CGIAR Developing Farmers’ Resilience in the Face of Climate Shocks

Civil Society, Climate Action, Climate Change, COP29, Editors’ Choice, Featured, Food Security and Nutrition, Food Sustainability, Global, Headlines, TerraViva United Nations

COP29

Ismahane Elouafi, Executive Managing Director of the Consortium of International Agricultural Research Centers (CGIAR). Credit: CGIAR

Ismahane Elouafi, Executive Managing Director of the Consortium of International Agricultural Research Centers (CGIAR). Credit: CGIAR

BAKU, Nov 16 2024 (IPS) – As COP29 negotiations continue in Baku, agricultural leaders are pitching the need for climate-resilient and data-driven solutions to support marginalized farmers and low-income communities.


In an exclusive interview with Inter Press Service (IPS), Ismahane Elouafi, Executive Managing Director of the Consortium of International Agricultural Research Centers (CGIAR), discusses the impact of digital tools, precision agriculture, and low-emission food systems on achieving a sustainable and equitable food future. 

Inter Press Service: How helpful are digital tools in supporting marginalized farmers?

Ismahane Elouafi: Digital tools offer immense potential, especially in bridging the knowledge gap between agricultural experts and rural farmers who often lack access to information. Over the past few decades, funding for traditional extension services has dwindled, so digital solutions in local languages can fill this void. Imagine a farmer receiving real-time advice on managing water, soil fertility, or disease in a language they understand—this could revolutionize small-scale farming. Additionally, precision agriculture, which tailors input needs to specific locations and soil compositions, allows for highly customized farming strategies that optimize both resources and yields.

IPS: Can you explain how precision agriculture works in practical terms?

Elouafi: Precision agriculture allows us to deliver exact inputs—water, nutrients, or fertilizers—needed for a specific plot. This approach minimizes waste and environmental impact, and it’s especially useful in regions where resources are scarce. For instance, if a plant needs 20 milliliters of water in one square meter but only 10 milliliters a few kilometers away, precision agriculture ensures we don’t overuse resources. Ultimately, the goal is to increase productivity sustainably, producing more output per hectare with fewer inputs, especially in a time where climate pressures demand we be mindful of environmental impacts.

IPS: How essential is biodiversity to resilient farming systems?

Elouafi: Resilience means that after a shock—a drought, flood, or even conflict—farmers can bounce back and continue production. CGIAR’s focus is to provide tools, technology, and genetic resources that make this possible. We’ve developed rice varieties that survive flooding and maize that tolerates drought, helping farmers maintain productivity despite climatic stressors. Another key factor is small-scale irrigation, which allows farmers to respond to drought by providing supplemental water, ensuring resilience and food security.

IPS: You mentioned low-emission food systems. How can agriculture contribute to climate goals?

Elouafi: Agriculture is responsible for about 33 percent of global greenhouse gases. By shifting to low-emission practices, we can greatly reduce methane and other emissions. For example, traditional rice paddies release large amounts of methane. However, alternative wetting and drying practices can cut methane emissions by 30 percent while boosting productivity by 33 percent. In livestock, using specific forages and studying animal gut microbiomes can reduce methane emissions by up to 60 percent. Agriculture is uniquely positioned to sequester carbon through practices like cover cropping and biodiversity, which is crucial in mitigating climate change.

IPS: Could internet and data use enhance climate security?

Elouafi: Absolutely. Digital access and internet coverage in rural areas can provide timely climate information, like rainfall predictions, which empowers farmers to make better planting decisions. With projects like Elon Musk’s nanosatellite network expanding internet access, marginalized farmers can increasingly leverage climate data. CGIAR also focuses on producing accurate data for the Global South, as existing climate models often rely on data from the Global North, which doesn’t reflect realities in places like Sub-Saharan Africa or South Asia. Our data can inform region-specific, actionable climate strategies.

IPS: How does CGIAR support innovations and resilience in vulnerable regions?

Elouafi: CGIAR operates the largest publicly funded international agricultural research network, with a strong focus on least-income countries. Our goal is to close the yield gap between high- and low-income nations by providing bundles of innovations: drought-resistant varieties, small-scale irrigation, processing improvements, and access to markets. By helping farmers integrate these innovations, we ensure they’re more resilient and have a steady income. Additionally, our research helps policymakers design better frameworks to support smallholders and incentivize sustainable agri-food systems.

