Alice Onyango walks through the trees on her farm. She has been an active participant of My Farm Trees, a farmer- and community-led tree-based project aimed at the restoration of degraded landscapes. Credit: Wilson Odhiambo/IPS

By Wilson Odhiambo
NAIROBI, May 26 2026 (IPS)

As 52-year-old Alice Onyango walks through her farm in Siaya county, Kenya, you can tell she is proud of her trees, as some tower over her, providing her with shade, while others seem ready to provide her with fruit for the market.

Onyango has been planting trees on her farm for over a decade, and thanks to a project dubbed ‘My Farm Trees’, she realised just how important her work is to the environment while also managing to earn a couple of shillings to help supplement her livelihood.

“I plant different types of trees on my farm, most of which are fruit trees such as avocados, oranges, mangoes, and papaya, which I can harvest and sell in the market. I also have some trees that I plant for timber and even firewood,” Onyango told Inter Press Service (IPS).

“I have been doing this for many years as my source of livelihood and it was not until recently that my neighbour told me about My Farm Trees and how it can help me better improve on my farm while also earning some token,” said Onyango.

As the world works to find lasting solutions to safeguarding the ever-dwindling forest ecosystems and fighting climate change, smallholder farmers across the globe and especially in Africa can now participate and be recognised in the effort, thanks to an environmental restoration project, My Farm Trees.

My Farm Trees is a digital platform developed by the Alliance of Biodiversity International and CIAT with the aim of restoring the environment by encouraging smallholder farmers to take up tree planting alongside their daily activities. By doing this, local communities are able to promote climate change mitigation while also improving their lives through the initiative.

Piloted in Kenya and Cameroon, the project has already supported the restoration of thousands of hectares of once degraded land and trained community members and is now scaling globally, giving smallholder farmers essential tools and knowledge for effective, science-based landscape restoration.

The platform works by combining capacity building, monitoring, verification and providing incentives to empower smallholder farmers to take up tree-based restoration projects. In return, the farmers are rewarded with both short-term benefits (direct digital payments enabled by the platform) and, eventually, the long-term benefits of restored landscapes for improved agricultural productivity, water regulation and climate resilience.

“My Farm Trees was designed to help with environmental restoration by encouraging smallholder farmers to plant trees and in return they get to access financial benefits and even get recognised for their contribution to climate change mitigation,” said Fidel Chiriboga, project scaling lead for usage, partnerships, collaborations, impact, and development.

“Apart from the financial incentives, the farmers also get to learn the importance of having these trees (especially the native tree species) in their environment and how they can help with their agricultural activities,’’ Chiriboga said.

In Kenya, the project is currently being implemented in Siaya, Laikipia and Turkana counties, which are regarded as areas with limited tree cover.

This grassroots initiative aligns closely with Kenya’s policy direction, where the country has in place a national ecosystem restoration strategy (2023–2032) that provides a clear framework for restoring degraded landscapes while strengthening community resilience and livelihoods. The strategy prioritises tree growing alongside improved governance and inclusive economic models that place communities at the centre of restoration efforts.

Siaya for instance, currently ranks 44 out of 47 counties, with an estimated 5.26% tree cover, compared to the national average of 12.13%.

Under national targets, Siaya is expected to plant at least 14 million trees per year over the next decade, according to the Siaya county commissioner.

Cameroonian participants of the My Farm Trees project received saplings for planting on their farms. The digital project aims to improve both the environment and the livelihoods of smallholder farmers. Credit: Marius Ekeu/My Farm Trees

In Cameroon, My Farm Trees has been able to attract thousands of farmers from as young as 18 to as old as 75. These include farmers from the West, Central and extreme North regions of Cameroon.

According to Maruius Ekeu, the project manager, in Cameroon, more than 145,000 seedlings from 60 tree species (45 native to Cameroon) were planted to restore 1,806 hectares of degraded lands, and the areas restored belong to 2,527 individual farmers (21% women), 315 sacred forests and 111 primary schools.

A total of $145,000 was paid through the mobile money account linked to MFT to purchase seeds and seedlings. In addition, over $150,000 was transferred as economic incentives to individual farmers as a reward for the survival of seedlings planted on their farms.

“The farmers were paid for tree maintenance between $22 and $200 per monitoring, but we have yet to carry out a survey to know what they did with the money paid to them, though most seem to prefer using it to expand their tree farms,” said Ekeu.

“On average seed collectors earned between $100 and $3,000 depending on collection efforts (e.g. tree species, seed quantity, and seed quality). Tree nursery managers earned between $200 and $22,000 depending on the number of seedlings produced and their price (varies per species),” Ekeu said.

Alice Onyango shows off a sewing machine she bought with the proceeds of the My Farm Trees project. Credit: Wilson Odhiambo/IPS

As for Onyango, she used part of the Ksh 37000 ($285.94) she received from My Farm Trees to offset her children’s school fees and the rest to buy a sewing machine.

“As my family’s breadwinner, I bought the sewing machine to help me make extra money mending clothes while I am not selling fruits or timber,” Onyango said.

Given that most of the farmers involved in this project come from rural areas which are characterised by poor internet connectivity and limited access to smartphones, the project’s app has been designed in such a way that it can be used offline.

“Farmers do not need to be connected to the internet when using the app, as it allows them to collect data while offline, which they can then share with us later on when they get access to the internet,” said Francis Oduor, project manager, Kenya.

“We also train and provide select locals (village-based assistants) with smartphones fitted with the app, and they can go around using them to help us monitor and keep track of the farmers who have registered with us but lack smartphones. A farmer only really needs to have an identification number and a registered phone number where they can receive their payments,” Oduor said.

Oduor added that the money the farmers received has been used for different purposes that range from expanding farms, buying farm inputs, paying school fees, building houses and even starting other income-generating ventures.

While planting trees is the main objective of the project, My Farm Trees emphasises planting native trees, especially those that are almost extinct in certain areas. Farmers who plant native trees receive more money compared to those who plant exotic trees. Fruit trees also fetch more earnings for the farmers compared to those planted for timber purposes.

And farmers who grow trees in drought-prone areas such as Turkana and Laikipia also receive more compensation as compared to those who grow trees in areas that receive adequate rainfall such as Siaya.

The 2-million-dollar project was funded by the Global Environment Facility (GEF) and implemented by the International Union for Conservation of Nature (IUCN).

“The My Farm Trees project is a great example of GEF’s high-risk–high-reward strategy, whereby a seed funding of $2 million catalyses investments and contributions by many other partners. Eventually, the goal is to upscale the new technology and approach to other countries and to achieve sustainable funding through crowdfunding approaches,” said Ulrich Apel, Senior Environmental Specialist at the GEF.

‘’The GEF role as a financial mechanism for the global environment is to provide catalytic funding for innovative projects that test cutting-edge technologies and solutions to achieve positive environmental outcomes,” Apel said.

The International Union for Conservation of Nature (IUCN) serves as the GEF implementing agency for My Farm Trees. It designs the overall project and oversees delivery and coordination, working with the lead executing partner, the Alliance of Biodiversity International and CIAT, governments, farmers, and other partners.

“The project has been a resounding success, and IUCN and partners are presently working to develop new projects based on this approach to support global and national goals on biodiversity conservation, climate, food security and more,” said Joshua Schneck, Global Initiatives Portfolio Manager, IUCN.

According to Dr Shem Kuyah, a Senior Lecturer from the department of Botany, Jomo Kenyatta University of Agriculture and Technology and one of Kenya’s leading researchers in agroforestry, agroforestry has received much attention globally and especially in Africa because of its multiple benefits that help address the current challenges of climate change, land use and livelihoods.

Kuyah said that agroforestry has both protective and productive benefits, which allow land users/practitioners to fight environmental challenges without sacrificing or forfeiting livelihoods. Currently, the challenges of climate change, land use change and changing livelihoods require multifunctional strategies, which makes agroforestry important.

Kuyah praised My Farm Trees, stating that both incentives and training help to mitigate the long waiting period that it takes to realise the benefits of agroforestry and also maximise the benefits of agroforestry and reduce trade-offs by planting and managing the right tree in the right place for the right purpose.

“The best way to implement agroforestry is to contextualise the practice to local conditions, provide support (e.g., incentives) and training for farmers, and develop the agroforestry value chain,” Kuyah said.

“In terms of contextualising agroforestry, I would work with farmers to identify their needs and co-create options that are locally relevant. The support may help absorb some of the cost while the training may focus on helping farmers integrate agroforestry with other farm enterprises that provide short-term benefits.”

 Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026, in Samarkand, Uzbekistan.
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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The community works to preserve its identity amid pressure from real estate development and non-Indigenous settlers. Credit: Samuel Tremembé

By Carla Ruas
BELÉM, Brazil, May 21 2026 (IPS)

On Brazil’s northeastern coast, the Indigenous community, Tremembé da Barra do Mundaú, lives on a preserved stretch of land shaped by mangroves, dunes, and deserted beaches. The group of around 160 families is led by women and depends on the 3,500-hectare territory for fishing and subsistence farming.

In 2023, the Tremembé won federal recognition of their ancestral land in the state of Ceará – giving them formal control over the territory.

But their home remains under threat. As tourism has expanded, they have faced growing pressure from real estate developments and around 100 non-Indigenous settlers. A push for renewable energy has also brought nearby wind projects that the community says damage the environment and disrupt their way of life.

“We have many problems here, including trash in our rivers, cars scaring away animals, and people damaging the dunes,” said Cleidiane Tremembé, a local Indigenous teacher. “With the installation of wind farms, many fish species have also disappeared from our river, and we’re catching fewer fish.”

The Tremembé da Barra do Mundaú Indigenous Land protects 27 km of mangrove forest and 8 km of coastline. Credit: Samuel Tremembé

This May, the group will begin investing roughly US$300,000 in efforts to protect their territory. The funds come from the Ywy Ipuranguete (‘beautiful land’) project – an ambitious initiative that aims to distribute a total of US$9 million to 15 Indigenous Lands across Brazil by 2030.

The project is coordinated by Brazil’s Ministry of Indigenous Peoples (MPI), implemented by the Brazilian Biodiversity Fund (FUNBIO), and financed through the Global Biodiversity Framework Fund (GBFF). The GBFF, whose donors include the governments of Canada, Norway and the United Kingdom, is managed by the Global Environment Facility (GEF) – the world’s largest multilateral environmental fund.

According to the GEF, the goal is to support the protection of Indigenous territories as a strategy to conserve biodiversity and strengthen climate resilience.

“A growing body of evidence shows that territories managed by Indigenous Peoples — particularly where land tenure is formally recognised — consistently rank among the most effective settings for maintaining biodiversity, retaining carbon stocks, and preserving ecological integrity, often outperforming both unprotected lands and formally designated conservation areas,” said Adriana Moreira, Lead of the Partnerships Division at the GEF.

If fully implemented, the project would help protect 6.4 million hectares and reach around 61,000 Indigenous people.

Following the project’s launch in March 2025, the Tremembé will be among the first communities to put the funds into action.

Tremembé community member Mateus Castro says their goal is to preserve their land and culture for future generations. Credit: Julia Holanda

Mateus Castro, a community member coordinating the work locally, said the money will be used primarily to acquire drones, radio transmitters, vehicles and a boat to help secure the territory’s boundaries.

“We want to monitor and record the presence of outsiders,” he said in an interview. “This project will allow us to have the tools that give our territory security and autonomy.”

The same equipment would help the community inventory local ecosystems and animal species. Their coastal stretch is home to a wide range of species – from fish and crabs to endangered sea turtles.

“We want to record the species along our coastline so we can use that information as a defence against the licensing of new offshore wind farms,” he said.

