Participants at the AfDB pavilion at the Second Africa Climate Summit in Addis Ababa, Ethiopia. Credit: Farai Shawn Matiashe/IPS

By Farai Shawn Matiashe
ADDIS ABABA, Sep 16 2025 (IPS)

As increasingly frequent droughts and devastating floods are affecting agricultural productivity, leaving millions of people food insecure in Africa amid a lack of climate finance, the African Development Bank (AfDB) has committed USD 11 billion to support various climate-resilient and infrastructure projects in rural areas.

Climate change-induced humanitarian emergencies are materializing in every corner of the world. Often, more frequently than predicted. Over the past few years, many countries have been experiencing extreme weather events almost every month. Poor countries like those in Africa emerged as the worst affected, bearing the brunt of climate change.

Africa warmed faster than the rest of the world, according to a report released last year by the World Meteorological Organization (WMO). The Horn of Africa, as well as Southern and Northwest Africa, suffered from exceptional multi-year droughts recently, while other African countries reported significant casualties due to extreme precipitation leading to floods in 2023.

Targeting Climate Action Projects

James Kinyangi, coordinator of the Climate and Development Special Fund and the Climate Action Window at AfDB, said they are providing funding for various climate adaptation and mitigation projects across Africa.

“AfDB has several ways in which they are tackling climate challenges and integrating finance for climate action in its portfolio. Last year, we had total approvals for projects in African countries for about USD 11 billion,” he told IPS in an interview at the AfDB Pavilion during the Second Africa Climate Summit (ACS2) held in Addis Ababa, Ethiopia, from 8 to 10 September. The summit took place in anticipation of the United Nations Climate Conference (COP30), in Belém, Brazil, scheduled for November 2025.

“Out of that, close to half was mainstream climate finance. Of the nearly USD 5 billion that went to climate finance, nearly 65 percent was adaptation finance. The remaining was mitigation.”

Kinyangi said they have a mainstream of climate finance for climate action in their main portfolio, making sure that all of the lending of the bank responds to climate action.

“We also screen our projects. Now, nearly 100 percent of all new approvals of the bank are mainstream with climate action. They are climate-informed designs of projects,” he said.

Kinyangi, an AfDB early warning expert, says they also have various special funds and trust funds that respond to climate change.

“One that is visible is through our major constitutional lending window, the African Development Fund. We have created the Climate Action Window, which has mobilized a total of USD 500 million as climate finance,” he said. “That has now been programmed for 37 low-income African countries that benefit from the resources of the African Development Fund. We have about 41 projects that are adaptation and we have another 18 projects that are mitigation.”

The cost of climate adaptation in sub-Saharan Africa would be between USD 30 and 50 billion annually over the next decade, according to the WMO. This is a huge blow to a continent where 118 million extremely poor people have a daily income of less than USD 1.90 per day. If adequate climate funding is not secured in time, farmers in the rural areas will be poorer by 2030 as national budgets continue to be diverted.

AfDB’s investments in Africa cut across energy, agriculture, water resources and sanitation, forestry, climate information systems, and green projects seeking finance to help transform mitigation pathways. Kinyangi said several of these projects are designed to support rural communities, including early warning systems, climate-smart agriculture and clean cooking solutions.

In the Sahel region, AfDB is supporting a project called Farmer Managed Natural Regeneration (FMNR), a low-cost, sustainable approach where farmers protect and manage the natural growth of trees and shrubs on their agricultural lands, rather than planting new ones. The practice restores degraded soil and increases agricultural yields, improving food security.

As part of their climate-smart agricultural projects, AfDB is supporting 20 million farmers across Africa. Kinyangi said AfDB is supporting technologies like drought insurance for the management of risks associated with losses of livestock and crops due to drought. He said the result is a whole host of technologies they are financing in rural communities across Africa, supporting farmers with water harvesting and renewable energy.

In Zimbabwe, for instance, AfDB is working with the International Fund for Agricultural Development, a United Nations agency working to eliminate poverty and hunger in rural areas and the United Nations Children’s Fund (UNICEF) to support school feeding programs for children.

“This includes improving cooking equipment in schools and improving the delivery of vaccines and other medications through rural dispensaries by use of cold chains powered by solar, ” said Kinyangi. Across Africa, AfDB is revamping irrigation projects, changing from diesel-powered to solar-powered systems to reduce emissions.

Bridging the Financing Gap for Countries in Debt Distress

Several African countries that are exposed to extreme weather events like droughts and floods divert their national budgets to respond to these disasters. These are funds meant for the health and education sectors, which are diverted to support affected communities and rebuild destroyed infrastructure. To fill the financing gap, they turn to multinational lenders like the International Monetary Fund (IMF) and the World Bank, which leaves them in debt.

Efforts have been made in the past to restructure debt through the G20 Common Framework, which was created during the COVID-19 crisis in 2020 as a debt relief effort. But African leaders say it is slow and creditor-driven. Five years after it was established, only Ghana and Zambia have managed to restructure their debt under the G20 Common Framework.