IPS: What do you hope COP29 will achieve in advancing agricultural and climate agendas?

Elouafi: COP29 must carry forward the momentum from COP28, where the UAE’s Declaration on Sustainable Agri-Food Systems was endorsed by 160 countries. Agriculture, food, and water systems need to be central to climate discussions. As we look to COP30 in Brazil, with its expertise in regenerative and climate-smart agriculture, I hope we continue viewing agriculture not as part of the climate problem but as an essential solution to it. Climate adaptation in agriculture is non-negotiable—lives and livelihoods depend on it.

IPS UN Bureau Report

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UNDP’s Sustainable Energy Director Calls For Innovative Financial Solutions for Adaptation, Mitigation

Climate Action, Climate Change, Climate Change Finance, Climate Change Justice, Conferences, COP28, COP29, Editors’ Choice, Environment, Featured, Global, Headlines, Humanitarian Emergencies, Sustainable Development Goals, TerraViva United Nations

COP29

Financial solutions for the global South are under the spotlight during COP29. Credit: UN Climate Change/ Habib Samadov

Financial solutions for the global South are under the spotlight during COP29. Credit: UN Climate Change/ Habib Samadov

BAKU, Nov 13 2024 (IPS) – Riad Meddeb, Director of the Sustainable Energy Hub at the United Nations Development Programme (UNDP), stressed the urgency of finding innovative financial solutions during COP29.


Meddeb was speaking to IPS in an exclusive interview at the conference. He said the negotiations were expected to focus heavily on finance—a core issue that has historically hampered climate action in developing and least-developed nations.

The Finance COP Expectations

Meddeb highlighted the historical challenge of meeting the USD 100 billion annual target for climate finance, which has been a central but elusive goal in previous COPs. He noted that Azerbaijan’s COP 29 presidency aims to overcome this by ensuring the necessary funds are available, especially for countries most vulnerable to climate impacts. 

“This year’s COP is considered the ‘Finance COP’ because it’s crucial we not only set targets but also mobilize the resources to help countries adapt and mitigate climate impacts,” he explained.

A key focus will be developing sustainable financing mechanisms for countries that struggle with debt. Many nations in the global South face significant financial burdens, and accelerating their energy transitions requires resources that may be challenging to secure within their existing economic constraints. Meddeb also stressed the need for concrete financial schemes that can attract private sector investments to supplement international climate funding.

Riad Meddeb, Director of the Sustainable Energy Hub at the United Nations Development Programme (UNDP)

Riad Meddeb, Director of the Sustainable Energy Hub at the United Nations Development Programme (UNDP).

Progress at COP 28 and Hopes for COP 29

Reflecting on COP 28, Meddeb noted key successes, including establishing the Loss and Damage Fund and reaching consensus on a targeted increase in renewable energy capacity.

“The agreement to triple renewable energy and double energy efficiency by 2030 was a significant breakthrough at COP28,” he said. “Now, COP29 must translate that ambition into action by securing the financial support needed to achieve these goals.”

Making sure that the commitments made at COP28 are more than just empty words is one of the main challenges going forward, according to Meddeb.

“By COP30, we want a global commitment on the pathway to adaptation and mitigation,” he added.

UNDP’s Role in the Climate Action Landscape

UNDP plays a critical role in translating international climate targets into real, on-the-ground actions. Through initiatives like the UN’s “Climate Promise,” UNDP supports countries in implementing Nationally Determined Contributions (NDCs) and operationalizing climate goals. Meddeb explained that UNDP is uniquely positioned to facilitate these efforts due to its extensive network of country offices in 170 nations. This network enables UNDP to address climate issues from a development perspective, integrating energy solutions into broader sectors such as health, education, and poverty alleviation.

“UNDP’s approach is not just about energy,” he said. “It’s about sustainable energy for development. We link energy needs with development needs, connecting climate action to real improvements in health, education, and economic opportunities. This is the difference UNDP makes.”

Addressing the Debt Issue in Climate Finance

A significant portion of the interview focused on the complex financial situations faced by many global South nations, where debt often limits capacity to implement ambitious climate plans. Meddeb pointed out that addressing these financial constraints is essential for equitable progress toward climate goals. He suggested that international financial institutions should provide debt relief or restructuring options to allow these countries to invest more readily in clean energy and climate adaptation.

