them to physical strain, safety risks, and lost time. These consequences are long-term and systemic.”

Additionally, the lack of WASH services for women and girls significantly increases the risk of health complications, including higher rates of menstruation-related infections, waterborne diseases, and sepsis among mothers and newborns. According to figures from UN Women, at least 1 in 10 women and girls in rural areas across 12 countries lacked access to private areas where they could wash and change during their last period.

WHO and UNICEF also highlight the widespread lack of access to menstrual products and safe facilities for women and girls to change, with many unable to change as often as needed due to limited resources. It is also estimated that adolescent girls aged 15-19 are less likely than adult women to attend school, work, or participate in social activities during menstruation. “These disparities perpetuate cycles of poverty and limit social and economic development,” said Scharp.

With the world’s population continuing to grow and the climate crisis exacerbating water scarcity around the world, it is imperative that there is accelerated humanitarian action, increased investment, and community-driven approaches that prioritize women and low-income communities.

Scharp noted that UNICEF is currently working with governments to “strengthen WASH systems and expand access for marginalized and underserved communities” through the development of climate-resilient infrastructure and early warning systems for extreme weather events. “UNICEF’s approach focuses on long-term sustainability, equity, and resilience – ensuring that no one is left behind. UNICEF also supports water resource assessments and groundwater monitoring, helping governments develop and sustain early warning systems and take preventative actions that benefit children and communities.”

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A heavy storm caused flooding in areas of San Salvador, the capital of El Salvador, on August 16. These phenomena mostly occur during the rainy season, partly due to the environmental degradation of a water recharge area known as El Espino. Credit: Cruz Roja de El Salvador

By Edgardo Ayala
SAN SALVADOR, Aug 25 2025 (IPS)

Two construction projects pushed by the government of El Salvador, in a water recharge area adjacent to the country’s capital, on the slopes of the San Salvador volcano, threaten to make the area more vulnerable and increase the risk of flooding in the city’s poor neighborhoods downstream.

That is what environmentalists, and especially residents of communities who have lived for decades in this green area and witnessed the impact of urban expansion, told IPS.  Like a cancer, it is slowly eating away at the 800 hectares of what was, in the 19th century, one of the main coffee farms, El Espino, in what is now the western periphery of San Salvador.“I was born here, I am a native of this farm, and I have seen how everything has been deteriorating” –Héctor López.

“I was born here, I am a native of this farm, and I have seen how everything has been deteriorating,” 63-year-old Héctor López, a member of the El Espino Agricultural Production Cooperative, told IPS. The cooperative has 100 members who are mostly dedicated to coffee cultivation.

“It was all pure coffee plantations, owned by the Dueñas family, and over time El Espino has been affected by the constructions”, said López.

The two new government projects continue the pattern of deforestation that the property has been subjected to since the 1990s, a product of the unstoppable advance of the real estate sector.

These are the El Salvador National Stadium, which will hold 50,000 seats and whose construction began in September 2022 on an area of 55,000 square meters, and is expected to be ready in 2027.

Meanwhile, the new Center for Fairs and Conventions (Cifco) will begin construction in the coming months on an area of similar size. Both would cover about 10 hectares.

The cost of the stadium is around 100 million dollars, but the authorities have not revealed the figure for the Cifco.

Runoff coming down from the San Salvador volcano overflows a river, downstream, and floods areas populated by low-income families in the southern part of the city. The capacity to absorb rainwater will be affected by two large construction projects promoted by the Salvadoran government. Credit: Edgardo Ayala / IPS

The forest turned to cement

With each new construction, the soil absorbs less rainwater, and each storm turns the runoff into a river that reaches the poor neighborhoods of San Salvador, a city of 2.4 million inhabitants, including its metropolitan area, within a total country population of six million.

“When everything is paved, the water flows downward and causes flooding in neighborhoods like Santa Lucía,” Ricardo Navarro of the Center for Appropriate Technology (Cesta) told IPS, referring to a residential area of low-income families located in eastern San Salvador.

“When rainwater soaks into the forests, there isn’t much runoff, but without the forest, flooding increases,” adds Navarro, who founded Cesta 45 years ago, the local branch of Friends of the Earth.

The coffee plantation that still survives in El Espino is a forest populated with a rich diversity of tree species and wildlife.

Both the stadium and the convention center are funded by non-reimbursable funds from China, which also donated a US$54 million library, inaugurated in November 2023, as a sort of reward because El Salvador ended the relations it had maintained for decades with Taiwan in 2018.

China considers Taiwan part of its territory and rewards nations that break ties with Taiwan, which is currently recognized as an independent nation by only 12 countries.

Additionally, as part of this package of donations, China built a US$24 million tourist pier in the port city of La Libertad, south of San Salvador on the Pacific coast, and is constructing a water purification plant at Lake Ilopango, east of the capital, among other projects.

Elsa Méndez, together with Ever Martínez, from the El Espino Agricultural Production Cooperative, laments that urban development in the area affects them every rainy season, to the west of San Salvador. Credit: Edgardo Ayala / IPS

Navarro lamented the lack of environmental awareness among the authorities, and more specifically, of the country’s president, Nayib Bukele, who has governed with a markedly authoritarian style since taking office in June 2019. In 2024, he won a second consecutive term, something previously prohibited by the Republic’s Constitution.

Lawmakers from his party, New Ideas, who control the unicameral Legislative Assembly, amended the constitution on July 31 to allow Bukele the option to run for the presidency as many times as he wishes.

Because of this authoritarian style, it is known that in El Salvador, nothing is done without the consent of the ruler.

“President Bukele: Not long ago there was a storm, which caused serious flooding in the lower parts of the city. President, the climate is changing, I can guarantee you, with absolute certainty, that the climate situation is going to get much worse due to climate change,” Navarro urged.

The environmentalist suggested that, in any case, if the construction is not stopped, the convention center should be built adjacent to the stadium, so that common spaces, such as the parking area, could be shared.

The El Espino farm belonged to the Dueñas family, one of the wealthiest in the country, in the 19th century, then linked to coffee production. Land reform seized the property in 1980 and handed it over to dozens of families who worked there as colonists, peasants who labored on the farm in semi-slavery conditions and received a portion of land to build their house.

However, a court ruling decided in 1986 that a part of the farm, around 250 hectares, was urbanizable land and should be returned to the Dueñas family.

Since then, that segment of the farm has been turning into an area of permanent construction of shopping malls and luxury residences, developed by Urbánica, the real estate arm of the Dueñas family.

“If we analyze the companies that are building there and if we pull the thread, we end up at Urbanística,” economist José Luis Magaña explained to IPS.

“There should be clarity about what the infrastructure needs are,” said the expert on the two government projects. “Instead of financing a school repair project with a loan from the Central American Bank for Economic Integration, the government could have asked the Asian power to rebuild those educational centers”, he adds.

In 2022, several families from the El Espino cooperative participated in the “San Salvador sponge city” project, to increase rainwater filtration levels through the construction of trenches and absorption wells, to prevent runoff from causing floods downstream. Credit: Edgardo Ayala / IPS

The usual floods

On the night of August 15, a heavy storm caused flooding in several sectors of the Salvadoran capital, whose avenues seemed to turn into rivers and lagoons, with hundreds of cars stuck.

In some areas, trash clogged the city’s storm drains and the water rose and flooded into residential areas. Around 25 families were evacuated and sheltered in safe locations.

San Salvador was founded in 1545 at the foot of the San Salvador volcano, a massif rising 1893 meters above sea level, and this location has placed the city at risk of floods and landslides.

In September 1982, a mudflow came down from the volcano’s summit and buried part of a residential area called Montebello, killing about 500 people.

The southern zone of the capital is the most affected by flooding during the rainy season, from May to November. The rain and runoff coming down from the volcano feed small streams along the way, which in turn flow into the El Arenal stream and the populous Málaga neighborhood.

In July 2008, heavy rains caused that stream to overflow, and 32 people drowned when a bus was swept away by the current.

As a way to reduce the vulnerability of this southern zone, in 2020 the city was part of the “Sponge City” project, promoted by the United Nations Environment Programme.

Some 1,150 hectares of forests and coffee plantations were restored in the upper part of the San Salvador volcano, seeking to reactivate the capacity to absorb rainwater through the construction of catchment tanks and trenches amidst the coffee fields.

Urbánica is the real estate arm of the Dueñas family, which builds luxury residences in the capital of El Salvador, in the area of the former El Espino farm, like the one in the image, called Alcalá. Credit: Urbánica

Environmental hope remains

Members of the El Espino cooperative actively participated in that project, as the communities of former colonists of the Dueñas family continue to live on the segment of the farm the land reform granted them, which currently totals 314 hectares and are also hit by the constructions in the upper part, called El Boquerón, near the volcano’s crater.

Deforestation continues there to make way for more restaurants and luxury residences.

“We are worried that more and more construction keeps happening, and there are fewer trees, and more water runoff flowing downstream,” said cooperative member López, who took part in a meeting of the organization’s board members on August 19 when IPS visited the area.

Elsa Méndez, also a cooperative member, stated: “We try to infiltrate water with the trenches, but when the ground is already too saturated with water, we can’t do everything as a cooperative either. Everyone must raise awareness among all people, because the runoff from the volcano carries trash, bottles, plastic, etc.”

On Saturday, 16 families from the community went to reforest the upper area, and the task also served “to teach our children how to reforest,” said Méndez.

Social movement Todos Somos El Espino (We Are All El Espino) has called for a second rally to protest against the construction of the convention center on Saturday, August 23, as part of their plan to defend the increasingly threatened forest.

“At this march, we will be doing the first preliminary count of the signatures collected in physical form… so that Salvadorans can say, ‘I defend El Espino,'” Gabriela Capacho, who is part of that movement, told IPS.

Children and adults receive treatment at a cholera treatment centre in Tawila, North Darfur. Credit: UNICEF/Mohammed Jamal

By Maximilian Malawista
UNITED NATIONS, Aug 25 2025 (IPS)

In Tawila, North Darfur State in Sudan, more than 1,180 cholera cases, including 300 cases in children, and at least 20 deaths have been reported since the first case was detected on June 21. Tawila has absorbed 500,000 internally displaced people who are escaping violence, many of them fleeing about seventy kilometers from the state capital of Al Fasher, making this rapid surge in cases a major health concern amidst worsening hygiene, medical, and food supply chain deteriorations.