Between 2010 and 2020, Africa’s external debt increased more than fivefold and accounted for almost 65% of Gross Domestic Product in 2023. Even though Africa’s average debt-to-GDP ratio is expected to decrease to 60% in 2025, the continent faces an escalating debt crisis, according to the African Union. Statistics from the IMF and World Bank’s Debt Sustainability Framework show that African countries in distress, or at high risk of debt distress, have risen from 9 in 2012 to 25 in 2024.

Kinyangi said the AfDB Climate Action Window was established to help countries in debt distress.

“For example, countries like Mozambique, Malawi and Zimbabwe are exposed to tropical cyclones in the Indian Ocean. So, they divert national resources to combat the negative impacts of tropical cyclones. That leaves them in a budget hole. Sometimes they have to borrow to leave that budget hole.”

Kinyangi said AfDB’s aspirations are to ensure that it channels more climate finance to vulnerable countries to cushion those countries against having to divert important national budgets to combat the impacts of climate change. He said climate finance is supposed to go directly to building resilience against the negative impacts of extreme weather events while preserving the national budget that is meant to create education systems and promote health and infrastructure.

The AfDB was among the African banks that have committed to mobilizing USD 100 billion to fund green industrial projects at the ACS2. While a copy of the final declaration from the three-day Addis Ababa Summit is yet to be released, African leaders set a new goal to raise USD 50 billion annually for climate solutions. In 2023, about USD 26 billion was mobilized at the ACS1 in Nairobi, Kenya, but it is not clear how much funding has been disbursed. The continent needs USD 1.3 trillion per year to finance its climate adaptation plans, according to the AU.

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In September 2024 heavy rainfall caused flooding and landslides in Nepal, villages like Roshi in Kavre district affected. Credit: Barsha Shah

By Tanka Dhakal
BLOOMINGTON, USA, Jun 23 2025 (IPS)

Asia is heading towards more extreme weather events with a possibility of heavy toll on the region’s economies, ecosystems, and societies, says the World Meteorological Organization (WMO).

The WMO’s State of the Climate in Asia 2024 report released today says Asia is currently warming nearly twice as fast as the global average, fueling more disaster-prone weather events.

In 2024, Asia’s average temperature was about 1.04°C above the 1991–2020 average, ranking as the warmest or second warmest year on record, depending on the dataset. The warming trend between 1991 and 2024 was almost double that during the 1961 to 1990 period.

Report highlights the changes in key climate indicators, including surface temperature, glacier mass, and sea level, which will have major impacts in the region. “Extreme weather is already exacting an unacceptably high toll,” said WMO Secretary-General Celeste Saulo.

In 2024, heatwaves gripped a record area of the ocean. Sea surface temperatures were the highest on record, with Asia’s sea surface 10 years period warming rate nearly double the global average.

Report says that sea level rise on the Pacific and Indian Ocean sides of the continent exceeded the global average, increasing risks for low-lying coastal areas.

“The work of National Meteorological and Hydrological Services and their partners is more important than ever to save lives and livelihoods,” Saulo said.

Asia land temperatures. Source: World Meteorological Organization (WMO).

Water Resources Are in Danger and Causing Destruction

State of the glaciers, which are regarded as water storage for most of the region, is facing an existential threat. Reduced winter snowfall and extreme summer heat caused decisive damage to glaciers in the central Himalayas and Tian Shan Mountain range. 23 out of 24 glaciers suffered mass loss, leading to an increase in hazards like glacial lake outburst floods and landslides and long-term risks for water security.

The High-Mountain Asia (HMA) region, centered on the Tibetan Plateau, contains the largest volume of ice outside the polar regions, with glaciers covering an area of approximately 100,000 square km. It is known as the world’s Third Pole. Over the last several decades, most glaciers in this region have been retreating. Which is increasing the risk of glacier lake outburst floods (GLOFs).

Community in Thame village in the Mt. Everest region in Nepal is still recovering from the disaster caused by a small glacial lake outburst flood in August 2024, while living in fear of a similar disaster.

From the high Himalayas to coastal areas in Asia experiencing destructive weather events. Extreme rainfall caused great damage and heavy casualties in many countries in the region, tropical cyclones left a trail of destruction, and drought added heavy economic and agricultural losses.

The report included a case study from Nepal, showing how important early warning systems and anticipatory actions are to prepare for and respond to climate variability and change. In late September 2024, Nepal experienced heavy rainfall that led to severe flooding and landslides across the country.

According to the government data, the disaster claimed at least 246 lives and left 218 people missing. Damages to energy infrastructure are estimated at 4.35 billion Nepali rupees, while the agricultural sector faced a loss equivalent to 6 billion Nepali rupees. Reports note that early warning systems and preparation for anticipatory actions helped limit human casualties. But the Department of Hydrology and Meteorology (DHM) in Nepal highlighted the urgent need for a tailored, impact-based flood forecasting system at the national level.

Extreme heat events

In many parts of Asia, extreme heat is becoming a concerning issue as countries like India, Bangladesh, and Pakistan in South Asia are already dealing with heat waves. In 2024, prolonged heat waves affected East Asia from April to November.