“Pushing countries with heavy debt burdens to accelerate their energy transition requires a nuanced approach,” Meddeb said. “We need financial structures that acknowledge their debt situations while still allowing them to contribute meaningfully to global climate targets.”

Implementation of the Paris Agreement: From Words to Action

Meddeb stressed the importance of shifting the Paris Agreement’s commitments from paper to practice, especially regarding emission reductions by developed nations. He believes that developed countries have a moral obligation to reduce their carbon footprints, given their historical contribution to climate change and their financial capacity.

“The plan is clear, and it’s agreed upon by all parties in the Paris Agreement. Now it’s just about accelerating implementation,” he asserted. “We don’t need to reinvent the wheel—we need to get it moving.”

When asked whether the current pace of implementation is sufficient, Meddeb offered a candid view: “The Secretary General was very clear—it’s now or never. We need optimism and ambition but also an unyielding focus on practical solutions. There are obstacles, yes, but there are solutions too. Together, we can save our planet.”

The Responsibility of Developed Nations Toward Vulnerable Countries

As climate impacts disproportionately affect poorer nations, Meddeb urged developed countries to support those bearing the brunt of climate change. He pointed to the Loss and Damage Fund as a critical mechanism for this purpose. Set up at COP28, the fund has already garnered around USD 700 million, and Meddeb hopes COP29 will build on this initial success by accelerating funding mobilization.

After all, as the UN secretary general António Guterres noted this week, while the Loss and Damage Fund was a victory, the initial capitalization of USD 700 million doesn’t come close to righting the wrong inflicted on the vulnerable.  “USD 700 million is roughly the annual earnings of the world’s ten best-paid footballers,” Guterres said.

Meddeb agrees. “Mobilizing funds for loss and damage is a positive first step. But we must continue pushing to ensure that the support reaches the most affected communities quickly and effectively.”

A Call to Action

For Meddeb, the stakes could not be higher, and the time for incremental progress is over. He said that COP 29 must not only focus on setting ambitious goals but also make real progress on securing the necessary financing to turn aspirations into achievements.

“Now is the moment to turn pledges into action,” he said. “We’ve reached a point where the world cannot afford to wait any longer. This is the COP for finance, and we need to ensure the resources are in place for meaningful climate action.”

IPS UN Bureau Report

 

How Blue Carbon Ecosystems are Saving the Philippines’ Sinking Islands

Asia-Pacific, Civil Society, Climate Action, Climate Change, Environment, Featured, Headlines, Human Rights, Humanitarian Emergencies, Small Island Developing States, Sustainable Development Goals, TerraViva United Nations

Opinion

Submerged structure in Tubigon, Philippines. Credit: Greenpeace

 
In the Philippines, a group of islands is rapidly sinking due to an unprecedented rise in sea levels. This blog dives into how these coastal communities are utilizing marine resources and ecosystems to find solutions and build resilience against climate risks.

KUALA LUMPUR, Malaysia, Nov 6 2024 (IPS) – Imagine living with water up to your knees for half of the year, where homes are flooded, and people constantly fear that the sea might one day engulf the town and everyone in it.


This is the reality for the sinking islands in the Philippines—a cluster of four island barangays in Tubigon located in the south-central region of Bohol. Here, the sea level is rising at an alarming rate of 10.8 millimeters per year, three times faster than the global average. If this continues, these islands could disappear by 2100.

Tubigon sank by one meter after being hit by a 7.2 magnitude earthquake over a decade ago. While still recovering, the islands were devastated by a super typhoon in 2021, unleashing four-meter-high tidal waves that destroyed over 1.7 million homes and displaced more than 3 million people. This year, the islands were declared inhabitable by the government.

Existential Climate Threats to Coastal Communities

Coastal communities like the Philippines are severely threatened by accelerating sea level rise compounded by extreme weather events. Similar to small island developing states, also known as SIDS, low-lying coastal areas are the most vulnerable to climate change.

Their geographic location leaves them highly-exposed to natural disasters and hazards like cyclones and tidal flooding. These vulnerabilities exacerbate coastal communities’ unique development challenges.

The Intergovernmental Panel on Climate Change (IPCC) reports that with the current 1.5 degree temperature increase, global sea levels will continue to rise and low-lying coastal regions are to experience extreme sea events such as storm surges and massive tides annually by 2050.