Across all five of the Darfur States, the total cases have reached 2,140, with at least eighty deaths, as UNICEF reports as of July 30th. This, coupled with the intensifying conflict, now puts 640,000 children under age five at a heightened risk of violence, disease, and hunger. With largely exhausted food, clean water, medicine, and hygienic supplies, a deadly combination of lacking essential resources and lethal disease now create the perfect climate for an all-out epidemic. UNICEF now requires an additional 30.6 million USD to fund emergency cholera response operations to strengthen health, water, hygiene, and sanitation services.

Sheldon Yett, UNICEF Representative for Sudan said: “Despite being preventable and easily treatable, cholera is ripping through Tawila and elsewhere in Darfur, threatening children’s lives, especially the youngest and most vulnerable.” He added: “We are working tirelessly with our partners on the ground to do everything we can to curb the spread and save lives – but the relentless violence is increasing the needs faster than we can meet them. We have and we continue to appeal for safe unimpeded access to urgently turn the tide and reach these children in need. They cannot wait a day longer.”

Logistical Difficulties

UNICEF has been using Port Sudan as a central logistics hub, where procurement and prepositioning are being conducted. Stocks of oral rehydration salts, IV fluid, water purification products, and hygiene kits are carefully monitored and released as soon as access allows. Access has been cut off by physical terrain, poor infrastructure, damaged or destroyed roads and bridges, disrupted communication networks, lack of power and fuel infrastructure, and even obtaining the necessary permits for delivery of supplies.

In North Darfur, hospitals are being bombed and health facilities have had to close due to proximity of fighting, which has severely limited access to healthcare. Lifesaving supplies such as vaccines and ready-to-use therapeutic food have also been depleted, and efforts to replenish supplies are becoming increasingly difficult as humanitarian aid access has been almost completely cut off. Aid convoys which do come are being looted or attacked.

Continued bureaucratic impediments have also deteriorated supply lines and services, which is compounding the already dangerous situation. Despite this, UNICEF is working on all fronts to address the outbreak, delivering life-saving equipment across sanitation, hygiene, water, health, and are increasing community engagement for better cooperation and communication.

UNICEF continues to call on the government and all other concerned parties to ensure safe, sustained and unimpeded accesses to reach children in Tawila and across the Darfur State in their mission to prevent the further loss of young lives. “These bureaucratic delays do not allow us to deliver at the scale and urgency required.”

30,000 people now have access to safe, clean, and chlorinated water daily, through UNICEF-supported water trucking, repaired water yards, and new water storage systems. Hygiene supplies have also helped 150,000 people in Daba Naira, in addition to chlorine tablets which are helping families treat their water.

To stop the cholera outbreak before it worsens, UNICEF is now preparing to deliver over 1.4 million oral cholera vaccine doses. They are working alongside the World Health Organization (WHO) and their other partners through the International Coordinating Group (ICG), to strengthen Cholera Treatment Centers and operations. Through these partnerships, UNICEF is managing vaccine procurement, cold chain logistics, and mobilization of local communities, while WHO and other partners are supporting technical guidance, surveillance, and campaign coordination, ensuring the most rapid and effective level of protection to the most vulnerable people. UNICEF has reported that these supplies would include cholera kits, soap, plastic sheeting and latrine slabs.

To support the large quantity of vaccines and medicine, UNICEF has supported the rehabilitation and the expansion of cold chain storage capacities. Such support includes the delivery of units of walk-in cold rooms, backup generators, and maintenance work on some of the cold chain structures. UNICEF has assured that this support has been provided on a national and state level, reaching the five Darfur states, in addition to the Kassala, Northern, Red Sea, and River Nile States.

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In Nairobi's Kibera, the largest urban informal settlement in Africa, girls and women wait their turn for the scarce water supply. Credit: Manipadma Jena/IPS

By Manipadma Jena
SEVILLE & BHUBANESWAR, Jul 2 2025 (IPS)

While droughts creep in stealthily, their impacts are often more devastating and far-reaching than any other disaster. Inter-community conflict, extremist violence, and violence and injustice against vulnerable girls and women happen at the intersection of climate-induced droughts and drought-impoverished communities.

Five consecutive years of failed rain in Ethiopia, Somalia, and Kenya brought the worst drought in seventy years to the Horn of Africa by 2023. In Somalia, the government estimated 43,000 excess deaths in 2022 alone due to drought-linked hunger.

As of early current year, 4.4 million people, or a quarter of Somalia’s population, face crisis-level food insecurity, including 784,000 people expected to reach emergency levels. Together, over 90 million people across Eastern and Southern Africa face acute hunger. Some areas have been enduring their worst ever recorded drought, finds a United Nations-backed study, Drought Hotspots Around the World 2023-2025 released today at the 4th International Conference on Financing for Development (FfD4).

UNCCD Executive Secretary Ibrahim Thiaw noted that while drought is here and escalating, it demands urgent global cooperation. Photo courtesy: UNCCD

High tempera­tures and a lack of precipitation in 2023 and 2024 resulted in water supply shortages, low food supplies, and power rationing. In parts of Africa, tens of millions faced drought-induced food shortages, malnutrition, and displacement, finds the new 2025 drought analysis, Drought Hotspots Around the World 2023-2025, by the UN Convention to Combat Desertification (UNCCD) and the U.S. National Drought Mitigation Center (NDMC).

It not just comprehensively synthesizes impacts on humans but also on biodiversity and wildlife within the most acute drought hotspots in Africa (Somalia, Ethiopia, Zimbabwe, Zambia, Malawi, Botswana, and Namibia), the Mediterranean (Spain, Morocco, and Türkiye), Latin America (Panama and the Amazon Basin) and Southeast Asia.

Desperate to Cope but Pulled Into a Spiral of Violence and Conflict

“The coping mechanisms we saw during this drought grew increasingly desperate,” says lead author Paula Guastello, NDMC drought impacts researcher. “Girls pulled from school and forced into marriage, hospitals going dark, and families digging holes in dry riverbeds just to find contaminated water. These are signs of severe crisis.”

Over one million Somalis in 2022 were forced to move in search of food, water for families and cattle, and alternative livelihoods. Migration is a major coping mechanism mostly for subsistence farmers and pastoralists. However, mass migration strains resources in host areas, often leading to conflict. Of this large number of displaced Somalis, many crossed into territory held by Islamic extremists.

Drought in a Sub-Saharan district leads to 8.1 percent lower economic activity and 29.0 percent higher extremist violence, an earlier study found. Districts with more months of drought in a given year and more years in a row with drought experienced more severe violence.

Drought expert and editor of the UNCCD study Daniel Tsegai told IPS at the online pre-release press briefing from the Saville conference that drought can turn into an extremist violence multiplier in regions and among communities rendered vulnerable by multi-year drought.

Climate change-driven drought does not directly cause extremist conflict or civil wars; it overlaps and exacerbates existing social and economic tensions, contributing to the conditions that lead to conflict and potentially influencing the rise of extremist violence, added Tsegai.

Extracting water from a traditional well using a manual pulley system. Credit: Abdallah Khalili / UNCCD

Though the effects of climate change on conflict are indirect, they have been seen to be quite severe and far-reaching. An example is the 2006-2011 drought in Syria, seen as the worst in 900 years. It led to crop failures, livestock deaths and mass rural displacement into cities, creating social and political stress. Economic disparities and authoritarian repression gave rise to extremist groups that exploited individuals facing unbearable hardships.

The UN study cites entire school districts in Zimbabwe that saw mass dropouts due to hunger and school costs. Rural families were no longer able to afford uniforms and tuition, which cost USD 25. Some children left school to migrate with family and work.

Drought-related hunger impact on children

Hungry and clueless about their dark futures, children become prime targets for extremists’ recruitment.

A further example of exploitation of vulnerable communities by extremists is cited in the UNCCD drought study. The UN World Food Programme in May 2023 estimated that over 213,000 more Somalis were at “imminent risk” of dying of starvation. Little aid had reached Somalia, as multiple crises across the globe spread resources thin.

However, al-Shabab, an Islamic extremist group tied to al-Qaida, allegedly prevented aid from reaching the parts of Somalia under its control and refused to let people leave in search of food.

Violent clashes for scarce resources among nomadic herders in the Africa region during droughts are well documented. Between 2021 and January 2023 in eastern Africa alone, over 4.5 million livestock had died due to droughts, and 30 million additional animals were at risk. Facing starvation of both their families and their livestock, by February 2025, tens of thousands of pastoralists had moved with their livestock in search of food and water, potentially into violent confrontations with host regions.

Tsegai said, “Drought knows no geographical boundaries. Violence and conflict spill over into economically healthy communities this way.”

Earlier drought researchers have emphasized to policymakers that “building resilience to drought is a security imperative.”

Women and Girls Worst Victims of Drought Violence

“Today, around 85 percent of people affected by drought live in low- and middle-income countries, with women and girls being the hardest hit,” UNCCD Deputy Executive Secretary Andrea Meza said.

“Drought might not know boundaries, but it knows gender,” Tsegai said. Women and girls in low-income countries are the worst victims of drought-induced societal instability.

Traditional gender-based societal inequalities are what make women and girl children par­ticularly vulnerable.

During the 2023-2024 drought, forced child marriages in sub-Saharan Africa more than doubled in frequency in the four regions hit hardest by the drought. Young girls who married brought their family income in the form of a dowry that could be as high as 3,000 Ethiopian birr (USD 56). It lessened the financial burden on girls’ parental families.

Forced child marriages, however, bring substantial risks to the girls. A hospital clinic in Ethiopia (which, though, it has outlawed child marriage) specifically opened to help victims of sexual and physi­cal abuse that is common in such marriages.

Girls gener­ally leave school when they marry, further stifling their opportunities for financial independence.

Reports have found desperate women exchanging sex for food or water or money during acute water scarcities. Higher incidence of sexual violence happens when hydropower-dependent regions are confronted with 18 to 20 hours without electricity and women and girls are compelled to walk miles to fetch household water.

“Proactive drought management is a matter of climate justice,” UNCCD Meza said.