With the funding, they also plan to reforest degraded areas, train local environmental brigades, and fund traditional festivals. The first will be the Farinhada Festival that takes place in July. During the festivities, families celebrate cassava as a sacred food and prepare traditional dishes for younger generations.

“In Indigenous culture, everything is connected,” Castro said. “Our goal is to preserve our land, culture, and identity for the children who are yet to be born. We are thinking 100, 200 years from now.”

Future Plans

The Indigenous communities selected to participate in the Ywy Ipuranguete project were chosen by FUNAI, Brazil’s federal Indigenous affairs agency, with input from Indigenous organisations.

The priority was given to groups outside the Amazon, including the Tremembé in Ceará, as part of an effort to decentralise environmental funding. Nearly half of Brazil’s 1.69 million Indigenous people live outside the Legal Amazon, according to the legal census.

“If we look at environmental projects in general, funding, implementation, and resources are usually focused on the Amazon,” said Francisco Itamar Gonçalves Melgueiro, FUNAI’s general coordinator for environmental policies. “That is why we distributed the project across five biomes in Brazil – the Amazon, Pantanal, Cerrado, Caatinga and Atlantic Forest.”

FUNAI also selected communities that had recently removed invaders from their lands, including the Kayapó and Munduruku, who have been in conflict with illegal miners in the Amazon for decades. “After that removal, we see an opportunity for Indigenous peoples to fully retake possession of their territories,” Melgueiro said.

Communities did not need their territories to be fully recognised by the federal government to qualify for the funding. However, they had to submit detailed plans, known as PGTAs, which are part of a broader set of Indigenous territorial and environmental management documents.

During the Farinhada Festival, families celebrate cassava and prepare traditional dishes such as tapioca crepes. Credit: Julia Holanda

“These plans serve as blueprints for their future and cover a wide range of themes and actions,” Melgueiro said. “They are an instrument of the peoples, built by the peoples.”

But many are still working on their PGTAs. More than a decade after Brazil created the framework for these plans, a 2023 civil-society report found that Indigenous communities have received little support for their development, especially during the administration of Brazilian right-wing President Jair Bolsonaro. To date, FUNAI has mapped just 148 PGTAs in a country with more than 800 Indigenous Lands.

The first year of the Ywy Ipuranguete project has been largely dedicated to helping participating communities finalise and detail their PGTAs. The Brazilian Biodiversity Fund (FUNBIO), GEF’s implementing agency, told IPS that this “is a massive and meticulous undertaking”, as they work with Indigenous communities to “determine which PGTA activities are to be undertaken, the best methods for executing them, and the specific implementation arrangements for each Indigenous Land”.

According to Brazil’s Ministry of Indigenous Peoples (MPI), only about 8% of the total budget has been spent so far, mostly on planning, coordination and initial activities. Eventually, MPI said, 75% of the budget will go directly to the communities, with much of the funding transferred to Indigenous organisations. “Investing in Indigenous peoples to maintain their own ways of existing is investing in the survival of humanity itself,” the ministry said in a statement.

Community members say fish species have disappeared from their river following the installation of nearby wind farms. Credit: Samuel Tremembé

“Investing in Indigenous peoples to maintain their own ways of existing is investing in the survival of humanity itself,” the ministry said in a statement.

In Tremembé da Barra do Mundaú, where plans are underway, the community feels ready. The funding will build on years of work, from training young environmental agents to documenting food traditions.

“This is one of the largest resources the territory has ever received,” Castro said. “For us, it’s a huge opportunity to consolidate and strengthen our mission of caring for the land.”

Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026, in Samarkand, Uzbekistan.
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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Claude Gascon, Interim CEO and Director of Strategy and Operations at the Global Environment Facility. Credit: The GEF

By Stella Paul
WASHINGTON D.C. & HYDERABAD, India, May 19 2026 (IPS)

As governments prepare for the Eighth Assembly of the Global Environment Facility (GEF) – scheduled to be held from May 30 to June 6 in Samarkand, Uzbekistan – the stakes are unusually high.

Climate change, biodiversity collapse, pollution, debt distress and geopolitical fragmentation are converging at a moment when environmental finance is under growing scrutiny. For many countries in the Global South, the challenge is no longer only about ambition but also about whether global systems can deliver fast enough and fairly enough.

For Claude Gascon – Interim CEO and Director of Strategy and Operations at the GEF – the question facing the organisation is how to turn urgency into action while operating in an increasingly volatile world.

“A meaningful outcome is turning urgency into action,” Gascon says in an exclusive interview with IPS, describing what success at the upcoming Assembly would look like. That includes public confirmation of country pledges to the GEF and final approval of a strong GEF9 package that will guide investments for the next four years. He also points to endorsement of several priorities that the institution sees as central to its future direction: integrated programming, blended finance, whole-of-government approaches, and stronger support for Least Developed Countries (LDCs), Small Island Developing States (SIDS), and Indigenous Peoples and local communities (IPLCs).

“All this signals that multilateralism is delivering and positions us to accelerate impact in the final sprint toward the 2030 global environmental goals,” he says.

Gascon stepped into the role of Interim CEO during a period of overlapping crises and mounting pressure on international institutions. While many governments continue to demand bigger environmental outcomes, donor fatigue, economic instability and competing geopolitical priorities are tightening the availability of public finance.

“We need to do more with less, and to accomplish that, we chose disciplined ambition,” he says.

The full interview follows:

IPS: The Eighth GEF Assembly comes at a time of overlapping crises – climate change, biodiversity loss, and pollution. What, in your view, would define a meaningful outcome from this Assembly?

Claude Gascon: A meaningful outcome is turning urgency into action. This includes public confirmation of country pledges to the GEF and final approval of a strong GEF-9 package that will guide our investments for the next four years. The Assembly is also an opportunity for clear endorsement of the ambitious priorities we’ve agreed on: a focus on integration and integrated programs, mainstreaming blended finance to mobilise private capital, whole-of-government and whole-of-society approaches, and strengthened support for Least Developed Countries (LDCs), Small Island Developing States (SIDS), and Indigenous People and local communities (IPCLs). All this signals that multilateralism is delivering and positions us to accelerate impact in the final sprint toward the 2030 global environmental goals.

IPS: As the Interim CEO, you are navigating a volatile global context. What difficult trade-offs have you had to make between ambition and feasibility?

Gascon: We need to do more with less, and to accomplish that, we chose disciplined ambition. For example, we are channelling resources through integrated programs in nature, food, urban, energy, and health systems and setting a target of programming 25 percent of our resources to mobilise private capital and stretch scarce public funds. We are also simplifying access and speeding decisions, so countries see real progress sooner. And finally, we are working to expand our partnerships with new stakeholders such as private philanthropies to collaborate on joining our public investments with the private investments of foundations so that together we can scale up the outcomes that are critical to achieving the 2030 goals.

IPS: Countries facing debt and instability say targets feel out of reach. Should expectations be recalibrated or should financing mechanisms evolve?

Claude Gascon: We need to acknowledge these difficulties, but our response must be by evolving financing and delivery instead of lowering the goals. The GEF-9 opens more space for innovation and expands tracking of socio-economic co-benefits and transformational outcomes. There will also be a full review of the resource allocation model during the GEF-9 investment cycle to inform comprehensive changes in the GEF-10 cycle (from 2030 to 2034). The aim is faster, more flexible access that mobilises private and domestic finance alongside official development assistance (ODA). We must also work to support countries in their efforts to align national policies and eliminate perverse subsidies that could help in achieving global environmental goals.

IPS: With climate finance increasingly tied to geopolitical priorities, is there a risk of weakening multilateral funds like the GEF?

Claude Gascon: The opposite signal is coming through this replenishment. Even amid competing priorities, contributors have pledged an initial US$3.9 billion, with final approval due at the end of May from the GEF Council and public country announcements at the Assembly. The GEF’s family of funds and role across six international environmental conventions uniquely positions us to align diverse finance streams with agreed-upon global goals. That provides coherence and stability countries can count on.

IPS: Several Global South governments argue the GEF cycles are still too slow. What concrete changes can countries expect in speed and flexibility?

Gascon: I can give you three examples of practical shifts. First, the GEF is expanding the successful model of the Global Biodiversity Framework Fund’s one-step project approval process where appropriate. Second, we are increasing multi-trust-fund programming so countries can access multiple windows through a single operation. And finally, we have a cap on allocation of resources per GEF Implementing Agency that increases competition and a target to increase disbursements through Multilateral Development Banks. All these measures are designed to move from pledge to project to results faster.

IPS: The GEF is a connector across CBD, UNFCCC, and UNCCD. How can it strengthen this role without overstretching?

Gascon: By doing what only the GEF can: translate multiple international environmental conventions’ mandates into integrated programs while fostering policy coherence. We operate a family of funds under a shared architecture, coordinating smarter, sharing what works, and aligning with 2030 milestones. This means that one GEF dollar invested can deliver multiple benefits across several of the Conventions.

IPS: Private finance is key to closing gaps, but investors avoid fragile contexts. How realistic is this approach – and what lessons has the GEF learned so far about both its potential and its risks?

Claude Gascon: It’s realistic when structured well. From GEF-6 to GEF-8, US$369.5 million in GEF blended finance mobilised US$6.4 billion in co-financing. That is 17 dollars for each GEF dollar, with more than US$3.5 billion coming from private sources. The GEF also has deep experience with fragile contexts: over the last 35 years, 45 percent of our investments have included at least one conflict-affected country and 88 percent of country-level projects were in fragile situations. The main lesson we learned is to pair risk-sharing instruments and strong local partners around projects that fit local realities.

IPS: How is the GEF improving tracking and communication of real-world impact, especially at the community level?

Claude Gascon: The GEF-9’s results framework strengthens environmental outcome tracking and explicitly expands measurement of socio-economic co-benefits and contributions to transformational change. A Council-approved Knowledge Management & Learning strategy aligns data, learning, and communications, and we will continue spotlighting community-level results through platforms like the Small Grants Program and the Inclusive Conservation Initiative, with expanded inclusion under the whole-of-society approach.

IPS: Critics say global environmental finance reflects donor priorities more than recipient needs. How is the GEF addressing equity, voice, and decision-making for the Global South?

Claude Gascon: Equity is built into GEF-9. We have a goal of allocating 35% of total programming to benefit LDCs and SIDS; and an aspirational target of 20% of GEF-9 financing directed to support IPLCs. These targets are supported by updated guidance and a policy to strengthen IPLC engagement. It is also important to note that all funding decisions are made by recipient countries as to the use of GEF resources. This means that recipient country priorities are well supported in the GEF model.

IPS: How will the GEF remain relevant in an increasingly crowded and complex landscape?

The GEF will stay relevant by being more catalytic, coherent, and faster to impact. We will deepen systems-focused integrated programs; mainstream blended finance, maintain a high but disciplined innovation risk appetite, and streamline access and delivery so countries can deliver once and meet several global goals at the same time.

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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One of the biggest hidden threats to ocean health comes from biofouling — the accumulation of algae, barnacles and microorganisms on ships’ hulls that can transport invasive species across oceans. Credit: Aaron Smulktis/Unsplash

By Kizito Makoye
MAFIA ISLAND, Tanzania , May 14 2026 (IPS)

Under the warm waters off Tanzania’s Mafia Island, marine scientist Asha Mgeni hovers above a coral reef she has studied for years. Small fish dart through the currents. To most divers, the reef appears pristine. But Mgeni notices something unusual.

Tucked between coral branches are invasive organisms disrupting the reef’s natural growth and species, which were not there before, she says.