SIDS, including Tuvalu and the Maldives, along with the sinking islands of Tubigon, are proof of the existential threats of climate change. These communities are at risk of vanishing unless urgent action is taken.

Bouncing Back from Climate Risks

While island communities are under threat, they are not powerless. Many of them have shown commitment to addressing climate-related risks in their national climate action plans. Their goal is to build climate resilience.

The term “resilience” is often mentioned in climate change discussions, but what does it really mean? It comes from the Latin verb resilire, meaning “to bounce back.” Resilience refers to the ability to recover from risks, which, in the context of climate change, is determined by the degree of vulnerability and exposure to climate-related threats.

For coastal communities and low-lying islands, rising sea levels pose a significant risk, so they must build resilience to endure and recover from climate-related hazards and disasters.

Turning to Blue Carbon Ecosystems for Solutions

Many SIDS set a good example in piloting measures to build resilience and adapt to the impacts of climate change. Similarly, the residents of Tubigon, many of whom are fisherfolks, have learned to adapt to the rising tides.

The local community has developed resilience strategies and initiatives to help them sustain their lives on the islands. One promising solution involves utilizing the sea and its resources, part of what is called the blue carbon ecosystem.

Blue carbon ecosystem is a collective term for natural marine resources such as mangroves, seagrasses, and marshes known for their ability to capture and store carbon dioxide from the atmosphere. Research shows that these coastal resources can transfer and store carbon ten times more effective than tropical forests.

These ecosystems also support fishery production, protect shorelines and reduce flooding, and provide habitats for wildlife and migratory species. Studies indicate that conserving blue carbon ecosystems is a timely and cost-effective strategy to help coastal communities adapt to climate change.

Harnessing Coastal Resources for Climate Change Adaptation

Tubigon and the Bohol region have long implemented measures to protect their blue carbon ecosystems, helping residents adapt to climate-related risks. Their strategy is two-fold: eliminating destructive fishing practices and conserving coastal resources particularly mangroves.

The local community has designated bantay dagat (which translates literally to sea protectors) to patrol its marine area spanning 156 hectares of coral reefs and 335 hectares of mangroves. These protectors report illegal fishing activities and safeguard the mangrove forests.

Over time, many locals have transitioned from destructive fishing methods, such as dynamite and cyanide use, to more sustainable aquaculture and alternative livelihoods, including crab and squid jigging, grouper farming, and ecotourism.

Moreover, particular focus is given to mangrove conservation. The vast mangrove area in Tubigon is considered a valuable blue ecosystem resource playing an important role in sequestering carbon. Experts estimate that a 4-decade mangrove plantation can store over 370 tons of carbon per hectare.

Additionally, mangroves act as natural seawalls, reducing wave energy and shielding residents from rising sea levels and tidal flooding. By investing in the preservation of blue carbon ecosystems, coastal communities like Tubigon tap into an essential resource that supports their livelihoods and enhances their resilience to the effects of climate change.

Turning the Tide

The islands of Tubigon stay afloat amidst the intensifying battle against climate threats. Most recently, the Philippines joined an alliance to build the resilience of coastal communities. It was also selected as the host of a fund dedicated to supporting countries to respond to loss and damage, enabling them to recover and rebuild from the adverse effects of the climate crisis.

Allowing islands to sink and entire communities to disappear is unimaginable, especially when we have the resources and tools to address the planet’s most significant crisis. Time is running out, but there is still hope to turn the tide.

This article is originally published in Global Dev as part of its Climate Resilience series.

Anne Cortez is a communications and knowledge management consultant with over a decade of experience working with governments, academic institutions, and international organizations including the UN, ADB, and The Asia Foundation. She has spearheaded and managed development programs and capacity building initiatives promoting climate action, digital inclusion, and health equity across Asia and the Pacific. Previously, she led the knowledge and communications team at the UN think tank for global health based in Malaysia, and the social mobilization division at the Department of Education in the Philippines. Anne has a master’s degree in international studies and an undergraduate degree in communications. Learn more about her work here.

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Is India Phasing Out Fossil Fuels Fast Enough To Achieve Its Emission Targets?