Drought Hotspots Need to Be Ready for This ‘New’ Normal

“Drought is no longer a distant threat,” said UNCCD Executive Secretary Ibrahim Thiaw, adding, “It is here, escalating, and demands urgent global cooperation. When energy, food, and water all go at once, societies start to unravel. That’s the new normal we need to be ready for.”

“This is a slow-moving global catastrophe, the worst I’ve ever seen. This report underscores the need for systematic monitoring of how drought affects lives, livelihoods, and the health of the ecosystems that we all depend on,” said Mark Svoboda, report co-author and NDMC Founding Director.

“The struggles experienced by Spain, Morocco and Türkiye to secure water, food, and energy under persistent drought offer a preview of water futures under unchecked global warming. No country, regardless of wealth or capacity, can afford to be complacent,” he added.

Global Drought Outlook 2025 estimates the economic impacts of an average drought today can be up to six times higher than in 2000, and costs are projected to rise by at least 35% by 2035.

“It is calculated that $1 of investment in drought prevention results in bringing back $7 into the GDP lost to droughts. Awareness of the economics of drought is important for policymaking,” Tsegai said.

The report released during the International Drought Resilience Alliance (IDRA) event at the Saville conference aims to get public policies and international cooperation frameworks to urgently prioritize drought resilience and bolster funding.

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Muhammed Arshad shares a refreshing moment with his 4-year-old daughter, Ayesha, as they splash in a canal in Pakistan, finding relief from the heat. This follows an intense week-long heatwave that occurred in Pakistan in May 2024. Credit: UNICEF/Zaib Khalid

By Oritro Karim
UNITED NATIONS, Jun 25 2025 (IPS)

On June 23, the World Meteorological Organization (WMO) released their State of the Climate in Asia 2024 report, detailing the acceleration of the climate crisis in Asia. The report underscores the rapid rises in temperatures recorded across the continent and their implications on economies, ecosystems, and livelihoods.

According to WMO, 2024 was recorded as the hottest year in human history, marked by “widespread and prolonged” heatwaves. Additionally, 2024 was the first time global temperatures exceeded 1.5°C above pre-industrial temperatures, marking a significant setback for the goals in the 2015 Paris Agreement.

“It is essential to recognize that every fraction of a degree of warming matters,” said WMO Secretary-General Celeste Saulo. “Whether it is at a level below or above 1.5C of warming, every additional increment of global warming increases the impacts on our lives, economies and our planet.”

The climate crisis has been particularly pronounced in Asia, which has warmed at nearly double the rate of the rest of the world. Throughout 2024, Asia has experienced widespread natural disasters and extreme weather patterns, as well as the hottest marine heatwaves ever recorded. Additionally, glaciers are melting at an unprecedented rate, while sea levels in the Pacific and Indian Oceans have risen well above the global average.

“The State of the Climate in Asia report highlights the changes in key climate indicators such as surface temperature, glacier mass and sea level, which will have major repercussions for societies, economies and ecosystems in the region. Extreme weather is already exacting an unacceptably high toll,” said Saulo. She added that immediate action is needed to save lives and ensure planetary longevity.

According to the report, Asia experienced extreme heat events throughout 2024, as well as several new record-highs in temperature across the continent. Powerful and persistent heatwaves were recorded in Southeast Asia, Central Asia, and the Middle East, with Myanmar reaching a record-high temperature of 48.2°C. From April to November, extreme heat patterns loomed throughout East Asia, with Japan, Korea, and China reporting monthly average temperature records being broken one after the other.

In a 2025 assessment report from the Intergovernmental Panel on Climate Change, it is projected that cold extremes will occur less frequently while heat extremes will become more common in the coming decades. The Japan Meteorological Agency reports that areas in South and Southeast Asia, as well as the region spanning from the Indian Ocean to the western North Pacific, are projected to face “above-normal temperatures”, along with heightened risks of manmade fires and compromised air quality.

The WMO report also states that these extreme heat patterns in Asia are to have a significant adverse effect on the cryosphere. The High-Mountain Asia (HMA) region, located on the Tibetan Plateau, contains the largest mass of glacial ice outside of the north and south poles, spanning nearly 100,000 square kilometers of glaciers. Over the course of 2024, extreme heat patterns in the area resulted in a significant loss of glacial ice, with the Urumqi Glacier No.1 in Tian Shan experiencing its greatest loss in mass since 1959.

Additionally, the oceanic region in Asia has experienced significant ocean surface warming over the past few decades, which entails the disruption of numerous marine ecosystems, biodiversity loss, and reduced ocean health. Average sea temperatures in Asia have increased by roughly 0.24°C annually, which is nearly double the global average rate.

WMO estimates that between August and September 2024, roughly 15 million square kilometers, or one-tenth of the Earth’s entire ocean surface, was impacted by ocean surface warming, with the northern Indian Ocean and the waters surrounding Japan being especially affected. Furthermore, low-lying coastal communities residing by the Pacific and Indian Oceans are at heightened risks of flooding due to rampant sea level rises in those areas.

Throughout 2024, natural disasters and extreme weather events have ravaged communities across Asia, destroying critical civilian infrastructure, claiming thousands of lives, and wiping out livelihoods. Last July in northern India, violent landslides following a monsoon resulted in over 350 deaths. Two months later, severe flooding in Nepal killed over 246 people and resulted in damages of civilian infrastructure exceeding USD 94 million. In China, heatwaves triggered droughts that damaged over 335,200 hectares of crops, which is worth approximately $400 million USD.

WMO underscores the importance of anticipatory action and monitoring to build up resilience in vulnerable communities in Asia. A successful example of this was seen following the floods in Nepal last September, in which early flood monitoring systems enabled civilians to evacuate beforehand and allowed humanitarian workers to access the hardest-hit areas promptly and effectively.

“This is the first time in 65 years that the flooding was this bad. We had zero casualties thanks to preparedness and rescue measures, but the damage was extensive,” said Ramesh Karki, the Mayor of Barahakshetra, a municipality in Eastern Nepal.

In May of this year, climate experts, stakeholders, and policymakers convened in Singapore for the 2025 Climate Group Asia Action Summit, in which they discussed ways to fight the climate crisis and assist vulnerable communities in Asia. Most agreed that the implementation of sustainable practices is the most effective way to offset carbon emissions and reduce global temperatures.

“We should join hands to promote the sustainability of the global renewables industry…Vigorously developing renewable energy has become an important measure to help countries speed up green development and slow down global climate change,” said Yuechun Yi, the First Deputy Director-General of the China Renewable Energy Engineering Institute.

Furthermore, a host of experts agreed that it is imperative that governments have access to cutting-edge data on the acceleration of the climate crisis so that they can implement anticipatory measures to prevent large-scale disasters.
“To be resilient, the measures need to be hyper local. You need to look at local conditions. What’s happening on the ground? You need more computational power to get data at the level. Google is working with national authorities to provide information to help communities become more resilient,” said Spencer Low, the Head of Regional Sustainability at Google Asia-Pacific (APAC).

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Frankie Orona, a Native American rights advocate from the Society of Native Nations in San Antonio, Texas, and renowned environmental toxicologist Professor Bethany Carney Almroth speak about plastic pollution at UNOC3. Credit: WWF

By Kizito Makoye
NICE, France, Jun 11 2025 (IPS)

As the sun peeked through the French Riviera clouds and a dozen reporters sipped orange juice aboard the WWF Panda Boat docked at Port Lympia, Frankie Orona, a Native American rights advocate from the Society of Native Nations in San Antonio, Texas, stunned the room into a moment of absolute stillness.

“Imagine a baby in the womb, completely reliant on its mother for air, water, and nutrients—and yet, plastic chemicals are already finding their way into that sacred space,” he said, his voice trembling with emotion. “That baby has no choice. And neither do future generations if we don’t act now.”

Orona’s stark imagery marked a powerful appeal to the high-level delegation at the UN Ocean Conference on June 10 in Nice, where ministers and representatives from 95 countries backed The Nice Wake-Up Call—a collective demand for an ambitious, legally binding U.N. plastics treaty that addresses the full lifecycle of plastic pollution.

For Orona, the issue is deeply personal and spiritual. “In our culture, the womb is the beginning of the circle of life. Polluting it with plastics is like violating a sacred trust,” he said.

A Crisis in the Making

Plastics are now everywhere—in our oceans, our food, and even our bodies. In 2019 alone, an estimated 28 million metric tons of plastic ended up in the environment—equivalent to dumping the weight of the Titanic into nature every day. Without aggressive intervention, that figure could nearly double by 2040.

For  Orona, who doubles as UNEP co-chair of the Indigenous Peoples Major Group, the negotiations unfolding ahead of the August talks in Geneva are a fight for survival.

Speaking to reporters aboard the WWF Panda, Orona, a descendant of the Tongva, Chumash, and Borrado tribes, did not mince words. “For Indigenous peoples and frontline communities, plastic pollution is not just an environmental issue—it is a human rights crisis that has been going on for generations,” he said.

With the Mediterranean breeze brushing across the harbor, Orona’s voice cut through the chatter of press briefings and policy handouts. “Our communities live near the extraction sites, the refineries, the chemical plants, the incinerators, and the waste dumps. We are the first to feel the impacts—in our lungs, our water, our food, and our children’s health. And too often, we are the last to be consulted.”

The declaration known as The Nice Wake-Up Call, endorsed by 95 countries at the conference, was a welcome shift in tone for many in the Indigenous rights movement. “It sends a strong signal that many governments are now recognizing what we’ve been saying for decades—that ending plastic pollution means addressing the full life cycle of plastics: from extraction to production to disposal,” Orona said.

From Environmental Damage to Systemic Injustice

Orona, who also represents the International Indigenous Peoples Forum on Plastics and is part of the Plastics Environment Justice Delegation, emphasized that plastic pollution must be understood in the context of historical and ongoing systems of exploitation.

“This is a continuation of environmental racism and systemic injustices. The human rights violations and violence that have been normalized in our communities for generations must stop,” he said.

Citing the disproportionate exposure of Indigenous populations to toxic chemicals used in plastics—some linked to cancer, reproductive harm, and endocrine disruption—he called for a global ban on these additives. “Many of these chemicals are dumped, burned, and leached into our waters, into our sacred lands,” Orona said. “We cannot talk about justice if these harms continue.”