“We know these reefs,” she tells IPS. “When something new appears, it stands out immediately.”

For communities along Tanzania’s coastline, coral reefs are ecological treasures. They cradle fish stocks, soften the blow of crashing waves and support coastal economies increasingly threatened by climate change and environmental degradation.

Scientists say one of the biggest hidden threats comes from biofouling — the accumulation of algae, barnacles and microorganisms on ships’ hulls that can transport invasive species across oceans. For decades, ballast water was considered shipping’s main pathway for spreading invasive aquatic species. But maritime experts now say biofouling can no longer be ignored.

“Ballast water has certainly, historically at least, been considered the primary vector for IAS introductions,” says Will Griffiths, Project Technical Analyst at the International Maritime Organization. “However, the role played by biofouling in this regard has become more recognised in recent years, with some studies suggesting that in some locations, such as parts of Hawaii and New Zealand, it may have been the primary vector.”

Fish vendors wait for the arrival of the day’s catch along the shoreline in coastal Tanzania, where fishing sustains thousands of livelihoods. Marine scientists say invasive aquatic species linked to international shipping could disrupt fisheries and threaten food security for vulnerable coastal communities. Credit: Kizito Makoye/IPS

As global shipping expands, marine experts warn that invasive species are spreading through trade routes, disrupting ecosystems and threatening biodiversity. Scientists and regulators say biofouling can transport  marine organisms and pathogens across ecosystems, threatening fisheries and coastal economies.

“It is also worth noting that biofouling can represent a great species richness in terms of species transported by ships and also, therefore, potential pathogens,” Griffiths tells IPS.

Mwanahija Shalli, a professor of Marine and Coastal Resources Management at the University of Dar es Salaam, says marine biodiversity underpins livelihoods for millions of coastal residents through fisheries and tourism.

“Invasive aquatic species threaten ecosystems and fisheries by displacing native species,” she says. “If we fail to manage biofouling, we undermine important conservation efforts.”

A broad alliance led by the United Nations Development Programme (UNDP), the Global Environment Facility (GEF) and the International Maritime Organization (IMO) is stepping up efforts to confront a major environmental threat from shipping: the spread of invasive aquatic species through biofouling.

Port and maritime officials inspect a vessel at the Port of Dar es Salaam as part of efforts to monitor the environmental risks posed by invasive marine species spread through global shipping routes. Experts say biofouling on ship hulls has become a growing threat to marine biodiversity and coastal economies. Credit: Kizito Makoye/IPS

Known as the GloFouling Partnerships Project, the initiative aims to help countries strengthen regulations, improve monitoring systems and build technical capacity to reduce the transfer of invasive species through international shipping. The project supports  efforts to meet the United Nations Sustainable Development Goals — particularly the target to conserve and sustainably use oceans, seas and marine resources — while delivering climate benefits through improved vessel efficiency and lower emissions.

Scientists say organisms nestled on ship hulls increase drag, forcing vessels to burn more fuel and produce more emissions.

“Biofouling changes the affected ships’ hydrodynamics and increases drag, meaning there is increased fuel consumption and thus increased greenhouse gas emissions,” Griffiths says. “This can also be a major issue when fouling is on the ship’s propellers, which, due to shape, require specialist cleaning.”

He says biofouling can also interfere with vessel operations.

“There is also some anecdotal evidence to suggest fouling can cause blockages in seawater intakes, affect engine performance and even firefighting systems in extreme cases, which further increases fuel consumption,” he says.

Andrew Hume, Senior Environmental Specialist at the Global Environment Facility, says the initiative builds on earlier international efforts to control invasive species transported through ballast water.

“The GloFouling project builds on a long-standing partnership between the GEF UNDP and the IMO to address shipping impacts on the marine environment,” he says.

According to Hume, the project closes a major gap by targeting hull biofouling, another key pathway for invasive species transfer.

“Keeping ships’ hulls free from just a thin layer of slime could reduce a ship’s greenhouse gas emissions by up to 25 per cent,” Hume says.

A cargo ship enters the Port of Dar es Salaam, one of East Africa’s busiest maritime gateways. As shipping traffic increases, scientists and regulators are raising concerns about biofouling — the buildup of marine organisms on ship hulls that can transport invasive species across oceans. Credit: Kizito Makoye/IPS

Marine scientists warn that invasive aquatic species can dramatically alter ecosystems, outsmart native organisms and damage fisheries that support coastal livelihoods. The issue is  raising international concern as governments struggle to balance burgeoning maritime trade with the protection of ocean ecosystems. Griffiths says the international community has made substantial progress regulating ballast water through the Ballast Water Management Convention, but biofouling controls still lag behind.

“An important aspect to consider is that there is a robust international legal framework for managing ballast water, whereas at the international level biofouling provisions are, for the moment, recommendatory and only a few countries have biofouling regulations,” he explains.

Across East Africa, rising cargo traffic has increased concern about shipping’s ecological footprint. Similar efforts are underway globally. Indonesia estimates improved biofouling management could generate up to USD 7 million annually through healthier reefs, lower fuel consumption and reduced port maintenance costs.

In Peru, authorities are building a national aquatic biodiversity database to help scientists detect invasive species before they spread along the coastline.

“Collaboration in the project enabled the authorities to develop a national aquatic biodiversity catalogue providing the baseline knowledge to detect invasive species early and undertake rapid response,” Griffiths says.

In Fiji, the results are impressive.

“Fiji reported that as a result of the GloFouling dry dock training, they had improved the technical capacity of local personnel and gained access to resources to upgrade local facilities,” Griffiths says, adding that the programme had strengthened confidence among local maritime operators and enhanced Fiji’s position in the regional maritime services market

Meanwhile, Mauritius is encouraging private-sector investment in technologies designed to protect fragile marine ecosystems. Over the past six years, countries participating in the GloFouling initiative have moved toward stricter regulation and greater regional cooperation.

Australia and New Zealand have already introduced fully enforceable national regimes requiring clean hulls, biofouling management plans, record books and inspections consistent with the IMO’s 2023 Biofouling Guidelines. Griffiths says Brazil has emerged as a leader among developing nations.

“Brazil is the newest and most explicit adopter, directly embedding the 2023 guidelines into mandatory port state law,” he says. “Unlike the IMO’s voluntary approach, however, Brazil sets an explicit enforceable standard: vessels must arrive with no more than microfouling.”

The project has also expanded into maritime training and private-sector cooperation. Through the Global Industry Alliance, companies are testing hull coatings and cleaning technologies to limit the spread of invasive species.

“One of the project’s most transformative impacts has been creating a collaborative platform where technology innovators, regulators and industry leaders jointly develop and implement solutions for biofouling,” Griffiths says.

The alliance, initially created to support the project, has since evolved into a permanent collaboration. Griffiths says the group is expanding research into hull inspection technologies and the environmental impacts of antifouling coatings.

“The continuation of the GIA and its ongoing studies offers exceptional value as a driving force for industry innovation, standard-setting and knowledge dissemination,” he says.

Hume says the initiative builds on earlier GEF-supported efforts that led to the International Convention for the Control and Management of Ships’ Ballast Water and Sediments in 2004. He says the programme has since helped develop the IMO’s 2023 Biofouling Guidelines and supported pilot projects in 12 countries.

Hume says the GEF is preparing a second phase of investment aimed at helping more countries implement the IMO’s 2023 Biofouling Guidelines and strengthen international cooperation.

“The objective is to strengthen national and institutional capacity of developing countries to implement the guidelines in order to reduce invasive species and lower greenhouse gas emissions,” he says.

A second phase of investment expected before June  aims to strengthen national capacity, expand implementation and advance discussions toward a legally binding global framework on biofouling management. Although the GloFouling project officially concluded in May 2025, Griffiths says efforts are continuing through training programmes, technical studies and industry partnerships designed to maintain momentum ahead of anticipated binding international regulations by 2030.

Experts say cleaner hulls not only reduce the spread of invasive species but also lower fuel consumption and carbon emissions. However, scientists caution that poorly managed hull-cleaning practices can release chemicals and microplastics into marine environments.

Back on Mafia Island, Mgeni says the changes beneath the water are often subtle before they become irreversible.

“Once invasive species establish themselves, it becomes much harder to restore the balance,” she says.

For communities that depend on reefs for food, tourism and protection from storms, the battle against biofouling is becoming a fight to protect the ecosystems and livelihoods that depend on the ocean.

Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026, in Samarkand, Uzbekistan.
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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Jabiru Muhammed stands beside a tree planted as part of the Great Green Wall project in his village in Jigawa State. Credit: Promise Eze/IPS

By Promise Eze
GARABADU VILLAGE, Nigeria, May 12 2026 (IPS)

In 2021, Gadeja Shehu and about a hundred farmers in Garbadu village, Zamfara State in northwestern Nigeria, were invited by officials of the National Agency for the Great Green Wall to plant trees across a large stretch of land in their community.

Shehu remembers how fierce, dust-laden winds from the Sahara Desert often tore off the roof of his home and damaged his farmland. For him, taking part in the tree-planting exercise was a way to confront this challenge, especially after seeing the impact of similar interventions in other northern states such as Kaduna, Bauchi, and Jigawa, where desertification has degraded once fertile land.

The Sahara is advancing relentlessly across the Sahel, expanding by nearly 10 per cent since the 1920s. In Nigeria, around 35,000 hectares of land are lost each year as the desert continues to encroach southwards.

Trees planted in Garbadu village, Zamfura State. Credit: Promise Eze/IPS

Desertification is causing land degradation in the Sahel. Credit: Promise Eze/IPS

In Garbadu, a community of roughly 6,000 people who rely on farming, many had abandoned their fields, resulting in falling incomes and growing food shortages. However, the tree-planting initiative is beginning to reverse this trend. It is part of the Great Green Wall Initiative, an ambitious plan to create an 8,000-kilometre-long and 15-kilometre-wide belt of vegetation across Africa.

Launched by the African Union in 2007, the initiative spans 11 countries in the Sahel, including Mauritania, Senegal, Mali, Burkina Faso, Niger, Nigeria, Chad, Sudan, Ethiopia, Eritrea, and Djibouti. It aims to restore 100 million hectares of degraded land, generate 10 million jobs, and capture 250 million tonnes of carbon dioxide by 2030.

Nigeria’s section stretches roughly 1,500 kilometres, focusing on a 15-kilometre-wide belt of drought-resistant trees across vulnerable northern states.

Initially conceived as a plant barrier, the initiative has since expanded its goals. It now focuses on restoring degraded lands, halting desert expansion, improving soil and water conservation, supporting agriculture and livestock, creating green jobs, and helping communities adapt to climate change.

“The project has been really impactful here. Previously strong winds would rip off our roofs, but now it is no longer frequent. Before the plantation, the soil of the areas where the trees are now barely held water, but now it does have moisture and I’m happy the area is slowly turning green again,” said Shehu, who added that he continues to care for the trees.

Senegalese villagers working in a tree nursery forming part of the Great Green Wall. Photo: FAO/Benedicte Kurzen/NOOR

Family of Funds

The Great Green Wall has attracted significant funding over the years. The Global Environment Facility (GEF), a key partner, has provided more than $1 billion in grants. These funds have helped leverage an additional $6 billion from governments, development partners, and multilateral institutions. The investments have strengthened landscapes, improved livelihoods, reduced poverty, and enhanced food and water security.

Jonky Tenou, Africa Regional Coordinator at the GEF, said the GEF has supported the Great Green Wall Initiative through strategic, programmatic investments over successive replenishment cycles, leveraging its family of funds to build momentum and coherence.