According to the report, Asia is the continent with the largest landmass extending to the Arctic and is warming more than twice as fast as the global average because the temperature increase over land is larger than the temperature increase over the ocean.

In 2024, most of the ocean area of Asia was affected by marine heatwaves of strong, severe, or extreme intensity—the largest extent since records began in 1993.  During August and September 2024, nearly 15 million square kilometers of the region’s ocean were impacted—one-tenth of the Earth’s entire ocean surface.

“The purpose of the report is not only to inform. It is to inspire action,” said president of WMO Regional Association Dr. Ayman Ghulam.

He highlighted the need for stronger early warning systems, regional collaboration, and greater investments in adapting transboundary water and climate risk management.

“We must ensure that modern science guides decision-making at every level,” Ghulam said.

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“10,000 Ships for the Ocean," launched at the UNOC3 in Nice, aims to build the Global Ocean Observing System (GOOS) by collaborating with the maritime industry to collect data. Credit: Kizito Makoye/IPS

By Kizito Makoye
NICE, France, Jun 10 2025 (IPS)

A groundbreaking initiative to revolutionize global ocean observation is being launched this week at the UN Ocean Conference side event, aiming to enlist 10,000 commercial ships to collect and transmit vital ocean and weather data by 2035.

Known as “10,000 Ships for the Ocean,” the ambitious program seeks to vastly expand the Global Ocean Observing System (GOOS) by collaborating with the maritime industry to install state-of-the-art automated sensors aboard vessels that crisscross the globe’s waters.

“Ships have been observing the ocean for centuries, but today, we are scaling up with purpose and urgency,” said Joanna Post, Director of the Global Ocean Observing System at UNESCO’s Intergovernmental Oceanographic Commission (IOC), at a press conference. “What we want to do now is to create a win-win model for the shipping industry and the planet—providing useful data for forecasting and resilience, while helping optimize shipping routes and reduce risks.”

The initiative, backed by the World Meteorological Organization (WMO), France, and major shipping players, comes at a pivotal time as climate-driven disasters increasingly wreak havoc on vulnerable coastal communities. Observations from the ocean surface—ranging from temperature to salinity to atmospheric conditions—are critical for weather forecasts, early warning systems, climate models, and maritime safety.

A Critical Infrastructure for Humanity

“Ocean observations are not just a scientific endeavor. They are critical infrastructure for society,” said Post. “We need this data to understand climate change, predict extreme weather events, and respond to disasters. Yet the ocean remains vastly under-observed.”

Currently, only around 1,000 ships regularly collect and share data with scientific networks. The initiative aims to increase this number tenfold, mobilizing 10,000 vessels to provide near real-time ocean data that can be used to power the UN’s Early Warnings for All initiative, support the Global Greenhouse Gas Watch, and advance the goals of the UN Ocean Decade.

Mathieu Belbéoch, Manager of OceanOPS—run jointly by WMO and IOC—described the system as a “complex infrastructure of systems” composed of some 10,000 elements, including satellites, buoys, and ships. “If you want to make any prediction, you need observation,” he said. “Commercial vessels are the missing link in helping us build a more complete picture of what is happening at sea.”

Belbéoch emphasized that over a century of maritime observation provides a strong foundation, but the data gaps remain vast. “This initiative is about making use of the ships already out there. The ocean is our blind spot, and yet it drives our climate.”

A Smart Business Move for Sustainability

The campaign invites shipping companies to voluntarily join the program by installing standardized, automated observation equipment on board. “It’s a smart business move,” said Post, “because in addition to serving the common good, it helps the industry reduce fuel costs, increase safety, and meet sustainability goals.”

In response to a question raised by IPS on how developing countries with limited merchant fleets can participate in the initiative, Post explained, “This is where partnership becomes crucial. Even if countries don’t have large commercial fleets, they can benefit from the data and engage through science, policy, or by hosting data centers. Inclusivity is key to making this a truly global system.”

Strong Political Momentum

The launch of the 10,000 Ships initiative comes just as momentum builds around the Agreement on the Conservation and Sustainable Use of Marine Biological Diversity of Areas Beyond National Jurisdiction (BBNJ), also known as the High Seas Treaty. With 136 signatories and now 16 ratifications, the treaty is edging closer to the 60 ratifications needed to enter into force.

UN Secretary-General António Guterres called the agreement a “historic step towards protecting vast areas of the ocean,” urging nations to ratify quickly.

The joint declaration unveiled at the conference called for concrete commitments by 2030 and 2035, aligning the 10,000 Ships program with broader Sustainable Development Goals and the UN Ocean Decade’s Challenge 7: expanding the Global Ocean Observing System.

“The ocean has long given to us,” said Ambassador Peter Thomson, the UN Secretary-General’s Special Envoy for the Ocean. “It’s time we give back—through action, technology, and partnerships. 10,000 ships is not a dream. It’s an imperative.”

As oceans warm, sea levels rise, and extreme weather intensifies, the launch of this initiative signals a critical move toward a more informed, prepared, and cooperative global response. The sea may be vast, but with the right tools and partnerships, it need not be unknown.

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