A Just Transition Rooted in Indigenous Knowledge

While many governments are pushing for ambitious production caps and bans on single-use plastics, Orona warned that these measures must not shift the burden onto those least responsible for the crisis.

“A just transition means phasing out fossil fuel-based plastics while investing in community-led solutions, including Indigenous knowledge and science,” he said. “This isn’t just about cleaning up trash; it’s about restoring balance and protecting future generations.”

In a system long dominated by fossil fuel interests and extractive economies, Indigenous communities have often led the way in conservation and sustainable living. “Our knowledge systems are not just cultural—they are scientific. They are proven. And they are part of the solution,” Orona noted.

Follow the Money—and Ensure It Reaches the Frontlines

Orona’s final message was financial. Any treaty, he insisted, must include a mechanism that guarantees direct access to funds for Indigenous and frontline communities.

“Too often, we are shut out of global financing streams—even when we are the ones on the front lines, creating the very solutions the world needs,” he said. “That must end.”

While images of floating plastic bottles and entangled turtles often dominate headlines, experts at the Nice panel were adamant: the crisis begins long before a straw hits the ocean.

Disproportionate Impacts

Plastic production facilities are often located in marginalized communities—adding a layer of environmental injustice to the crisis.

“Indigenous peoples, rural communities, and minority populations suffer the worst impacts,” said Orona. “We’re talking about asthma, cancers, and cardiovascular diseases—especially in children. These are not abstract consequences; these are lived experiences.”

Reporters on the Panda Boat scribbled notes between bites of Mediterranean pastries, visibly moved by Orona’s personal account.

“This is genocide by pollution,” he added. “Our people are dying, and it’s largely invisible to the rest of the world.”

Wildlife at Risk

The panel also underscored the devastating effects of plastic on marine life. Every species of sea turtle has been documented ingesting or getting entangled in plastic. For blue whales, the planet’s largest animals, the reality is even more daunting—they are believed to ingest up to 10 million pieces of microplastic every day, sometimes weighing as much as 44 kilograms.

The next round of negotiations for the plastics treaty is scheduled for August in Geneva, where pressure is mounting to solidify a legally binding agreement that includes all five critical points outlined in the Nice declaration.

The sense of urgency also echoes in the corridors of the International Maritime Organization (IMO), the U.N. agency overseeing the global shipping industry. Tasked with ensuring environmental safety on the high seas, the IMO has stepped up efforts to address plastic waste, among other pressing marine threats.

In response to a question about the devastating 2021 marine spill in Sri Lanka—where a burning cargo vessel released over 1,680 metric tons of plastic pellets into the Indian Ocean—IMO Secretary-General Arsenio Dominguez noted that the agency has been developing new regulations specifically targeting the handling, packaging, and cleanup of plastic pellets. These measures, initially adopted by the European Union, mark a significant step in tightening maritime controls on plastic pollution.

Dominguez stressed that tackling marine pollution also demands inclusive governance. The IMO is increasingly encouraging the participation of Indigenous communities and young people—groups historically sidelined from international maritime decision-making. Their voices, he said, are crucial for shaping policies that are both just and effective.

Next Steps

Professor Bethany Carney Almroth—a renowned environmental toxicologist and one of the leading scientific voices in the negotiations—believes the business world is not the obstacle many assume it to be. Instead, she says, it’s a matter of giving business the legal clarity to act.

“Business follows the rule of law,” she said. “The situation we have today is a mix—some laws are written, others are absent. That’s the problem. If we create new regulations, then it’s no longer a question of whether businesses are voluntarily doing enough. It becomes a question of compliance.”

Carney Almroth, who has worked extensively on the science-policy interface for chemicals and plastics, said that a strong, enforceable treaty is essential to shift the status quo.

“The status quo is broken,” she said plainly. “We need to change the framework so regulations guide businesses to do the best thing possible—for the economy, for the environment, and for people.”

As one of the few experts who has consistently called for systemic reform in how plastics are managed, Carney Almroth said that relying on voluntary industry movements is simply not enough.

“We’ve seen global treaties deliver meaningful results before,” she said. “The Montreal Protocol worked. It changed how we handled chlorofluorocarbons, and it protected the ozone layer. People may not even realize how much their lives have improved because of those decisions—but they have.”

The Hidden Cost of Profit

Responding to a question about the profitability of the plastics industry—especially in countries where it contributes significantly to government revenues—Carney Almroth offered a sobering perspective.

“When we say plastics are profitable, that’s only because we’re not accounting for the real costs,” she said. “Those costs aren’t paid by the companies producing plastics. They’re paid by nature, and they’re paid by people.”

She cited staggering health implications, pointing out that plastics contain thousands of chemicals—many of which are toxic, carcinogenic, or endocrine-disrupting. “The human healthcare costs associated with exposure to these chemicals are astronomical—running into billions of dollars each year. But they’re not included in the price tag of plastic production.”

Building Standards that Protect People and the Planet

So what does it take to eliminate hazardous plastics from global markets?

According to Carney Almroth, we’re still missing a critical piece: effective, fit-for-purpose international standards.

“Right now, most of the existing standards—developed by organizations like ISO or OECD—are geared toward material quality or industrial use. They were never designed to protect human health or the environment,” she explained. “We need new standards. Ones that are developed by independent experts and shielded from vested interests.”

For such standards to be truly effective, she said, they must be holistic and interdisciplinary. “We need to move away from just focusing on economic sustainability. That’s what we’ve done in the past—and it’s failed us. Environmental and social sustainability must be given equal weight.”

As the panel wrapped up, Orona gazed over the Port Lympia waters.

“We have a choice right now,” he said. “To continue poisoning the womb of the Earth—or to become caretakers, protectors.”

And as the reporters descended the gangway of the Panda Boat, the symbolism was not lost: we’re all adrift in this ocean of plastic. Whether we sink or swim depends on what happens next.

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Magdalene Ngimoe and Char Tito, learners at Kakuma Arid Zone Secondary School, making chairs from mathenge wood. Credit: Farai Shawn Matiashe/IPS

By Farai Shawn Matiashe
KAKUMA, Kenya, Jun 6 2025 (IPS)

Char Tito is hammering nails into wood at Kakuma Arid Zone Secondary School in Turkana County, northern Kenya. The 16-year-old is making a traditional chair under the scorching sun outside one of the classroom blocks.

The wood she is using is from an unpopular source in this community. It is from a species of mesquite named Prosopis juliflora, which is native to Central and South America and is known in Kenya as mathenge.

Many locals hate mathenge in Turkana County due to its invasiveness and its thorns that are harsh to humans and can cause injuries to livestock. Locals say rivers and dams dry fast in areas with mathenge, and it dominates other plants.

Over the years, the residents have found it an easy source of firewood and charcoal, fuel for many in this community.

But youths, including girls, are now repurposing the mathenge tree to make furniture, particularly chairs.

Char Tito, a learner at Kakuma Arid Zone Secondary School in Kakuma, is seated on a chair made from mathenge wood. Credit: Farai Shawn Matiashe/IPS

“Plastic chairs are expensive. This is why I started making chairs from mathenge earlier this month,” says Tito, who fled the war in South Sudan to seek refuge in Kakuma Refugee Camp in 2017.

“I was taught here at school. Mathenge is abundant. We have been using it for firewood for years. I did not know that it could be used to make chairs.”

Income-Generating Scheme

The land in Kakuma is barren with sparse vegetation and the soils are so poor that they do not support agriculture. Turkana County receives little or no rain and can go for five years without experiencing a single drop of rain.

Acacia trees and mathenge, which are always green despite the high temperatures and water scarcity, make up most of the trees in this community.

Government statistics indicate that the mathenge trees spread at a rate of 15 percent yearly and have so far colonized a million acres of land in Kenya.

Some use mathenge to fence their homes and to make livestock shelters.

Locals survive on livestock production and trading charcoal and firewood.

Dennis Mutiso, a deputy director at Girl Child Network (GCN), a grassroots non-governmental organization supporting Tito and hundreds of other refugees, says the project is equipping learners with green skills.

Magdalene Ngimoe, a learner at Kakuma Arid Zone Secondary School, is making chairs from mathenge wood in Kakuma. Credit: Farai Shawn Matiashe/IPS

“It is contributing to national climate plans. It aligns with the school curriculum,” he says.

Mutiso says those youths who have been trained in making chairs partner with those untrained to pass the knowledge to the community.

Tito, who lives with her mother and her three siblings, is so far making chairs for household use but is planning to make some for sale to her neighbors.

“This is a skill that I can use for my entire life. I am looking forward to earning a living out of carpentry,” she says, smiling.

Mathenge was introduced in the 1970s in the East African country to restore degraded dry lands. It is drought resistant, with its deep roots making it ideal for afforestation in areas like Turkana. The mathenge restored the area and blocked wind erosion in some areas, but at a cost to the locals.

Invasive mathenge tree in Kakuma, northern Kenya. Credit: Farai Shawn Matiashe/IPS

Despite the massive cutting down of this tree for firewood and charcoal, the mathenge regenerates fast, unlike other trees like Acacia.

Lewis Obam, a conservator at the Forestry Commission under Turkana County, says there was a negative perception of the mathenge in the community.

“Communities lost their goats after consuming the tree. Its thorns were affecting the community,” he says.

Obam says mathenge is a colonizer and spreads so fast.

“It was meant to counter desertification. The intention was good,” he says.

Obam says its hardwood is ideal for making chairs.

“It has more opportunities than we knew. It has the second hardest wood in this area. We need maximum use of the mathenge.”

Protecting Environment 

To restore other trees in this semi-arid land, Tito and other girls are planting trees at school and in their homes. She has planted five trees at home and many at school, but water is a challenge amid temperatures that can go as high as 47 degrees Celsius.

Magdalene Ngimoe, a learner at Kakuma Arid Zone Secondary School in Kakuma, planting a tree. Credit: Farai Shawn Matiashe/IPS

“I am proud that I am contributing to measures that reduce the effects of climate change,” she says.

Sometimes, the girls bring water from home to school to ensure that the trees survive.

Trees help mitigate climate change by absorbing carbon dioxide from the atmosphere.

Kenya is targeting to plant at least 15 billion trees by 2032 through its National Tree Growing Restoration campaign launched in December 2022.