These efforts include the GEF 4 Strategic Investment Program for Sustainable Land Management in Sub-Saharan Africa (SIP), the GEF 5 Sahel and West Africa Program (SAWAP), the GEF 6 Integrated Approach Pilot on Food Security (IAP Food Security), the GEF 7 Food, Land-Use and Restoration Impact Program (FOLUR), and, under GEF 8, the Transformational Approach to Large-Scale Investment in Support of the Implementation of the Great Green Wall Initiative (TALSISI GGWI).

Tela Jubrin, a farmer, planted trees for the Great Green Wall in Jigawa State, Nigeria. Credit: Promise Eze/IPS

Shafi’u Ladan, one of the farmers who participated in the tree planting project in Garbadu, Zamfara state. Credit: Promise Eze/IPS

Sustainable Impact

The TALSISI GGWI, Tenou explained, is designed as a truly programmatic, multi-country platform that builds on lessons learned over the past decade.

“Compared to earlier approaches, TALSISI places stronger emphasis on regional coordination, deeper integration across GEF focal areas, and a clear focus on scalability, learning, and adaptive management. Crucially, the programme also gives greater attention to the institutional, financial, and security constraints that have previously limited effectiveness, helping to create the conditions needed for sustained and transformative impact at scale,” he said.

Observers have noted that the Great Green Wall Initiative has often been criticised for being highly ambitious but slow in delivery — a concern acknowledged by the GEF and its partners. They stress, however, that the programme is not designed as a quick fix, but rather as a long-term intervention aimed at delivering sustained impact over time.

“Progress on the Great Green Wall is assessed through a transformational, system-level lens rather than through isolated output metrics. In Nigeria and across the Sahel, GEF investments have contributed to advancing land degradation neutrality objectives by strengthening sustainable land management practices, restoring ecosystem functionality, and improving livelihoods in highly vulnerable areas,” said Tenou.

Emmanuel Diagbouga, a natural resources planning and management expert based in Burkina Faso, said the effectiveness of the Great Green Wall Initiative depends on a clear and operational multi-level governance framework that connects regional coordination, national planning, and community-level implementation.

Community Ownership Drives Tree Protection

Murtala Bado, the village head of Garbadu, said one sign of the Great Green Wall Initiative’s progress is the behavioural change among community members in a region where deforestation is a serious problem.

He told IPS that people are now aware of the benefits of trees and no longer cut them in the Great Green Wall Initiative project sites. Defaulters who are caught are reported to village leaders and security agencies for disciplinary measures.

“The project has even provided employment opportunities for people here. Farmers who are part of it receive allowances from the government. This project cannot work if there are no people to take care of it. And for people to actually show up and take interest means that it is going to be sustainable in the long term,” he said.

Rising Above the Challenges

The Great Green Wall Initiative has achieved only 30 per cent of its planned execution in participating countries. In Nigeria, progress is higher, at about 50 per cent, but insecurity has slowed the project and remains one of its greatest challenges.

Insurgency in northern states such as Zamfara, Katsina, and Borno, where the project is implemented, has been a major obstacle. For decades, insurgents have imposed taxes, killed villagers, and kidnapped for ransom, targeting anything linked to the state, including environmental projects.

“Insecurity has emerged as one of the most critical risks to the long-term sustainability of the Great Green Wall, particularly in countries such as Burkina Faso, Mali and Niger. Direct operational constraints include armed conflict and the presence of non-state armed groups, which restrict access to restoration sites, force the suspension of field activities, and expose environmental staff and local partners to security threats. Several restored areas have been abandoned due to population displacement and the lack of institutional presence,” said Diagbouga, and the impact is that the budget is diverted toward defence spending.

Tenou said that despite the challenges, the GEF and its partners have responded by adopting flexible and adaptive implementation approaches, including working through local institutions, adjusting geographic focus when necessary, and integrating conflict-sensitive design.

“These approaches help sustain progress while safeguarding communities and ensure that investments remain aligned with GEF’s broader objectives on durability, inclusion, and risk-informed programming,” he said.

Addressing the Funding Gap

Another major challenge facing the initiative is financing. In 2021, $19 billion was pledged at the One Planet Summit to support the Great Green Wall. However, the United Nations Convention to Combat Desertification estimates that at least $33 billion is needed to meet its targets, leaving a significant funding gap. Experts say that even where funds exist, their impact has yet to be fully felt.

“The Great Green Wall project has been observed to be hindered by a massive gap between pledged and disbursed funds, with only a fraction of promised international funding, often less than 10% in some areas, reaching local implementers. It has also been observed that severe bureaucratic delays, lack of local capacity to manage funds, and high regional insecurity are some of the reasons stalling progress,” said Yusuf Maina-Bukar, a former Director-General/Chief Executive Officer of the National Agency for the Great Green Wall, which has been implementing the initiative in Nigeria since 2015.

The GEF acknowledged that coordination across diverse national contexts remains a central challenge of the Great Green Wall initiative but noted that this is addressed through regional frameworks, shared results architectures, and close collaboration with regional institutions such as the Pan-African Agency of the Great Green Wall, while maintaining flexibility to accommodate country-specific priorities.

Maina-Bukar told IPS that collaborating effectively to ensure that funding for the initiative translates into lasting impact requires shifting from a top-down, tree-planting approach to a community-driven, integrated landscape management model. This, he said, should be supported by harmonised, multi-level funding, such as that promoted by the UNCCD, which allows partners to measure, report, and verify implementation using a common framework.

He added that other measures include empowering local ownership, establishing transparent monitoring systems, fostering public-private partnerships, and using tools such as the Regreening Africa App to track and evaluate restoration efforts on the ground.

Despite the challenges, Diagbouga believes that “the Great Green Wall has the potential to become one of the most impactful climate resilience and land restoration initiatives globally.”

Great Green Wall: Achievements

Graphic: Wilson Mgobhozi/IPS

Burkina Faso

Graphic: Wilson Mgobhozi/IPS

Ethiopia

Graphic: Wilson Mgobhozi/IPS

Nigeria

Graphic: Wilson Mgobhozi/IPS

Niger

Graphic: Wilson Mgobhozi/IPS

Senegal

Graphic: Wilson Mgobhozi/IPS

Mali

Graphic: Wilson Mgobhozi/IPS

Chad

Graphic: Wilson Mgobhozi/IPS

Sudan

Credit: Wilson Mgobhozi/IPS

Mauritania

Graphic: Wilson Mgobhozi/IPS

Eritrea

Graphic: Wilson Mgobhozi/IPS

Djibouti

Graphic: Wilson Mgobhozi/IPS

Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026, in Samarkand, Uzbekistan.

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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Malawian Farmers harvest sweet potatoes in fields where no chemicals have been used. Credit: Albert Khumalo

By Benson Kunchezera and Tanka Dhakal
LILONGWE & VIENTIANE, May 7 2026 (IPS)

For decades, pesticides have been a quiet pillar of Malawi’s agriculture, guarding crops against pests, improving yields, and sustaining millions of livelihoods. But beneath this success story lay a troubling reality: weak regulation, unsafe handling practices, and growing threats to human health and the environment.

Between 2015 and 2023, USD 2.55 million by the Global Environment Facility (GEF) set out to confront these challenges head-on. Today, it is leaving behind a legacy that is transforming how Malawi manages pesticides from importation to disposal and reshaping the way farmers think about crop protection.

At the centre of this shift is a stronger institutional framework. The project supported a comprehensive review of national pesticide regulations, bringing them closer to international standards. It also invested in training regulatory staff in pesticide registration, monitoring, enforcement, and lifecycle management, areas that had long remained underdeveloped.

“We invested heavily in strengthening systems, not just solving immediate problems,” said Precious Chizonda, Registrar of the Pesticides Control Board of Malawi and former National Coordinator for the GEF project. “This has positioned Malawi to better manage pesticides across their entire lifecycle, from importation to disposal.”

A major milestone was the development of a strategic plan for the Pesticides Control Board (PCB), aimed at improving efficiency and aligning operations with global best practices. Collaboration played a crucial role. The Malawi Bureau of Standards provided laboratory services for pesticide quality testing, while the Ministry of Agriculture ensured policy coordination. Together, these institutions helped elevate the PCB’s effectiveness and national visibility.

Some examples of pesticide-free farming include bananas grown using manure and tomatoes grown using neem water to deter pests and a woman farmer is shown mixing ash with her pigeon peas for storage to protect them from weevils. Credit: Albert Khumalo

Obsolete Pesticides

The project also delivered concrete environmental results. Approximately 208 tonnes of obsolete pesticides — including highly hazardous persistent organic pollutants — were safely destroyed through high-temperature incineration. Another 40 tonnes of contaminated waste were secured in an engineered landfill. These efforts eliminated long-standing sources of soil and water pollution, protecting ecosystems and communities.

Equally significant was the introduction of a pilot system for managing empty pesticide containers. Initially constrained by regulatory challenges, the initiative has since gained traction and continues beyond the project’s lifespan. Supported by industry stakeholders such as CropLife, it now collects used containers from farms across the country, demonstrating a viable model for environmentally sound waste management.

A field of irish potatoes grown without using chemicals. Credit: Albert Khumalo

Farm Level Changes

But perhaps the most profound change is happening at the farm level.

In Lichenza, under Chiladzulu’s Thumbwe Extension Planning Area, 39-year-old farmer Emily Zuwedi recalls how deeply rooted pesticide use once was. “We used to believe in pesticides when growing our crops, but that is now a thing of the past,” she said.

Zuwedi joined a farmer training group in 2017, where she learned about integrated pest management (IPM) and alternative methods that reduce reliance on chemicals. Today, she grows onions and beans using these techniques, cutting costs while protecting her health and the environment.

“I am spending less money now, and my crops are still doing well,” she said.

Her experience reflects a broader shift among smallholder farmers. Albert Khumalo, an Extension Development Officer in Chiladzulu, said the transition was not immediate. “At first it was difficult for farmers to accept, but after the trials they get along,” he explained.

Since 2024, Khumalo and his team have trained at least 100 farmers in pesticide-free farming methods. The results are encouraging – farmers are reducing production costs, improving soil health, and becoming more environmentally conscious.

“This program is helping farmers conserve the environment while also saving money,” Khumalo said. “And those who learn are now able to share knowledge with others.”

The project has also strengthened Malawi’s compliance with international chemical conventions by building expertise in risk assessment and regulatory procedures, an area where the country previously faced challenges.

While gaps remain, particularly in scaling up initiatives to reach more smallholder farmers, the progress is undeniable. Malawi is demonstrating that agricultural productivity and environmental protection do not have to be at odds.

Across the country’s fields, a quiet transformation is underway – one in which safer practices, stronger systems, and informed farmers are cultivating not just crops but also a more sustainable future.

In Lao PDR, the UNDP and the Ministry of Agriculture and Forestry lead a $4.2 million GEF-funded FARM project. Credit: Lao farmer network

Laos Sustainable Farming

However, GEF funding is being used in several parts of the world, including Asia.

In Lao PDR, GEF funding is helping farmers adopt and apply practices that promote sustainable agriculture.

Laos farmers are being trained and given extension support to “reduce dependence on hazardous pesticides while integrating environmentally friendly pest management approaches”, Saithong Phengboupha, project manager at the Department of Agriculture under the Ministry of Agriculture and Environment, said.

“This aligns their practices with good agricultural standards, translating upstream policy gains into tangible on-farm change.”

According to the Ministry, GEF funding has been helpful to create the foundation by strengthening the legislative and regulatory environment governing pesticide and agricultural input management.

“Key milestones include the promulgation of the Law on Crop Production and the development of decrees on fertiliser regulation and good agricultural practices (GAP), currently in the final stages. The instruments establish the legal basis for sustained enforcement and compliance beyond the project lifecycle,” Phengboupha said, explaining how FARM funding is being used to improve the agricultural future of the country.

The $4.2 million initiative through the FARM project is led by the UNDP and the Ministry of Agriculture and Forestry.

The FARM project is establishing a pilot on agrochemical container and plastic waste management in Viengphoukha District, Luang Namtha Province.

Smallholder farmers have responded to the pesticide management training and promotion of alternatives to chemical pesticides. Credit: Marco J Haenssgen/Unsplash

Integrated Pest Management

According to the ministry, the pilot is designed to demonstrate the effectiveness of a structured approach for the collection, interim storage, and environmentally sound management of empty pesticide containers.

“It also aims to strengthen institutional coordination among relevant government agencies, local authorities, and private sector stakeholders, while enhancing farmer awareness and compliance with recommended practices, including triple rinsing, segregation, and safe return mechanisms,” he said.

The project has supported awareness-raising and capacity building among local authorities, extension workers, and farmers on the risks associated with obsolete and banned pesticides, as well as on safe handling, repackaging, and temporary storage practices. In selected locations, pilot measures have been introduced to improve containment, labelling, and secure storage to minimise environmental and health risks.

Phengboupha says smallholder farmers in Lao PDR have generally responded positively to Integrated Pest Management (IPM) training and the promotion of alternatives to chemical pesticides supported by the FARM project. He added “training interventions have contributed to improved understanding of pest ecology, safer pesticide use practices, and the benefits of adopting non-chemical and low-toxicity control methods, including biological control, cultural practices, and mechanical measures.”

However, adoption rates vary depending on access to extension services, market pressures, availability of alternative inputs, and perceived short-term effectiveness of chemical pesticides.

“Constraints remain, including limited access to certified biopesticides, weak input supply chains for IPM alternatives, and continued reliance on agrochemical vendors for technical advice in some areas,” he added.

Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026, in Samarkand, Uzbekistan.

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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Coastal villages throughout the Solomon Islands rely on selling fish for household incomes. Selling fish in Auki, Malaita Province, Solomon Islands. Credit: Catherine Wilson/IPS

By Catherine Wilson
SYDNEY, Australia, Apr 29 2026 (IPS)

It is an invisible contaminant that has been found in fisheries, an essential part of the food chain for many Pacific Islanders. Mercury, emitted from fossil fuel power generation and other industrial processes around the world, has now penetrated marine ecosystems in the Pacific Islands with detrimental consequences for people’s health and wellbeing.

But island states, supported by scientific expertise at the Secretariat of the Pacific Regional Environment Program (SPREP), the United Nations Environment Program (UNEP) and funding by the Global Environment Facility (GEF), the world’s largest multilateral fund  for the environment, are implementing the action needed. The Mercury Free Pacific campaign is forging progress to protect islanders and their natural habitats from poisoning.

“Our communities face mercury risks from two main sources: what we eat, fish, and what we use in our homes and workplaces,” Emelipelesa Sam Panapa, Chemical Management Officer at the Department of Environment in the Polynesian atoll island nation of Tuvalu, told IPS. “Fish is the most widespread and challenging risk. It is not just food; it is central to our culture, livelihood and food security.”

The Mercury Free Pacific Campaign has brought together Pacific Island nations and the expertise of the SPREP and UNEP and been made possible with funding by the GEF. Credit: GEF

Mercury is a natural element in the Earth that has been released into the atmosphere for millennia through volcanic events and rock erosion. But human-generated, mostly industrial, processes have accelerated the build-up of mercury emissions. Metal processing facilities, cement works, the production of vinyl monomer and coal-fired power stations are the biggest contributors to the high levels of mercury in the atmosphere today.

From 2010 to 2015 alone, global anthropogenic mercury emissions rose by 20 percent, reports the UNEP. Coal-burning processes account for about 21 percent of all emissions. And this is projected to increase if a further 1,600 planned coal-driven power stations, on top of the existing 3,700 worldwide, are built. Already mercury in the atmosphere is about 450 percent above natural levels, reports UNEP.

After travelling long distances, mercury emissions then deposit in oceans. And toxicity begins when natural bacteria in aquatic environments mix with mercury, transforming it into Methylmercury, which is a neurotoxin. In the Pacific region, Methylmercury has contaminated beaches, coral reefs and fisheries, including swordfish, shark, tuna and mackerel, that are commonly consumed daily. Seafood is an important source of protein for up to 90 percent of Pacific Islanders and contributes to cash-based livelihoods for about 50 percent, reports the Food and Agriculture Organisation (FAO).

Today mercury is named one of the top ten chemicals of concern to public health by the World Health Organization (WHO) and the danger is especially acute in women and children. It can, in higher doses, inflict damage on cardiovascular organs, kidneys and the nervous systems of pregnant women and subsequently affect organ development of the foetus.

A fisherman on the coast of Funafuti, Tuvalu, throwing a weighted net out into the seawater, a traditional form of fishing. Credit: Rodney Dekker / Climate Visuals

The results of a medical study conducted by the Biodiversity Research Institute (BRI) confirmed health concerns.  Testing for traces of mercury in 757 women, aged 18-44 years, in the developing island states of the Caribbean, Indian and Pacific Oceans, including the Cook Islands, Tuvalu, Kiribati, Tonga and Marshall Islands, revealed that 58 percent possessed a level in their bodies that exceeded the safe threshold of 1ppm Hg. Researchers concluded the most likely cause was the high consumption of contaminated fish. In comparison, women who consumed lower amounts of fish and seafood recorded the lowest levels of mercury.

However, islanders also encounter toxicity in their households. Mercury is used in the production of common imported consumer products, such as fluorescent light tubes, electrical switches, dental amalgam fillings and skin lightening cosmetics. But it is when these products reach the end of their lives and are discarded that mercury is at risk of lingering indefinitely in the environment.

“The core of the problem is that mercury-added products are not being separated from municipal solid waste, and there are no local facilities for the environmentally sound disposal of mercury waste,” Soseala Tinilau, SPREP’s Hazardous Waste Management Advisor, told IPS. Also, “medical waste incineration sites are identified as potential sources of mercury emissions to the air.” And in some locations, raw sewerage flows have contributed mercury waste due to affected products being washed down drains into waterways and the sea.

A challenge is that waste management systems in many Pacific Island countries are constrained by lack of capacity, technology, resources and infrastructure. “There are no local facilities for the environmentally sound disposal of mercury waste. Therefore, a system for packing, exporting and disposing of this waste in an approved facility abroad is a critical need,” Tinilau specified.

Fisheries, susceptible to mercury contamination, are a major source of food and protein for Pacific Islanders. Fish market, Port Moresby, Papua New Guinea. Credit: Catherine Wilson/IPS

Several years ago, numerous Pacific Island states, including Kiribati, Palau, Tonga, Tuvalu and Vanuatu, joined the Minamata Convention. The first global agreement to reform the ways in which mercury is used, phase it out in industries and develop better waste management practices, among other measures, came into effect in 2017.

Now governments in the region are drawing further on the power of multilateral collaboration in the Mercury Free Pacific initiative. The expansive mandate of the GEF-funded project includes conducting national surveys of mercury contamination, educating local communities about the risks, reviewing exposure to mercury-added consumer products, reforming waste management practices and assisting governments to develop relevant legislation.

The GEF is funding US$12.6 billion in environmental projects currently underway globally, which are expected to generate a further US$80.5 billion in co-financing. And it has a long view of its commitment to the Mercury Free Pacific project through its GEF Islands program, with goals outlined until at least 2030.

Anil Bruce Sookdeo, the GEF’s coordinator for Chemicals and Waste, elaborated that in the Pacific the GEF has provided US$1.5 million for gathering mapping data, its analysis and developing action and remedial plans in eleven Pacific Island nations, including the Federated States of Micronesia, Samoa, Kiribati, Tuvalu and Vanuatu.

A further US$2 million is allocated to supporting national responses, such as devising effective legislation, community awareness programs and improving waste management processes. The campaign “represents a long-term regional objective, rather than a time-based project and requires sustained commitment and coordinated action by Pacific countries, regional institutions and partners,” he emphasised.

GEF funding has empowered Tuvalu, a country comprising nine coral islands and 11,800 people in the South Pacific, to make strides in its whole-of-society response to the issue.  The government has been able to strengthen its capacity and expertise, organise media awareness campaigns and oversee consultation with industries, communities and civil society organisations.

“For the first time, we have a national estimate of where mercury is coming from…we are beginning to understand the risks to our people and we have a roadmap for future action,” Panapa said in outlining the benefits of the Mercury Free Pacific initiative. At the same time, “these efforts represent the beginning of a longer journey to build community understanding and change behaviours related to mercury-added products, waste disposal and dietary choices.”

But a mitigation goal at the top of the list is to prevent mercury from reaching the islands. “Making marine life safe from mercury contamination is not about eliminating mercury already present in the ocean, but about preventing further contamination and managing the risk of exposure,” Tinilau said.

This means, among other measures, restricting the importation of mercury-added consumer products and galvanising global action to halt mercury emissions. Global consensus on phasing out coal-fired power stations and reforming industrial processes would be a start.

Pacific Island countries are demonstrating the political will and action with “regional coherence, national ownership and sustained momentum toward reducing mercury risks to human health, the environment and food systems in the Pacific,” emphasised Sookdeo from the GEF. Now, big emitters need to heed the urgency of reducing emissions at their source.

Notes: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026, in Samarkand, Uzbekistan.
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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Seychelles’ pioneering blue bond offers a compelling lesson in practical ocean finance. Credit: Michaela Rimakova/Unsplash

By James Alix Michel
VICTORIA, Seychelles, Apr 29 2026 (IPS)

As the world prepares for the Global Environment Facility (GEF) meeting in Samarkand next month, Seychelles’ pioneering blue bond offers a compelling lesson in practical ocean finance.

For small island states, the ocean is not merely a natural resource; it is the foundation of national life, economic opportunity, and long-term resilience against climate threats.

As President of Seychelles, I introduced the blue economy as a national vision as early as 2008. I did so because I believed then—as I do now—that for an island nation spanning 1.4 million square kilometers of ocean, sustainable development must begin with responsible stewardship of our marine resources. Our future depended on learning how to protect biodiversity, manage fisheries sustainably, and build economic models that serve both present needs and future generations. This vision positioned Seychelles as an early advocate for integrating ocean health with national prosperity.

That vision was not developed in isolation. It was strengthened through deliberate steps and high-level conversations that bridged policy ambition with financial innovation. A key milestone came with the debt-for-nature swap, finalized with the Paris Club creditors and The Nature Conservancy in 2014. This landmark agreement restructured approximately US$21.6 million in debt, freeing resources for marine conservation and climate adaptation. It directly led to the creation of SeyCCAT, the Seychelles Conservation and Climate Adaptation Trust, which has since become a vital mechanism for channeling funds into ocean protection, sustainable fisheries, and resilience projects.

As President, I also discussed the blue bond concept directly with the then Prince of Wales, Prince Charles, during the Commonwealth Heads of Government Meeting in Sri Lanka in November 2013.

Meeting with the Prince of Wales in Sri Lanka in 2013 at the Commonwealth Heads of Government Meeting (CHOGM). Credit: James Alix Michel

His International Sustainability Unit was already promoting innovative ocean finance mechanisms, and our conversation highlighted the urgent need for small island states to access capital markets tailored to blue economy priorities.

This exchange, combined with early engagement from the World Bank and Commonwealth partners, helped refine the idea into a viable sovereign instrument. It underscored a growing global recognition that traditional financing was inadequate for the unique challenges of climate-vulnerable, ocean-dependent nations.