Magdalene Ngimoe, another learner at Kakuma Arid Zone Secondary School, says she has so far planted two trees at her home in Kiwandege village in Kakuma.

“I hate mathenge. It makes our lives difficult. But I am happy that I am using it to make chairs. I am also planting trees at school, which will provide shade to other students,” says the 16-year-old Kenyan Ngimoe, the firstborn in a family of seven.

Her family survives on selling meat and she hopes she will earn some money from her newly acquired craft.

Edwin Chabari, a manager at Kakuma Refugee Camp under the Department of Refugee Services, says Mathenge has been a menace not only within the camp but also in the area.

“The local youths can get cash from a tree that we thought was a menace,” he says.

GCN, with funding from Education Above All, a global education foundation based in Qatar, has so far planted 896,000 trees in Kakuma and Dadaab and is targeting 2.4 million trees by next year.

Ngimoe’s favorite subject is science and she wants to be a lawyer representing vulnerable children.

Established in 1992, Kakuma Refugee Camp is home to 304,000 people from more than 10 countries, like South Sudan, Burundi, Somalia, and the Democratic Republic of Congo (DRC).

Joseph Ochura, sub-county director in Turkana County under the Teachers Service Commission (TSC), says the tree-planting initiative has enhanced the learning environment.

“When you visit most of the schools that have been supported, you will see big shades of trees. Whenever there is a break time, learners sit there, including the teachers. Sometimes, some lessons are even carried out under that shade,” Ochura says.

He says that of the 15 billion trees set by the government, TSC was allocated 200 million trees.

Some schools also have their tree nurseries.

When ready, they plant the seedlings at the school and supply others to the community.

“Some of the girls are at the forefront in tree planting. That is a plus. That is what we are telling the girls—outside school, you can still do this in the community,” Ochura says.

Tito, whose favorite subject is English and who wants to be a doctor, is happy to be part of the green jobs being created in Kakuma.

“As a girl, I am proud of myself. I am contributing to environmental protection,” she says.
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UNICEF’S cholera response in Sudan. A doctor mixes an oral rehydration solution, which treats cholera. Credit: UNICEF/Ahmed Mohamdeen Elfatih

By Oritro Karim
UNITED NATIONS, Jun 5 2025 (IPS)

A particularly virulent outbreak of cholera was detected in the Khartoum State of Sudan and is a direct result of the Sudanese Civil War, warns the United Nations.

“The resurgence of cholera is more than a public health emergency – it is a symptom of deep, persistent inequality. Cholera takes hold where poverty is entrenched, where healthcare is scarce, and where conflict has shattered the systems that keep children safe. Without access to safe water and sanitation and essential services, communities are left exposed, and children are paying the price,” said Joe English, the Emergency Communication Specialist of the United Nations Children’s Fund (UNICEF).

Cholera is an acute bacterial infection caused by the consumption of contaminated food or water, which can be fatal and lead to death by dehydration if left untreated. Cases of cholera are most concentrated in Africa and South Asia, as these regions are known to be particularly sensitive to flooding, have high rates of poverty and displacement, and lack adequate water, sanitation and health (WASH) infrastructure in many areas.

UNICEF has warned that worldwide cases of cholera have nearly doubled in the past two years, with approximately 1.1 billion people being at risk of succumbing to the disease. Children under the age of five and people living in poverty face the highest risks of death as many of them also suffer from other health complications such as malnutrition.

Figures from the World Health Organization (WHO) show that there were 804,721 cases and 5,805 deaths across 33 countries in 2024, marking a 37 percent increase in cases, and a 27 percent increase in deaths from 2023. The latest figures show that there have been 157,035 cases and 2,148 deaths recorded across 26 countries in the first four months of 2025. Although cholera is difficult to monitor, WHO projects an increase in cases this year.

On May 28, UNICEF released a report detailing the most recent outbreak occurring in Sudan. Attributed to the deterioration of conditions due to the Sudanese Civil War, the outbreak is most prevalent in Khartoum State. As the conflict ravages residential areas, displacement has reached new peaks and hordes of civilians reside in overcrowded and unsanitary shelters. Attacks from armed forces have also damaged the national supplies of electricity and water, forcing families to rely on water from contaminated sources.

The report further details that the recent outbreak in Khartoum spread particularly quickly. Doctors Without Borders (MSF) recorded over 500 cases in a single day on May 21. This represents a quarter of the cases recorded in the past three weeks. UNICEF added that between May 15 and 25, the number of recorded cases surged ninefold from 90 per day to 815.

Additionally, Sudanese officials confirmed that there have been over 2,500 cases recorded in the past week, as well as 172 deaths. Since January, there have been approximately 7,700 cases of cholera recorded in Sudan and 185 associated deaths. Over 1,000 of these cases comprise of children under the age of five.

The International Rescue Committee (IRC) has expressed concern as the rapid rise in cases greatly outpaces Sudan’s national epidemic response supplies. With Sudan lacking the adequate resources to respond to a widespread public health crisis, it is imperative that humanitarian organizations distribute vaccines and continue to monitor the spread.

“Sudan is on the brink of a full-scale public health disaster. The combination of conflict, displacement, destroyed critical infrastructure, and limited access to clean water is fueling the resurgence of cholera and other deadly diseases. With the rainy season fast approaching, the need for immediate, coordinated action could not be more urgent,” said Eatizaz Yousif, IRC’s Sudan Country Director.

At present, the main challenge in Sudan is in monitoring the spread of infection and supplementing the collapsing healthcare system. Dr. Sayed Mohamed Abdullah from Sudan’s Doctors Union stated that roughly 80 percent of hospitals are not functional, and the remaining are operating on shortages of water, electricity, and medical supplies. These remaining facilities struggle to assist large influxes of patients on a daily basis. Humanitarian aid workers and medical personnel are also at heightened risks of exposure.

“Part of what we are doing with health authorities is to reinforce the epidemic surveillance system to have a better understanding of where most of the patients come from, what the main problems are, and how we could improve our support,” said Slaymen Ammar, MSF’s medical coordinator in Khartoum. “In a context like this, with very few operational health facilities, we need to quickly address the needs of patients to prevent them from progressing to a severe form of the disease.”

The United Nations (UN) and its partners have been on the frontlines supporting vaccination campaigns that target the most vulnerable communities. According to UN Spokesperson for the Secretary-General, Stéphane Dujarric, cholera vaccinations began on May 27 in Jabal Awliya, a village that borders Khartoum which was hit particularly hard.

That same day, WHO announced that they had delivered eight tonnes worth of medical supplies including treatments for non-communicable diseases, mental health issues, and malnutrition. This is estimated to provide roughly six months of support to the hospital.

UNICEF has delivered over 1.6 million oral cholera vaccines along with numerous cholera treatment kits. They have also distributed water treatment chemicals to households and water plants in an effort to mitigate the spread. Furthermore, UNICEF is also facilitating community awareness through social media campaigns and dialogues.

“We are racing against time with our partners to provide basic healthcare, clean water, and good nutrition, among other lifesaving services, to children who are highly vulnerable to deadly diseases and severe acute malnutrition,” said Sheldon Yett, UNICEF Representative for Sudan. “Each day, more children are exposed to this double threat of cholera and malnutrition, but both are preventable and treatable, if we can reach children in time.”

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Organic waste being composted at a community-led waste management facility in Sesdan village of Gianyar regency, Bali. Credit: Stella Paul/IPS

By Stella Paul
GIANYAR, Bali, May 14 2025 (IPS)

It was Christmas Eve last year when visitors across several tourism hotspots in Bali woke up to a ghastly scene they hadn’t expected: layers of cans, bags, bottles, and driftwood covering their favorite sandy beaches, washed up by hours of rain and high tide. So bad was the situation that from Kuta to Legian and Seminyak to Jimbaran—none of the island’s picturesque beaches was clean enough to attract the visitors for a swim.

The incident intensified the debate that had been raging across Bali for quite some time: was the world’s most picture-perfect holiday destination drowning in plastic waste and ocean debris?

“Garbage tides are not new to Bali nowadays. Every year, we see it increasing but around Christmas, when it’s the peak of our tourism season, we did not expect to see this. Nobody expected to see trash on the beach. All day we picked up the trash and cleaned the beach. It was not an easy job, says Siboto Sayeda, 25, who was one of the many locals who volunteered to remove the waste from the beaches. The cleaning drive—organized by a local NGO—went on for two days before tourists could swim again.

Nearly four months later, several beaches, including the beachfront of the ever-popular Kuta beach are still often barraged by a tide of waste.

Sweta Kala—a visitor from northern India’s Punjab who is in Bali for her honeymoon—says that the garbage on the beach has been a huge disappointment. “We chose to come to Bali instead of Goa (a beach destination in western India), but we haven’t been able to swim even once. The entire beach looks dirty. Our friends are advising us to move to Nusa Dua, but we already paid in advance for our entire vacation, she says.

Burn or Landfills? No Easy Solutions

Data from the Bali Central Bureau of Statistics (BPSJ) & Bali Tourism Authority (DISPARDA) shows that nearly 8 million tourists visited the island destination in 2024; of them, six million are foreigners. The total waste generated collectively by the visitors and the locals in the year was nearly 2 million tons. This is a 30 percent increase from the waste generated in 2020, says Fabby Tumiwa, Executive Director of the Institute for Essential Services Reform (IESR), a Jakarta-based energy and environment think tank.

“The causes of increased waste generation include a lack of awareness of waste management in most communities, including tourists visiting Bali. In addition, although district and city governments have regulations related to waste (such as waste sorting), enforcement of regulations and limited waste management infrastructure are still contributing to the increasing volume of waste, Tumiwa says.

Currently, the waste is usually deposited in a landfill, TPA Suwung, a 32-hectare landfill located in the heart of Bali or occasionally burned—especially in beach locations with no wide, motorable roads. However, the landfill is nearing its capacity, and the government is said to be scouting for new landfill sites in other parts of Bali.

A community-led solution movement

Thirty-three kilometers away from Kuta beach, villagers from 10 villages in Gianyar have joined hands to find a solution to the mounting waste – both organic and inorganic.

Named Merah Putih Hijau (Red White Green), the villagers’ group has clear goals: manage waste at the source so that there is no further need for either burning or dumping in the landfills; build a community-led circular economy model based on waste; and promote sustainable farming using organic manure while creating waste-based jobs and income for community members.

Their current efforts of the group, however, are primarily focused on running a waste composting facility Located in Sidan village, the facility is used to sort, compost, and package the organic waste. A visit to the center gives one a full view of those efforts, where a group of six to seven villagers can be seen engaged in various waste management activities. While a two-member team is seen sorting organic waste from inorganic waste, others are seen crushing, filtering, and packaging.

“This is a program run by, for, and of the villagers,” says Dewi Kusumawati, Project Manager at Mera Putih Hijau – it involves every villager’s active participation. “We begin by asking everyone in the village to sort their waste at home. Then, we collect the organic waste and bring it to this 3R-Transfer Depo (TPS3R) waste management facility, where it is used to produce quality compost.”

The history of the waste management program is connected to the official waste management program that, villagers say, hasn’t served its purpose to keep the island truly clean and at times has caused more harm than good.

Seven years ago, in 2017, the government of Indonesia set an ambitious target for waste management in its National Development Plan (Kebijakan dan Strategi Nasional). The target included reducing household waste by 30 percent and the handling of household waste by 70 percent by this year (2025).

As a part of this plan, in 2021 the government provided funding to all regencies to build village-level waste management facilities and accordingly, 129 facilities were built, including 36 in Gianyar Regency.  But less than 50 percent of the facilities are well-managed and operated, says Hermitianta Prasetya,  a Community Relation Manager at Bumi Sasmaya Foundation, which manages and funds Merah Putih Hijau.

According to Prasetya, the National Development Plan on waste management also included promoting organic farming and in 2019 the government passed a policy called Organic Farming System Provincial Regulation. But, in Bali, the farming sector is heavily dependent on chemical fertilizer and the new regulation didn’t have provisions to help farmers make a clear shift to using organic fertilizer with training or step-by-step technical guidance.  As a result, it became very hard to convince farmers to change to more sustainable agricultural practices such as using organic fertilizer.

The other reason behind this program has been curbing the current trend of sending waste to landfills: besides the government-owned landfill at Suwung, which handles 1,500 tons of waste every day, it is reported that there are also some 1,000 illegal open dump sites across the province, which pollute both the island’s water sources and environment.

“Currently, about 70 percent of the waste in Bali is taken to dump into landfills. The remainder is mainly organic waste that can be turned into compost. The Merah Putih Hijau program is trying to change the approach towards waste. So, we ask everyone in the village to sort their waste at home. Then, we collect the organic waste and bring it to this 3R-Transfer Depo (TPS3R) waste management facility, where it is used to produce quality compost. This compost then goes right back to the villagers to use in their farms. So, we are aiming to meet the village’s needs at where they are,” says Dewi Kusumawati, Manager of Merah Putih Hijau.

To help the villagers better understand the difference between organic and inorganic waste, the Merah Putih Hijau team also spends substantial time training villagers in separating organic and inorganic waste, composting, and different aspects of sustainable waste management as well as sustainable agriculture. The team has so far done dozens of trainings, says Kusumawati.

Persisting Plastic Problem

Despite their successful composting initiative, the Merah Putih Hijau team has a long way to go before achieving their dream goal of treating all waste locally. The biggest reason behind that is the ever-increasing volume of plastic and other non-compostable waste.

The team collects both organic and plastic waste. But right now, they do not have the capacity to recycle the inorganic waste. In their composting station, an entire room is filled with bundles of plastic bottles, bags, and other waste.  But in the absence of a recycling facility or a program, the waste keeps piling up.

This is a much bigger problem than a village community can handle, admits Prasetya, especially because managing plastic and other inorganic waste needs more effort, including technical expertise and specialized facilities. This cannot be done alone by a village community, and it will require partnership with other actors, including the government and the private business community.

The plan is now to start conversations for building those partnerships that can lead to bigger, stronger waste management initiatives, especially to tackle the plastic waste.

“We are going to create several local networks with hotels, restaurants, and other tourism-based businesses. We are already talking to government officials. Eighty percent of the Balinese population currently earn their livelihood from tourism. And piling garbage is a threat to our tourism and our livelihood. So, there is a common good for us to achieve by partnering and solving the plastic waste together,” Prasteya says.

Considering there are nearly 1300 hotels and restaurants in Giyaniar alone, this is going to be an uphill task for the community group to bring them all into one place and convince them to participate in a collective waste management movement. But Agastya Yatra, the head of the Bumi Sasmaya Foundation, believes that it is possible to do so. The garbage issue, he says, has already been noticed. Now, it’s time to find a solution that works in favor of the locals.

“Eighty percent of our people earn their living from tourism. So, we need solutions that will not affect tourism. We need to keep our tourists happy and for that, we need to keep our villages and beaches clean. This will work only if we join hands and work together,” he says. “Together, if we can segregate waste properly, recycle, and reuse, then slowly but surely, our problem with waste will vanish,” says Yatra.

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Conservationist Asad Rahmani alongside a wetland protection employee in Haigam wetland in north India. Credit: Athar Parvaiz/IPS

By Athar Parvaiz
NEW DELHI, Apr 16 2025 (IPS)

Late in February, India’s noted ornithologist and conservationist, Asad Rahmani, wrote a letter to a wildlife warden in north India expressing his satisfaction about the availability of water in four important wetlands in Kashmir, where migratory birds from central Asia and Europe arrive annually for wintering.

This letter was in sharp contrast to Rahmani’s earlier concerns about the “deteriorating health” of wetlands in Kashmir and elsewhere in India. Conservationists, activists, and newspaper editorials in India have long been expressing concerns about the “decline” and “neglect” of wetland ecosystems across India. A recent editorial in a prominent English newspaper in India emphasized the importance of action-oriented measures by the federal and state governments for protecting wetlands.

In its Living Planet Report 2024, the World Wildlife Fund (WWF) flagged the disappearing wetlands in the south Indian metropolitan city of Chennai (in the chapter “Tipping Point”) as a warning sign of rapid ecosystem destruction, which is not only resulting in acute water shortages but is also making Chennai more vulnerable to floods.

Wildlife enthusiasts such as Rahmani look at wetlands from the perspective of wetlands as wildlife habitats, particularly for birds.  “I reiterate that if we guarantee sufficient and timely supply of water, Kashmir wetlands will again support lakhs (hundreds of thousands) of birds in each wetland. They also have great potential to attract tourists and birdwatchers,” Rahmani, who has also served as the Director of the Bombay Natural History Society (BNHS), wrote in the letter seen by IPS.

“Hokarsar [wetland] is important for both resident and migratory waterfowl. As many as 64 species in and around the wetland have been reported during bird ringing studies. The [wetland] is particularly important as a wintering area for migratory ducks and geese and as a breeding area for herons, egrets, and rails,” Rahmani noted.

In his earlier communications in the past few years, Rahmani has expressed serious concerns about the deteriorating health of wetlands and their shrinkage.

Vanishing wetlands in India

On the occasion of this year’s World Wetlands Day on February 2, India designated four new Ramsar sites in three different states, taking the tally of Ramsar sites wetlands to 89 in India.

However, despite adding more Ramsar sites almost every year and celebrating these conservation efforts, many wetlands across India are unraveling and disappearing at an alarming rate—the country has already lost nearly one-third of its wetlands to urbanization since 1940, according to the available data.

Quoting data from the written response of India’s environment ministry to a Right to Information (RTI) application, a report in one of India’s national newspapers on March 24 (this year) revealed that out of India’s estimated over 200,000 wetlands, only 102 have been notified and even these are concentrated in three states and one Union territory. When a wetland is notified by the government in India, it means the demarcation of the wetland’s boundary, its ecological importance, and the need for its conservation are officially recognized and are also made available for public knowledge.

Wetlands are the lifelines that provide freshwater, food, and building materials; regulate floods; recharge groundwater; and even help combat climate change through carbon sequestration, experts say, adding that expanding agriculture, pollution, and unchecked water extraction are pushing these fragile ecosystems—and the species that depend on them—toward crisis.

Rahmani told IPS that there are scores of laws and conservation policies introduced by the federal and state governments in India for the protection of wetlands across the country, but, he said, they “have failed” to ensure their protection.

“We have the Wetland Authority of India and state wetland authorities that have identified wetlands for conservation. But there is hardly anything significant these so-called authorities have done so far for wetland protection. Sometimes the officials of these authorities have no basic idea of the functioning of a healthy wetland,” Rahmani observed.

He said that the Government of India has started several good conservation schemes and projects, such as the Amrit Sarovar project, under which each district will protect 75 wetlands for which money was also given. “[But] this good scheme is mostly used to carry out unnecessary construction in wetlands, such as cemented works in the name of wetland management and tourism development,” he said.

Protecting wetlands

“No wetland should be ‘beautified.’ Nature is beautiful. Keeping local ecology and naturalness in mind, most wetlands can be revived very easily with little funds… no natural wetland lives in isolation… catchment area is extremely important for wetlands revival and conservation,” Rahmani said.

According to Rahmani, small wetlands, important for biodiversity and local people, “are neglected,” and larger wetlands (some of them man-made lakes and reservoirs) “are under threat of hedonistic” tourism.

Faiyaz Ahmad Khudsar, senior scientist, Biodiversity Parks Programme, University of Delhi, said that wetlands are unfortunately often seen as wastelands.

“If there are any specific places for dumping of solid or liquid waste, they are wetlands and streams… similarly, near cities you have wetlands getting encroached upon for construction of houses and other infrastructure,” Khudsar said.

He observed that there has to be a focus on restoration ecology if the degraded wetlands are to be protected. This, he said, can be done by supporting the degraded ecosystems to recover, which needs to be supported by communities, scientists, and the government together. “We have to understand how the restoration is carried out scientifically—looking at the ecological history of the site and reference ecosystems is very important to find out the reasons for degradation,” he said.

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Damaged buildings in Mandalay are seen in the aftermath of the 7.7-magnitude earthquake that struck central Myanmar on 28 March 2025. Credit: UNICEF/Nyan Zay Htet

By Oritro Karim
UNITED NATIONS, Apr 9 2025 (IPS)

The 7.7 magnitude earthquake that struck central Myanmar on March 28, marked the strongest earthquake the nation has experienced in over a century and the second deadliest in it’s history. The earthquake caused extensive damage in Myanmar and Thailand, with infrastructures in southern China and Vietnam also having been affected.