The blue bond represented the culmination of this journey. Structured with technical support from the World Bank, a US$5 million guarantee from the multilateral lender, and a US$5 million concessional grant from the GEF, it raised US$15 million from private investors including Calvert Impact Capital, Nuveen, and Prudential Financial.

On 29 October 2018, Seychelles launched the world’s first sovereign blue bond at the Our Ocean Conference in Bali — an event I had the privilege of attending. This was not just a financial milestone for Seychelles; it was a global proof of concept for ocean-positive investment.

Launch of the Seychelles Blue Bond in Bali at the Ocean Conference in 2018. Credit: James Alix Michel

The bond’s structure was as innovative as its purpose. Proceeds were allocated to expand marine protected areas to 30% of Seychelles’ exclusive economic zone, improve fisheries governance, and develop sustainable blue economy sectors like eco-tourism and seafood value chains. Managed through SeyCCAT and the Development Bank of Seychelles, the funds supported grants and loans for projects that delivered measurable environmental and economic returns. Investors benefited from blended finance that de-risked the instrument, while Seychelles gained long-term capital for priorities that traditional aid could not address.

For small island developing states (SIDS), this model holds profound significance. Nations like Seychelles grapple with high public debt (often exceeding 60% of GDP), acute climate exposure, a heavy reliance on marine resources for 20-30% of GDP, and limited fiscal space. Conventional loans and grants are frequently too rigid, too short-term, or misaligned with ocean realities.

The blue bond demonstrated that sovereign debt instruments can be repurposed for sustainability, attracting private capital while advancing public goods like biodiversity protection and community livelihoods.

Its broader impact extends beyond the US$15 million raised. The Seychelles blue bond lent credibility to the blue economy as a bankable asset class, inspiring subsequent issuances by Gabon (2022), Ecuador (2024), and others. It proved that nature-based solutions and financial innovation are complementary, not competitive. By linking debt restructuring, conservation trusts, and market-based finance, Seychelles created a replicable blueprint that has influenced global discussions at forums like the UN Ocean Conference and G20 sustainable finance tracks.

Yet this success should not be romanticized. Innovative finance alone cannot resolve systemic inequities in the international financial architecture. Blue bonds require robust institutions, transparent governance, technical capacity, and a pipeline of investable projects—foundations that not all SIDS possess. Seychelles benefited from strong political commitment, capable partners like the World Bank and GEF, and a pre-existing conservation framework. Without these, such instruments risk becoming symbolic rather than substantive.

This is precisely why the GEF assembly in Samarkand is so timely. Oceans face escalating crises: overfishing depletes 35% of stocks, plastic pollution chokes marine life, warming waters trigger coral bleaching, and habitat loss threatens 40% of global biodiversity. Yet ocean finance remains woefully inadequate—less than 1% of climate finance targets marine ecosystems, despite the ocean’s role in absorbing 25% of CO₂ emissions and producing 50% of planetary oxygen.

Samarkand offers a platform to scale solutions like Seychelles’ model.

The GEF, as a catalytic funder, should prioritize blue finance architecture for SIDS and coastal states. This means expanding blended finance facilities, providing first-loss guarantees, offering concessional capital, and building capacity for project pipelines. It also requires policy reforms to integrate blue bonds into debt sustainability frameworks, ensuring they complement—rather than compete with—multilateral debt relief initiatives.

Seychelles took a calculated risk in 2008 by centering the blue economy in national strategy. We persisted through debt swaps, presidential diplomacy, and patient institution-building. The blue bond was the reward: a tool that converted vulnerability into opportunity.

As delegates converge on Samarkand, let Seychelles’ story serve as both inspiration and imperative. The blue economy will not thrive on declarations or pilot projects. It demands instruments that harness private capital for public purposes, turning ocean ambition into enduring action. Seychelles opened the door.

The GEF and global community must now widen it—for islands, for coasts, and for the shared blue planet we all depend on.

Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026, in Samarkand, Uzbekistan.

James Alix Michel is the former President of Seychelles (2004–2016) and a global advocate for the blue economy, ocean conservation and climate resilience.

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A worker operates a geothermal pipeline at the Laudat plant in Dominica, part of a clean energy project supported by the Global Environment Facility. The project illustrates the kind of system-wide transition GEF-9 aims to scale across small island developing states. Credit: Alison Kentish/IPS

By Alison Kentish
SAINT LUCIA, Apr 27 2026 (IPS)

The gap between global environmental ambition and real-world progress is widening, with less than five years left to meet key climate and biodiversity targets.

Against that backdrop, attention is increasingly turning to how international environmental finance can deliver faster, deeper change on the ground.

Earlier this month, nations pledged $3.9 billion to the Global Environment Facility (GEF) for its latest funding cycle, known as GEF-9, running from July 2026 to June 2030.

The new cycle is being positioned as part of the response to lagging global environmental action. The GEF will aim for an important upscaling of conservation efforts across terrestrial and marine environments and, importantly, will also aim to influence and transform how economies produce, consume and develop.

What GEF-9 Is Trying to Change

The Global Environment Facility is the world’s largest multilateral environmental fund, supporting developing countries to meet commitments under multilateral environmental agreements on climate change, biodiversity, land degradation, chemicals and ocean governance.

That comprises six global environmental agreements, including the United Nations Framework Convention on Climate Change and the Convention on Biological Diversity.

But officials say GEF-9 reflects a shift in thinking, adding that incremental environmental action is no longer enough to keep pace with accelerating ecological decline.

“The global community has set very ambitious goals for 2030 and, regrettably, we are nowhere close to achieving them,” said Fred Boltz, Head of Programming at the GEF. “As a consequence, the shared environmental challenge we now face is to manage a changing Earth system to sustain a healthy planet for healthy people.”

In this context of change and uncertainty, existing approaches have reached their limits.

“Upscaling conventional solutions is not sufficient to address our planetary-scale, existential challenge,” Boltz said.

From Projects to Systems Transformation

At the core of GEF-9 is a deliberate shift toward what the organisation describes as “systems transformation”, consistent with the GEF Integrated Programs (IPs) which are an important complement to funding traditional environmental projects that are necessary but not sufficient to address planetary challenges.  Systems transformation through the GEF IPs aims to change underlying incentives, institutions and pathways that currently drive climate change, ecosystem and biodiversity loss, land degradation, and pollution.

Rather than treating environmental damage as a series of isolated problems, the GEF IPs are built around the idea that economies themselves must be reshaped to operate within ecological limits. That includes the major systems that determine environmental outcomes at scale: food systems and agriculture, urban development, production supply chains, and land, water and ocean use.

The approach reflects what GEF describes in its strategic framework as a response to “accelerating global environmental crises” and the need for a more integrated response that aligns multilateral environmental agreements and development efforts.

“In addition to conserving the most important areas, restoring degraded ecosystems and preserving the adaptive capacity of our Earth, we must urgently focus on transforming human production and consumption practices,” said Boltz, pointing to the scale of change required to meet global environmental targets.

Under GEF-9, this shift is being operationalised through four linked pathways.

The first is expanding and diversifying environmental finance, including through blended finance models that combine public funding with private investment to close persistent financing gaps.

The second is embedding nature more directly into national development planning, ensuring environmental priorities are not treated as stand-alone goals but integrated into economic decision-making, fiscal policy and sector planning.

The third focuses on what the GEF calls “valuing nature in the economy”, including internalising the value of nature in economic designs and decisions, mobilising private capital, and aligning investment flows with environmental agreements through tools such as natural capital accounting and nature-positive value chains.

The fourth is broader “whole-of-society” engagement, which places Indigenous peoples, local communities, civil society, youth and women more centrally in the design and implementation of environmental programmes. The GEF considers that, as stewards of the Earth, all of them must take part in its conservation while also benefiting from the wealth of nature.

Taken together, these approaches reflect what the GEF describes as a shift toward nature-positive development. This is where economic growth and environmental protection are no longer treated as competing priorities but as interdependent goals.

Rather than funding isolated conservation projects, GEF-9 is therefore designed to operate across entire landscapes and seascapes, recognising that ecosystems, economies and communities are deeply interconnected and must be managed as such.

A Shift in How Environmental Finance Works

A key change under GEF-9 is how environmental action will be financed.

The fund is expanding its use of blended finance by combining public funding with private investment to unlock significantly larger flows of capital.

While earlier cycles used this approach in limited ways, GEF-9 is expected to scale it up as part of a broader strategy to close persistent environmental financing gaps.

Boltz said the focus is now on upscaling and transformative change rather than incremental gains.

“We are really focusing on transforming human production and consumption practices and operating at a scale in the conservation of ecosystems that enables planetary adaptation to a changing climate and to unrelenting human demand for ecosystem goods and services,” he said.

New financial instruments, including outcome-based bonds and nature-linked investment mechanisms, are also expected to play a greater role in attracting long-term private capital.

What It Looks Like on the Ground

In practice, the shift is already visible in energy transitions in small island states.

In Dominica, geothermal energy development supported through GEF-linked financing is expected to replace around 65% of fossil fuel-based electricity generation.

The impact goes beyond emissions reductions.

For island economies dependent on imported fuel, such transitions can reduce energy costs, ease fiscal pressure and improve resilience to global price shocks.

“This systems transformation benefits the environment in Dominica and benefits the global community by reducing greenhouse gas emissions while also ensuring lasting human benefits for the people of this island nation, in turn increasing the likelihood of success and sustainability for those investments,” Boltz said.

GEF-9 approach. Graphic: IPS

Integration Replaces Silos

Another defining feature of GEF-9 is integration across sectors and across the GEF “family of funds” – a shift away from treating the conservation of biodiversity, land and ecosystems, marine and freshwater systems, chemicals and waste management, and climate change mitigation and adaptation as separate sectors with distinct investments and isolated efforts.

Instead, projects are increasingly being designed to address these challenges together, reflecting the reality that environmental systems do not operate in isolation.

The approach is driven by both efficiency and impact. Combining interventions is expected to deliver multiple benefits at once, while avoiding fragmented efforts that can undermine long-term results.

Under this model, a single intervention can generate overlapping gains across different environmental priorities. Mangrove restoration, for example, can strengthen coastal protection against storms, support biodiversity habitats and store carbon. Sustainable agriculture initiatives can improve food security while also reducing pressure on soils, forests and freshwater systems.

The approach is also linked to broader GEF-9 priorities around scaling impact across landscapes and seascapes, rather than limiting action to protected areas or project boundaries. That includes managing ecosystems as connected systems, where upstream land use, coastal resilience and marine health are interdependent.

Boltz said this shift reflects how environmental pressures are actually experienced by countries on the ground.

“Countries face a spectrum of environmental challenges that do not neatly fall into different categories and the GEF must operate and support the achievement of lasting environmental outcomes in this reality,” he said.

Focus On Vulnerable Countries and Communities

The new cycle also places stronger emphasis on countries and communities most exposed to environmental risks, reflecting greater equity in how global environmental finance is distributed.

Small island developing states and least developed countries are expected to receive a larger share of resources under GEF-9, alongside increased support for Indigenous peoples and local communities who are often on the frontlines of conservation but historically underfunded.

Boltz said this shift is now embedded in the fund’s programming priorities, including a formal commitment to expand Indigenous-led environmental action.

“We have committed to an aspirational target of 20% of GEF financing to support Indigenous peoples’ efforts in environmental stewardship across the GEF family of funds. We have also significantly expanded a dedicated financing instrument to support Indigenous peoples’ stewardship. That has increased fourfold. It was 25 million in GEF-8. It’ll be 100 million in GEF-9.”