According to a recent humanitarian report released by the Office for the Coordination of Humanitarian Affairs (OCHA), there are currently over 3,600 recorded deaths as a result of the earthquake in Myanmar. Over 5,000 people have been injured and approximately 60 remain missing. Roughly 10.4 million people live in areas that have been ravaged by the earthquake.

These estimates are expected to increase as recovery efforts continue. Additionally, many areas in Myanmar have been cut off from electricity and telephone connections, which, compounded with damaged roads and extensive rubble has made recovery efforts increasingly difficult in the aftermath of the earthquake.

Mandalay, the second largest city in Myanmar, has been hit the hardest. According to testimonies from residents, bodies continue to be pulled out of the rubble to be “cremated in stacks”. Crematoriums in Mandalay have been overwhelmed by the sheer amount of bodies that have been recovered, with some facing shortages of body bags and other essential supplies.

As a result of the recent earthquake and Myanmar’s ongoing civil war, the humanitarian crisis in the nation has significantly escalated, with displacement, violence, extreme heat, and a lack of basic services affecting over 17.2 million people. “One thing that I have been struck by here is that you would think earthquakes hit everyone equally, but they hit the poorest hardest because they do not have the resources to respond, to move house, to live elsewhere, to start to rebuild,” said Tom Fletcher, the United Nations (UN) Emergency Relief Coordinator.

In December 2024, a UN assessment declared that Myanmar’s healthcare system was in a state of collapse as a result of damage to medical infrastructures sustained in the war. With the recent earthquake, Myanmar’s healthcare system has deteriorated even further and is largely unable to assist the influx of injured persons.

According to estimates from the World Health Organization (WHO), over 65 healthcare facilities in Myanmar have been damaged and medical supplies are in short supply. Additionally, over 40 percent of the healthcare facilities in the nation are located in areas that are entrenched in warfare, making them inaccessible to the vast majority of civilians.

“The needs are beyond words,” said Nadia Khoury, Head of the The International Federation of Red Cross and Red Crescent Societies (IFRC) delegation in Myanmar. “Our response must match the sheer scale of the disaster – now and for the longer term.”

Another rising concern for humanitarian organizations has been the failure of Myanmar’s water and sanitation infrastructure, which leaves millions at risk of developing waterborne illness. Extreme heat, heavy rain, and overcrowded displacement shelters are also projected to worsen the spread of disease.

“Heavy rains flooded drains, polluting the environment and increasing public health risks including diarrhoea due to flies and insects. Many camps lack proper latrines, forcing people to dispose of human waste without adequate sanitation,” said Rajan Khosla, Oxfam’s Country Director in Myanmar. “There are significant hygiene challenges for the camp population, as food is cooked outdoors, making it difficult to prepare meals after rain. This increases the risk of contamination and the spread of diseases.”

WHO reports that cholera, dengue, malaria, measles, and a re-emergence of polio are of particular concern. Additionally, WHO emphasizes that mental health challenges as a result of trauma are persistent.

The displacement crisis in Myanmar has been greatly exacerbated following the earthquake. Currently, the Office of the United Nations High Commissioner for Refugees (UNHCR) estimates that approximately 4.3 million people are displaced, including roughly 3.5 million internally displaced civilians in Myanmar.

“Our lives were just getting better. Now the earthquake has made me flee again. Right now, everyone is suffering [but] among those affected, we are the worst. As displaced people, our troubles are doubled. We have nowhere to live and nothing to live on,” said U Than Win, an internally displaced resident of Myanmar.

Children have been hit especially hard by this crisis, with many suffering from the effects of trauma and a lack of education and psychosocial support services. According to figures from the UN, roughly 1,824 schools have been damaged or destroyed, leaving hundreds of thousands of children without an education. “Many children have lost their parents, their friends and they need a place where they can get psychosocial support and begin to feel a sense of normalcy,” Eliana Drakopoulos, Chief of Communications at the United Nations Children’s Fund (UNICEF) Myanmar.

“This earthquake is another brutal blow to children in Myanmar—many of whom were already living through conflict, displacement, and deprivation,” added UNICEF Executive Director Catherine Russell. “In minutes, they lost loved ones, homes, and access to essential services. The needs are massive and rising by the hour.”

Additionally, the Myanmar Civil War continues to endanger the lives of civilians and complicates relief efforts from humanitarian organizations. Despite the National Unity Government (NUG) and the State Administration Council (SAC) both declaring ceasefires of varying lengths after the earthquakes, a coalition of armed resistance groups, known as the Three Brotherhood Alliance, accused the military of coordinating 63 separate attacks, resulting in 68 civilian casualties.

According to the Office of the United Nations High Commissioner for Human Rights (OHCHR), these attacks have made it largely impossible for humanitarian aid personnel to reach areas that have been hit the hardest by the earthquake, such as the Sagaing region and areas in Bago and Shan State. Additionally, OHCHR reports that the military has continued its conscription efforts, recruiting young civilians that have not been seriously injured.

“I urge a halt to all military operations, and for the focus to be on assisting those impacted by the quake, as well as ensuring unhindered access to humanitarian organizations that are ready to support,” said UN Human Rights High Commissioner Volker Türk. “The humanitarian and protection needs of the civilian population must be addressed without delay and without restriction…It is critical that international assistance reach the people of Myanmar through international coordination mechanisms and support the civil society and community-based networks that are playing the frontline role to provide relief on the ground.”

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Panellists from the International Water Management Institute (IWMI) at the launch of the IWMI Strategy 2024–2030 in East Africa. Credit: Busani Bafana/IPS

By Busani Bafana
NAIROBI, Apr 9 2025 (IPS)

In East Africa, climate change has made water a lifeline and threat.

In a region highly dependent on rainfall for growing crops, climate change is threatening water security but science-backed solutions are helping turn the tide.

Global leaders, scientists, policymakers, and development partners meeting in Nairobi during the inaugural CGIAR Science Week  made a tight case for water security and productivity in East Africa, a region vulnerable to the increased impacts of climate change such as droughts and floods.

The use, conservation and management of water underpins sustainable development of the East Africa region, which covers Kenya, Tanzania, Uganda, Somalia, Djibouti, Eritrea, and Ethiopia.

“Water security means considering how much water you have, water of sufficient quality and being  able to manage risks – drought, floods, extreme events – in ways that livelihoods and lives, the economy and ecosystems can all thrive together,” said Mark Smith, Director General of the International Water Management Institute (IWMI), at the launch of the IWMI Strategy 2024–2030 in East Africa.

Smith noted that the new strategy was a significant leap forward in the institute’s mission to harness science research in enhancing water security, supporting climate adaptation and driving sustainable agriculture across East Africa.

“Water security  is necessarily systemic and our strategy reflects that,” he said. “There is a  flipside to that aspect of water in which it intersects with different types of uses. If you can get water security right, then you can  trigger transformation across those systems as you open access to water and enable more  sustainable and fairer sharing of water across different uses.”

Mark Smith, Director General of the International Water Management Institute. Credit: Busani Bafana/IPS

By harnessing  cutting-edge research and fostering regional partnerships, IWMI aims to deliver solutions that improve livelihoods across East Africa.

“Water security is important for the transformation of agriculture and for sustainable development,” he said, adding that, “Water is at the heart of climate resilience, food security and economic development.”

Sara Mbago-Bhunu,  Director of the East and Southern Africa Division of the International Fund for Agricultural Development (IFAD), highlighting the importance of collaboration in enhancing water security,  called for continued public and private financing for the water sector, particularly to benefit small-scale farmers through irrigation facilities.

IFAD has invested USD 2 billion in irrigation and water management in 100 projects worldwide, while in East Africa it has supported 14 projects in 12 countries. Mbago-Bhunu said it was critical to invest in water accounting.

“We tend to underestimate what water accounting is  and irrigation performance assessment translated into how we source water, how we manage it but also how we account for it because accounting  will give us further breakthroughs to where we should change in the way we invest in water technologies,” she said.

Ephantus Kimoto, Principal Secretary in the Department for Irrigation in the Ministry of Water, Sanitation and Irrigation of Kenya. Credit: Busani Bafana/IPS

Ephantus Kimoto, Principal Secretary in the Department for Irrigation in the Ministry of Water, sanitation and Irrigation of Kenya,  said the government was working to boost irrigation capacity in the country. Currently only four percent of Kenya’s arable land was under irrigation under the National Irrigation Sector Investment Master Plan (NISIP); there is irrigation potential of 3.5  million acres in the country.

Kimoto noted that Kenya had enough water resources but lacked the economic means to scale up irrigation projects. Under the national plan, Kenya seeks to increase the land under irrigation up to 1 million acres and boost food productivity and job creation, especially among the youth.

A panel discussion hosted alongside the launch of the IWMI strategy noted the importance of collaboration in the management of water resources in East Africa while at the same time scaling up innovation and research.

For farmers, saving water is everything.

“Water is a scarce resource and we need to  guard it well, “ said Elizabeth Nsimadala, President, Eastern Africa Farmers Federation.

“We are seeing a lot of water wasted and what is missing is the science bit. When you look at wasted water when it comes to irrigation, there is a lot and this directly affects the output. What is also a missing from our end as farmers is how much quantity does this crop require, as different crops require different quantities of water.”

Nsimadala – a coffee farmer – said policy, infrastructure, sustainability, access and management were priority issues for farmers in terms of water use. She called for the provision of water-saving technologies for farmers because of the competing water uses that have been worsened by the impact of climate change.

While Yelvin Denje, a research fellow with the African Group of Negotiators Experts Support

(AGNES) said the interface between science and policy has led to improvements in equitable access and unlocked the potential for water and development on the continent but it was hard to measure the effectiveness of policies.

“There are now in many African countries water regulations, acts and water laws,” he said, citing the Africa Water Vision for 2025.

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Cristian Castillo benefits from a rainwater harvesting system installed on his nearly one-hectare plot in Paraje Galán, a rural village of 400 families in the western Salvadoran district of Candelaria de la Frontera. Credit: Edgardo Ayala / IPS

By Edgardo Ayala
CANDELARIA DE LA FRONTERA, El Salvador, Apr 7 2025 (IPS)

In Central America’s Dry Corridor, climatic conditions hinder water and food production because rainfall in this ecoregion—from May to December—is less predictable than in the rest of the isthmus.