He added that the increase reflects growing recognition that environmental outcomes are stronger when local and Indigenous communities are directly resourced and involved in decision-making, particularly in areas such as forest management, land, water and ocean stewardship and biodiversity protection.

What Success Will Look Like

By 2030, success under GEF-9 will not be measured only by financial commitments or project delivery.

Instead, it will be judged by whether structural changes begin to take hold, whether energy systems become cleaner, ecosystems more resilient and economies less damaging to nature.

Boltz said the benchmark is long-term transformation.

“Success looks like maintaining the core elements of what is necessary for a vibrant and resilient planet,” he said, pointing to shifts in the conservation of large marine, terrestrial and freshwater systems and transformations in food systems, supply chains, and urban development.

Why It Matters Now

With global environmental targets under increasing pressure, GEF-9 represents a test of whether international finance can move at the speed and scale required to influence real-world systems.

The initial $3.9 billion commitment pledged by GEF donors in April secures the financial foundation for the next cycle, but it also raises expectations about delivery.

For countries already experiencing the impacts of climate change, particularly small island states, the question is no longer about ambition.

It is about whether systems can be reshaped quickly enough before environmental thresholds are crossed.

Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026, in Samarkand, Uzbekistan.
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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Excerpt:

Beekeepers harvest honey from an ABL hive in the Tana Delta, Kenya. Credit: Chemtai Kirui/IPS

By Chemtai Kirui
GOLBANTI, Kenya, Apr 23 2026 (IPS)

Lydia Hagodana stands next to a bee yard (apiary) in Golbanti, Tana Delta, where she lives. The air carries a low, steady hum as bees move in and out in a constant stream. She lifts the back of one hive slightly, gauging its weight.

“This hive is mine,” she says. “I have two.”

Hagodana is one of 25 members of the Golbanti women’s group, which manages about 50 hives shared between them. Each member keeps a pair, harvesting honey a few times a year. Some of the income is kept individually, while a portion is pooled into group savings to support a small communal vegetable farm.

The apiaries sit along the southern banks of the Tana River, where it begins to split into the channels that form the lower delta. In the rainy season, the land opens into floodplains, drawing migratory birds and supporting wildlife, including hippos, crocodiles and the rare Tana River topi.

Lydia Hagodana in the area where she keeps one of her beehives in the Tana Delta, Kenya. Credit: Chemtai Kirui/IPS

Patches of gallery forest along the riverbanks are home to two critically endangered primates – the Tana River red colobus and the crested mangabey.

In recent years, beekeeping has offered an alternative source of income in a place where livelihoods have long depended on farming, fishing and livestock. For women in particular, managing hives marks a shift from more physically demanding work and from roles traditionally dominated by men.

Before the bees, these same floodplains were at the centre of proposals for large-scale biofuel plantations – plans that raised concerns about converting wetlands into industrial agriculture.

“This was linked to the European Union policy to blend biofuels with fossil fuels,” said Dr Paul Matiku, executive director of Nature Kenya. “Africa was seen as a place with ‘idle’ land that could be converted to these crops, including jatropha and sugarcane.”

At the time, the Kenyan government framed the projects as part of vision 2030 – a way to bring development and jobs to what officials described as an “empty” region.

Land clearing had begun. In some places, fields were ploughed before indigenous families had gathered their belongings. A wildlife corridor used by elephants and other species was carved into plantation blocks.

Tensions Rose

By 2012, violent clashes had erupted, turning the delta into what investors began calling a “red zone”.

“We woke up to a challenge about where the Tana Delta was going,” said Matiku, who helped lead the legal fight to stop the expansion. “You cannot convert wildlife land and food-producing land into fuel for cars. We had to unleash every bit of machinery we had to stop it.”

A coalition of conservation groups and local communities took the government to court.

In February 2013, Lady Justice Mumbi Ngugi halted the proposed large-scale developments in the delta, ruling that the state had failed to account for the rights of local people.

“The court said no one could move forward without a land-use plan developed with the people,” Matiku said.

Over the next two years, communities, county officials and conservation groups worked together to map the delta – dividing the landscape into zones for grazing, farming and conservation under what became the Tana Delta Land Use Plan (LUP).

For the first time, the delta had a formal set of rules.

But another question followed: could conservation pay?

A group of community members gather outside an African Beekeepers Limited facility in Kenya’s Tana Delta to discuss the business of beekeeping. Credit: Chemtai Kirui/IPS

From Idle Land to Natural Economy

With support from the United Nations Environment Programme (UNEP), researchers began calculating the economic value of the delta’s ecosystems – reframing them from “idle land” into a functioning natural economy.

The partners approached the Global Environment Facility (GEF), the world’s largest multilateral fund for the environment. In 2018, after a technical review process, the fund approved a USD 3.3m grant for restoration in the Tana Delta under the Restoration Initiative.

The funding aimed to stabilise a landscape long marked by land disputes and failed biofuel schemes. Working with UNEP and Nature Kenya, the program supported consultations, legal drafting, and the work needed to turn the land-use plan into law.

Between 2019 and 2024, the county enacted 29 policies and legislative instruments aimed at regulating land use, conservation and climate action.

“We have moved from loosely coordinated conservation projects to a law-driven governance framework that integrates land use, climate change and community engagement,” said Mathew Babwoya Buya, Tana River county’s environment executive.

Tana River county has set aside at least 2% of its development budget for climate resilience and ecosystem restoration.

For the 2024/25 fiscal year, the county’s total budget is about KSh 8.87 billion (USD 68.76 million). Of that, roughly KSh 3 billion (USD 23 million) is development spending, implying annual allocations of about KSh 60 million (USD 460,000) for restoration programmes.

The commitment helped secure new funding from the GEF, which approved a grant of about USD 3.35 million for the Tana Delta under its Restoration Initiative.

Project documents show the program mobilised roughly USD 36.8 million in co-financing, about eleven dollars for every dollar of GEF funding, a commonly cited measure of leverage in conservation finance.

“The Tana Delta project shows what is possible when country ownership is strong and priorities are clearly aligned. This level of leverage reflects deep national commitment, strong engagement from a wide range of stakeholders, and clear links to value chains and local business opportunities. The project’s integrated, landscape-based approach allows it to address multiple challenges at once, making it an attractive platform for partners to invest alongside GEF,” said Ulrich Apel, a senior environmental specialist at the GEF.

The composition of that financing shows that the bulk originates from public agencies and development partners, including multilateral programmes and philanthropic funding. Only about USD 341,000 – less than 1 per cent of the total – is attributable to direct private-sector investment.

Apel explained the figures do not necessarily capture the full extent of commercial activity.

“It is important to understand how co-finance is defined and recorded,” Apel said. “Only capital explicitly committed to a project through formal letters is captured. There can be private sector flows into these value chains that do not show up in the co-financing numbers.”

UNEP officials say the structure is intended to use public funding to reduce land-use risk and attract investment over time.

“The GEF grant was designed to play a catalytic role,” said Nancy Soi, a UNEP official involved in the project.

By funding land-use planning, cooperative structures, and governance systems, she said, the program has helped “derisk” the delta for commercial activity in sectors such as honey, chilli, and aquaculture.

In parallel, other partners are beginning to test that approach in specific value chains.

In aquaculture, the Mastercard Foundation, working with TechnoServe, is supporting a program aimed at about 650 young entrepreneurs in Tana River County.

How that model translates into sustained commercial investment is still being tested on the ground.

In Golbanti, where Hagodana’s hives sit along the riverbanks, one of the emerging value chains is honey production. The work is being developed through a partnership with African Beekeepers Limited (ABL).

Under the model, the company supplies modern hives and technical expertise, manages production, and buys the honey at a fixed price – removing one of the biggest risks in rural markets: price volatility.

Nature Kenya says it has deliberately avoided locking farmers into long-term contracts at this stage, allowing time to assess whether production volumes and pricing can prove viable.

“We managed to pay 76 farmers about KSh700,000 (USD 5,400) from honey harvested in the delta,” said Ernest Simeoni, director of ABL, referring to the project’s first production cycle.

Numbered beehives in a conservation area of Kenya’s Tana Delta. Credit: Chemtai Kirui/IPS

Not Just Beekeeping, It’s the Business of Beekeeping

Simeoni said the approach differs from many donor-led initiatives, which typically focus on training farmers to manage hives independently.

“There are hundreds of modern hives across Kenya, but they don’t produce honey,” he said. “The missing link is expertise.”

Instead, ABL keeps production under the company’s control, deploying its teams to monitor colonies, harvest honey, and oversee processing.

“We’re not training farmers how to do beekeeping,” he said. “What we’re doing is business – showing how to make money from honey.”

Community groups provide land and security for the hives, while the company manages harvesting and processing. Simeoni said that structure helps maintain consistent production volumes.

Even so, he cautioned that the model remains fragile. Access to affordable finance is limited, and much of the sector still depends on donor-backed projects to absorb early risk.

“If donor funding disappears tomorrow, most of these projects stop,” he said.

Looking beyond small-scale value chains, the county is also trying to attract larger investments through a proposed development plan known as the “Green Heart”.

A 60-hectare site in Minjila has been earmarked for an industrial hub intended to support agroprocessing, logistics and green manufacturing, according to Mwanajuma Hiribae, the Tana River county secretary.

“We are working to establish an investment unit to coordinate engagement with private firms,” she said. Funds have also been allocated to develop a masterplan for the site.

But the project remains at an early stage. The land has yet to be formally transferred to the county’s investment authority, and proposals from potential investors are still under review.

Officials say any future development will need to align with the delta’s land-use plan and environmental safeguards.

For now, however, the flow of private capital to the delta remains limited.

Experiences elsewhere in Kenya suggest the model, while technically replicable, depends heavily on political will, security conditions and sustained public financing – factors that vary widely between regions.

In western Kenya, a similar land-use planning approach has been introduced in Yala Swamp, with mixed results. While Busia county has formally adopted the framework, neighbouring Siaya has yet to approve it, with local officials citing competing political and commercial interests around large-scale agriculture.

“The science is replicable,” said Matiku. “But political interests can slow or block implementation.”

In Golbanti, the idea of a restoration economy is beginning to take shape in small ways.

Beekeepers at the African Beekeepers Limited facility in Kenya’s Tana Delta. Credit: Chemtai Kirui/IPS

Welcome Income

Income from honey, though modest and still irregular, is starting to filter into daily life.

For Hagodana, it helps pay school fees for her six children, supports a small farm, and contributes to a shared fund used to grow vegetables. Some of the money is spent, some saved, and some reinvested.

She has been keeping bees for two years. Before that, she says, life was harder. Now there is at least something to rely on.

She does not plan to stop. Whether or not outside support continues, she says she will keep the hives and hopes eventually to learn how to process honey into other products.

Back in the apiary, the bees move in and out of the hives in a steady rhythm.

Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026 in Samarkand, Uzbekistan.

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.

IPS UN Bureau Report

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A sea turtle is released from the hatchery in Cox’s Bazar, Bangladesh to begin its hazardous journey to the sea. Credit: UNDP Bangladesh

By Rafiqul Islam
COX'S BAZAR, Bangladesh, Apr 20 2026 (IPS)

Every winter thousands of sea turtles come ashore at Cox’s Bazar, in the Bay of Bengal, Bangladesh, to lay eggs.

Their path to their breeding grounds is hazardous – fishing nets, propellers, light pollution, coastal developments, stray dogs and other dangers conspire against their success.

The area is rich in biodiversity, with five out of seven ancient reptiles present in Bangladesh’s waters, with three – the Olive Ridley (Lepidochelys olivacea), the Green Turtle (Chelonia mydas), and the Hawksbill (Eretmochelys imbricata) – coming ashore for nesting.

Stefan Liller, UNDP Bangladesh representative, gently releases the young turtles from the hatchery. Credit: UNDP Bangladesh

Amid such unfavourable odds for the aquatic creatures, a group of young people volunteer to protect the turtles on the beach at Cox’s Bazar during the breeding season from November to March, contributing to their successful conservation.

“In the past, we did not know how sea turtles help conserve marine ecosystems. Now we know sea turtles play an important role in conserving biodiversity,” Rezaul Karim, a resident of Shafir Beel village in Cox’s Bazar, told Inter Press Service (IPS).

Karim is one of the youths trained for sea turtle conservation under a project run by the Arannayk Foundation, a non-profit conservation organisation in Bangladesh. The foundation established a sea turtle conservation group involving 25 local youths (11 women, 14 men) under its Ecosystem Awareness and Restoration Through Harmony (EARTH) project. EARTH is supported by the Forest Department, the Department of Environment (DoE), and the United Nations Development Programme (UNDP) with funding from the Global Environment Facility (GEF).

A youth group performs a play designed to sensitise the community to conservation issues. Credit: Arannayk Foundation

The group is working to raise awareness about sea turtle conservation among fishermen, youth, and the local community. They are also aiming to encourage a shift in local attitudes by engaging community members.

Group leader Delwar Hossain, a resident of Sonarpara village under Ukhyia upazila, said sea turtles play a crucial role in maintaining marine ecosystems, as different species of sea turtles help sweep or clean the ocean by managing various food sources and habitats.

He said there is a superstition among the marine fishermen that if turtles are caught in their fishing gear, it will bring bad luck and that is why they kill turtles caught in their nets.

“We held meetings with the fishermen several times and made them aware of sea turtle conservation,” Delwar said.

Turtle conservation group leader Delwar Hossain with others on Cox’s Bazar Beach, Bangladesh. Credit: Rafiqul Islam/IPS

Gabriella Richardson Temm, Lead of the Small Grants Program at the GEF, says civil society, Indigenous Peoples, local communities, and youth and women groups around the world “play critical roles in shaping global development agendas. They deliver transformational solutions to global environmental problems, bring rights holders and marginalised voices into national policy dialogues, and elevate local priorities in international environmental negotiations and financing.”

The small grants program has served as a cornerstone of civil society engagement within the GEF partnership since its inception in 1992.

“Over three decades, the program has demonstrated remarkable reach and impact, administering over US$1.5 billion through nearly 30,000 grants to Indigenous Peoples, local communities, women, and youth across 136 countries. This extensive network has successfully secured US$990 million in co-financing, demonstrating the program’s effectiveness in mobilising additional resources for environmental action at the grassroots level,” says Temm.

Grassroots community protection has been acknowledged as contributing to the success of moving one of the sea turtles – the green turtle – to the International Union for Cons

ervation of Nature’s (IUCN) ‘Least Concern’ list. Other factors include international trade bans, reduced poaching, and improved fishing gear.

However, the species predominantly nesting in the Cox’s Bazar beaches, the Olive Ridley is classified as ‘Vulnerable’ on the IUCN Red List of Threatened Species, while the Hawksbill Turtle remains ‘Critically Endangered’ due to population declines.

Many sea turtles don’t survive the hazardous journey to the nesting grounds at Cox’s Bazar Beach, Bangladesh. Credit: Bangladesh Forest Department

Establishment of Turtle Hatchery

In Cox’s Bazar, with the help of the foundation, the youth group surveyed a 10 km stretch from Reju Khal to Balia Khali beach to identify sea turtle nesting sites. It also gathered insights from local communities on sea turtle breeding seasons, nesting frequency, preferred locations, and community perceptions regarding conservation.

Following the assessment, a sea turtle hatchery was established in Boro Inani, Cox’s Bazar. The hatchery is now playing a crucial conservation role, as these statistics show.

Between January and April 2024, 5,878 Olive Ridley eggs were collected from various nests at Swankhali, Ruppati, Imamer Deil, and Madarbunia sea beaches, resulting in 3,586 hatchlings hatching, with an average hatching success of 61 percent.

Also, from February to April 2025, a total of 3,199 eggs were collected, and by May 2025, 716 hatchlings had been released.

Stefan Liller, UNDP Bangladesh representative in the turtle hatchery. Credit: UNDP Bangladesh

Delwar said that stray dogs often eat the turtle eggs so the hatchery makes a significant contribution.

“We collect eggs that turtles release on the shore and bring those to the hatchery for hatching. Besides, we ask the community people to give turtle eggs to the hatchery. We, the group members, collect the turtle eggs from them too.”

Nurul Afsar, another TCG member, said many ethnic communities living in Cox’s Bazar consume turtles and their eggs – so the group plays a role in encouraging them not to consume but instead protect them.

ABM Sarowar Alam, program manager (species and habitats) at the IUCN in Bangladesh, said Cox’s Bazar Beach was once the ideal breeding ground for sea turtles, but it has dwindled due to habitat loss, poaching, and human disturbance.

He believes that several areas of the beach should be declared as “protected areas for sea turtles” to ensure safe breeding and that fishing should be restricted in the canals connecting to the sea so that turtles can move freely for nesting.

The group also addresses other hazards, such as the issue of stray dogs that kill the turtles and consume the eggs.

Firoz Al Amin, range officer of Inani Forest Range in Ukhiya, said the Forest Department has been working to control the stray dogs on the beach, aiming to protect the turtles.

A sea turtle moves toward the sea. Local conservationists are making a difference to the future of these ancient aquatic animals. Credit: UNDP Bangladesh

EARTH Project, More Than Turtle Conservation

Dr Mohammed Muzammel Hoque, national coordinator of the GEF Small Grants Program at UNDP Bangladesh, said the EARTH project’s role went beyond turtle conservation in the region.

It has elephant-response teams to mitigate conflicts between elephants and humans. The Five Crab Conservation Groups (CCG), comprising 25 youth members, and five sea Turtle Conservation Groups (TCG), also consisting of 25 youth members, remain active. The project was also working towards restoring habitats, with over 7,780 seedlings planted with support from the EARTH Project, with around 80% surviving.

However, Hoque said that the success is dependent on funding – and it’s hoped that once a Forest Trail becomes operational, it can generate revenue from tourists.

Abu Hena Mostafa Kamal, program coordinator of the Arannayk Foundation, said the project, by integrating livelihoods with conservation, “helped grow a sense of ownership among community members and youth, ensuring that environmental protection is not just a project outcome but a sustained, collective commitment.”

Note: The Eighth Global Environment Facility Assembly will be held from May 30 to June 6, 2026 in Samarkand, Uzbekistan.

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.

IPS UN Bureau Report

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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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The Global Environment Facility (GEF) announced that donor countries ​p​ledged an initial ​U​SD 3.9 billion to ​the facility for the ninth replenishment cycle​, indicating that nature remains a priority, as in this image, where a veterinary team applies a collar to a sedated elephant​ in KwaZulu-Natal​, South Africa, as part of an ambitious project aimed at conserving the animals. Credit: Dan Ingham/IPS

By Alison Kentish
SAINT LUCIA, Apr 9 2026 (IPS)

With just four years left to meet a series of global environmental targets, governments are committing to shore up one of the world’s main environmental funds, the Global Environment Facility (GEF), with a $3.9 billion pledge.

The funding will form the backbone of the GEF’s ninth replenishment cycle, known as GEF-9, a four-year financing round running from July 2026 to June 2030. Those years are widely seen as decisive for slowing biodiversity loss, tackling pollution and keeping climate goals within reach.

While the $3.9 billion pledge signals renewed momentum, it comes at a moment of deepening environmental strain. Ecosystems are continuing to decline, coral reefs are bleaching at scale and small island states are already grappling with the economic and social fallout of environmental change.

“This replenishment sends a clear message: the world is not giving up on nature,” said Claude Gascon, the GEF’s interim chief executive. He noted that donor countries had “risen to the challenge and made bold commitments towards a more positive future for the planet” despite competing global priorities.

“The coming four years of the GEF-9 cycle will reflect this high-ambition push to achieve the 2030 environmental goals,” he said.

The GEF, the world’s largest multilateral environmental fund, supports developing countries in meeting commitments under major global agreements on climate change, biodiversity, land degradation, chemicals, and ocean governance. Since its establishment, it has provided more than $27 billion in grants and mobilised a further $155 billion in co-financing.

GEF’s next funding round, its ninth replenishment cycle, aims to scale investment and mobilise private capital to close widening environmental financing gaps. Credit: Kea Mowat/Unsplash

Rewiring Economies Around Nature

At the centre of the new funding cycle is a push toward what the GEF calls “nature-positive development”. It is an effort to embed environmental value into economic decision-making rather than treating it as a secondary concern.

That includes reworking systems that drive environmental degradation, such as food production, energy, urban development and public health, so they operate within ecological limits.

The strategy also leans heavily on attracting private investment. Around 25% of GEF-9 resources are expected to be used to mobilise private capital, reflecting a growing recognition that public funding alone cannot close the global environmental financing gap.

Focus on the Most Vulnerable

The allocation of funds carries a clear political signal.

At least 35 percent of resources are expected to go to Least Developed Countries and Small Island Developing States (SIDS), countries that contribute least to environmental degradation but face some of its most severe impacts. A further 20% is earmarked for Indigenous Peoples and local communities.

For Caribbean nations, where coastal erosion, stronger storms and coral reef loss are already reshaping economies, the funding could prove significant if it translates quickly into action on the ground.

“We need multilateral cooperation more than ever to protect our planet for future generations,” said Niels Annen, describing the replenishment as a “joint effort” between countries in the Global North and South. “Environmental action and sustainable development have to go hand in hand. In GEF-9, we see Germany’s priorities very well reflected: innovative finance for nature and people, better cooperation with the private sector and stable resources for the most vulnerable countries.”

Support for the funding round has also come from Spain and Mexico, with Inés Carpio San Román emphasising the importance of “effective multilateralism” and Mexico backing “country-driven solutions” to global environmental challenges.

Calls to Deliver Results

Civil society groups have welcomed the increased emphasis on inclusion, particularly the allocation for Indigenous Peoples and local communities.

“This will strengthen a whole-of-society approach,” said Faizal Parish, Chair of the GEF’s Civil Society Organization Network, while Aliou Mustafa, of the GEF’s Indigenous Peoples Advisory Group, said the shift reflects efforts to place Indigenous groups “at the centre of decision-making.”

Still, expectations are high and time is short.

“The environmental crises we face are accelerating,” said Richard Bontjer. He described the  replenishment as “a vote of confidence” while stressing that “every dollar must count.”

“This replenishment will sharpen the GEF’s focus on impact, drive greater efficiency and mobilize private finance alongside public investment. It will also strengthen support to SIDS and LDCs and give recognition to the importance of supporting Indigenous Peoples and local communities.”

With the 2030 deadline fast approaching, the success of this funding round will ultimately be judged not by the size of the pledges but by how quickly they translate into measurable gains—restored ecosystems, protected coastlines and more resilient economies.

For countries on the frontlines, including those in the Caribbean, the $3.9 billion is not just another funding cycle.

It is a narrowing window of opportunity.

Additional pledges are expected before the end-of-May GEF Council meeting, when countries will lock in the final size and ambition of the four-year funding round.

The 71st GEF Council meeting will be held in Samarkand, Uzbekistan, from May 31 to June 3, 2026. The meeting will take place in advance of the Eighth GEF Assembly, when individual country pledges will be publicly announced.

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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Excerpt:

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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