Cristian Castillo knows this firsthand. The young Salvadoran farmer had just planted tomatoes on his small plot of land, less than a hectare in size, when the hand-dug well he planned to use for irrigation ran dry.

“I had a well, but due to (earth) tremors, the (aquifer’s) veins closed up, and the water stopped flowing,” Castillo told IPS, standing beside his home and field in the rural village of Paraje Galán, a community of 400 families in the Candelaria de la Frontera district, western El Salvador.

But with or without tremors—common in this country of six million people—it’s not unusual for wells to dry up in the Dry Corridor due to prolonged droughts during the rainy season. Without water, there’s no way to grow crops or raise cattle and pigs, which are vital for the survival of local communities.

Stretching 1,600 kilometers, the Dry Corridor covers 35% of Central America and is home to more than 10.5 million people.

According to the UN Food and Agriculture Organization (FAO), over 73% of the rural population in this belt lives in poverty, and 7.1 million people suffer from severe food insecurity.

Central America, a region of seven countries with a combined population of 50 million, faces deep social inequalities.

Aware of the harsh climatic conditions in the Dry Corridor, around 25 municipalities in the neighboring countries of Guatemala, Honduras, and El Salvador formed the Trinational Border Association of the Lempa River in 2007. This regional, non-governmental initiative promotes sustainable development projects in their territories.

One such project encourages rainwater harvesting techniques, helping families build collection tanks to irrigate their crops.

Castillo is among those who benefited from the construction of one such tank, with a storage capacity of 10 cubic meters, equivalent to 50 large drums.

“I’ll pump all the collected rainwater to the upper part of the property where the tomato crop is,” explained Castillo, 36.

In the neighboring village of Cristalina, still within the jurisdiction of Candelaria de la Frontera, the Trinational Association was one of the organizations that helped install a potable water distribution tank that now serves about a hundred families who previously lacked this service.

“We had hand-dug wells here, but they weren’t enough anymore. When the (water) project came, we were overjoyed because we would finally have water available all the time,” Cristalina resident Gladis Chamuca, 57, told IPS.

A worker displays the radish harvest in one of the gardens of the agroecological production demonstration farm, managed by the Trinational Border Municipal Association of the Lempa River, in the district of Candelaria de la Frontera, western El Salvador. Credit: Edgardo Ayala / IPS

By Edgardo Ayala
CANDELARIA DE LA FRONTERA, El Salvador , Mar 21 2025 (IPS)

The hope of Salvadoran Cristian Castillo to harvest tomatoes in a municipality of the Central American Dry Corridor hung by a thread when his well, which he used to irrigate his crops, dried up. However, his enthusiasm returned when a regional project taught him how to harvest rainwater for when the rains begin in May.

“We are waiting for May to start collecting rainwater and begin planting again,” Castillo, 36, told IPS. He is a resident of Paraje Galán, a rural village of 400 families in the district of Candelaria de la Frontera, in western El Salvador."Here we have artisanal wells, but they are no longer enough, and when the water project came, we were thrilled because we would finally have water all the time”: Gladis Chamuca

This district is located in the so-called Central American Dry Corridor, where water is always scarce, affecting agriculture, livestock, and other livelihoods of rural families.

The 1,600-kilometer-long Corridor spans 35% of Central America and is home to over 10.5 million people.

In it, more than 73% of the rural population lives in poverty, and 7.1 million people suffer from severe food insecurity, according to the United Nations Food and Agriculture Organization (FAO).

Central America is a region of seven nations, with a population of 50 million people and significant social deficiencies.

However, Candelaria de la Frontera and its surrounding villages are part of the Trinational Border Municipal Association of the Lempa River, a regional, non-governmental effort that brings together a total of 25 municipalities: 11 from Guatemala, 10 from Honduras, and four from El Salvador.

Due to their proximity, these localities have joined forces to promote sustainable development projects in their territories. Local governments are the backbone of the initiative, but professionals in various fields are involved in its operational, executive, and administrative management.

Cristian Castillo benefits from a rainwater harvesting system installed on his nearly one-hectare plot in Paraje Galán, a rural village of 400 families in the western Salvadoran district of Candelaria de la Frontera. Credit: Edgardo Ayala / IPS

Water for Food Security

Projects on food security and integrated water management and governance, among others, are what this initiative promotes in this region of the Dry Corridor, where producing food is always a challenge.

These programs helped Castillo, like dozens of other families, receive  materials to build a water catchment tank. Its metal roof will serve as the surface to “harvest” rainwater and redirect it to the tank, which can store 10 cubic meters of water, equivalent to about 50 water drums.

“All that collected rainwater will be pumped to the upper part of the property where the tomato crop is,” said Castillo, sitting next to the tank, which is already built and is only lacking the roof.

Castillo estimates that, with this system, his nearly one-hectare property can produce about 100 boxes of tomatoes per harvest, each weighing 13 kilograms. He hopes to sell them and generate income for his family: his wife and three daughters, aged 4, 11, and 13.

For Gladis Chamuca, 57, life is easier when water comes directly from the tap, thanks to a community water project in the village of Cristalina, in Candelaria de la Frontera. Credit: Edgardo Ayala / IPS

The rainwater harvesting system will also allow him to save the US$40 he pays monthly to the community water system, which charges US$5 per cubic meter. With this water, he has been able to irrigate and keep his tomato plants alive, which already show green fruits, while waiting for the rainy season in May.

When the dry season arrives in November, the farmer will be able to keep his crops productive thanks to the water stored in the tank.

But Castillo might also need to rely on the tank during drought periods, even during the rainy season.

In the July heatwave, farmers can go more than 20 days without rain, explained agroecologist Arturo Amaya, who is in charge of the demonstration farm that the municipal association maintains in Candelaria de la Frontera.

Since 2017, the farm has been a demonstration site for agroecological production. Families from the involved municipalities come here to learn various techniques for harvesting with organic fertilizers and other bio-inputs produced on-site.

They also teach how to build tanks like the one installed on Castillo’s property. Members of environmental organizations and students, among other groups, also visit the farm.

“One of the main policies of the association is the promotion of zero hunger, meaning developing food and nutritional security through food production with an environmental conservation approach,” said Amaya.

The Trinational Border Municipal Association of the Lempa River participated in the installation of a potable water tank that supplies around a hundred families in the village of Cristalina, in western El Salvador. Credit: Edgardo Ayala / IPS

Saving the Lempa River

The municipal association, established in 2007, is an autonomous entity born out of the need for local border governments to generate programs and actions that alleviate socio-environmental conditions in the territories, explained Héctor Aguirre, the general manager of the initiative, to IPS.

The water component is key in the association’s actions, and the central focus revolves around the Lempa River, which flows 422 kilometers from its source in the mountains of Chiquimula in eastern Guatemala, through southern Honduras, and into El Salvador, where it runs from north to south until it reaches the Pacific Ocean.

The Lempa is the main source of energy, powering hydroelectric dams, and is also a source of agricultural, livestock, and water development for millions of people in these countries, especially in El Salvador. Of the river’s course, 85% is in El Salvador.

However, the river faces pollution and overexploitation issues.

“In this region shared by the three countries there is considerable water production, but there are also difficulties in supporting the local population,” Aguirre noted.

With projects like rainwater harvesting, farming families have been taught that water resources can be reused in agricultural production, especially horticulture, making the territories more resilient to the climatic conditions of the Dry Corridor, Aguirre explained.

The various programs are funded through three avenues: the participating municipalities pay a monthly fee, international cooperation, and the institution provides services to the associated local governments, such as creating technical portfolios or designing projects.

“The sum of these resources allows us to provide an integrated, structured, and harmonized service as an action from local governments,” Aguirre stated.

The governments of Guatemala, Honduras, and El Salvador are simultaneously promoting a similar development program called the Trifinio Plan, referring to the geographical point where the three borders meet.

However, these plans are subject to political ups and downs and depend on the ideological vision of the party in power in these nations, making the programs unstable, said Aguirre.

In contrast, in the municipal association, everyone is committed to the same goal.

For example, Carlos Portillo, mayor of Esquipulas in eastern Guatemala, emphasized that as a municipality, they are seeking financially viable options to treat the town’s wastewater to prevent further pollution of the Lempa River.

“We want to support the search for solutions that prevent the contamination of these important water resources,” Portillo told IPS during a meeting attended by mayors from the three countries, international cooperation agencies, and environmental groups.

The meeting, organized by the association, was held in San Salvador on March 14.

A section of the Lempa River in the department of Chalatenango, in northern El Salvador. This river is key for food and water production in Guatemala, Honduras, and El Salvador. Credit: Edgardo Ayala / IPS

Water for All

Another important project of the association was the installation of a drinking water distribution tank that provides water to about a hundred families who previously lacked this benefit in the village of Cristalina, still within the jurisdiction of Candelaria de la Frontera.

The project, initiated in November 2019, led to the formation of the Water Board in this rural community dedicated to subsistence agriculture.

These boards are community organizations that set up their own water systems, as the central government fails to provide the service to these remote villages. It is estimated that there are about 2,500 such structures throughout the country, providing service to 25% of the population, or around 1.6 million people.

The FAO and the city councils of Barcelona and Valencia in Spain, among other institutions, participated in the construction of the system.

In Cristalina, water is pumped from a well to a 25-cubic-meter tank, perched on a 20-meter-high platform supported by eight cement pillars. From there, it flows by gravity to the taps of families, who pay about US$7 for 13 cubic meters per month.

“Here we have artisanal wells, but they are no longer sufficient, and when the water project came, we were thrilled because we would finally have water all the time,” Gladis Chamuca, a resident of Cristalina, told IPS.

Chamuca, 57, who is a homemaker, said life is easier when water comes directly from the tap.

Her neighbor, Juan Flores, added that the system has worked very well so far, thanks to the good coordination and communication among the board members, of which he is the chairman.

Flores, 72, is also engaged in pig farming and uses pig manure to produce fertilizer for his tomato and cabbage gardens.

“Here it’s a horticultural area: chilies, cucumbers, tomatoes. People are asking me about the fertilizer because it’s 100% organic,” he said.

For all of this, water has been key, he stresses.