Asia-Pacific, Climate Change, Conferences, COP29, Economy & Trade, Editors’ Choice, Environment, Featured, Headlines, Sustainable Development Goals, TerraViva United Nations

Climate Change

Wind turbines overlooking Vyas Chhatri, traditional architecture of Jasalmer district in Rajasthan. Credit: Athar Parvaiz/IPS

Wind turbines overlooking Vyas Chhatri, traditional architecture of Jasalmer district in Rajasthan. Credit: Athar Parvaiz/IPS

NEW DELHI, Nov 4 2024 (IPS) – While India continues to rely heavily on coal, the south Asian economic giant is also aggressively pushing renewable energy production, especially after the costs of renewable energy production have fallen drastically in recent years around the world.


But experts say that India—the world’s third largest emitter of greenhouse gases (GHGs)—has to face many headwinds for achieving its net zero target by 2070 and before that, reaching the target of a 45 percent reduction in GHG emission intensity by 2030 from 2005 levels. 

According to the experts, addressing the gaps in policies and strategies are some of the main measures India needs to take for a rapid transition to renewable energy sources. But most of them believe phasing out fossil fuels such as coal appears to be a daunting task for India given its huge reliance on them. India ratified the Paris Agreement on Climate Change in 2016, committing to limit the global average temperature rise to below 2°C by the end of the century.

As part of its first Nationally Determined Contributions (NDCs), India had pledged to reduce the greenhouse gas (GHG) emission intensity of its economy by 33–35 percent by 2030 from 2005 levels. In August 2022, the Indian government revised its NDCs, raising its ambition to a 45% reduction in GHG emission intensity by 2030 from 2005 levels.

The south Asian country has also pledged to become carbon-neutral or achieve net zero carbon emissions by 2070, an announcement made by the Indian government in 2021 during CoP 26 in UK. According to the UN Climate Change Executive Secretary, Simon Stiell, Decarbonisation is the biggest transformation of the global economy of this century.

Coal to Stay ‘For India’s Development’  

Presently, the contribution of coal for India’s energy generation is 72 percent and accounts for 65 percent of its fossil fuel CO2 emissions. The contribution of coal for energy generation in India, say the experts, is not going to change anytime soon.

“Coal cannot be removed from India’s energy mix in the next 20 years. We require coal because we need a development-led transition, not a transition-led development,” said Amit Garg, a professor at Indian Institute of Management (IIM), Ahmedabad-Gujarat.  “We can adopt new technologies and try new ways, but we in India cannot eradicate coal just yet.”

Anjan Kumar Sinha, an energy expert who is the technical director of Intertek, told IPS that energy security in India is currently dependent on coal and would take time for its phasing out given how the country is yet to be ready for a rapid phase-out of coal, which is currently extremely important for India’s energy security.

“In phasing it out, we have to improve flexible operations of coal-based plants for electricity dispatch, especially with increasing levels of renewable energy,” he said.

According to Sinha, coal being an important energy resource which India has, “we need to wash its sins” with a continuous increase in production of renewables.  India, Sinha said, “has to save itself… it can’t leave it to the rest of the world.”

India has been hailed for the progress the country has achieved in its clean energy transition in recent years. The Indian government aims to increase non-fossil fuel capacity to 500 GW and source 50 percent of its energy from renewables by 2030.

“[This] progress seems encouraging on several fronts. Today, India stands fourth globally in total renewable capacity, demonstrating a 400 percent growth over the last decade,” notes an article published by researchers of the Bharti Institute of Public Policy at the Indian School of Business.

But, despite this progress, the authors say that India faces a lot of challenges as it still remains heavily reliant on fossil fuels.

India’s Growth and Green Journey

With India’s economy expected to expand rapidly in the coming years, there will be an increase in demand for resources, and the environmental footprints will also increase. According to the latest World Energy Outlook report of the International Energy Agency (IEA), India’s energy consumption will increase by 30 percent by 2030 and 90 percent by 2050, with carbon emissions from energy use rising by 32 percent and 72 percent in the same period.

If successful in meeting its climate commitments over the next seven years, India could offer a developmental model wherein a country continues to grow and prosper without significantly increasing its energy or carbon footprint. But the path ahead for India’s energy transition is full of significant challenges.

“This is one of the most challenging times for India. We have the challenge of growth, jobs and energy consumption, which we have to balance with environmental considerations,” B V R Subrahmanyam, the CEO of NITI Ayog, India’s top official think tank, was quoted as saying by India’s national daily, The Times of India, on September 11, 2024.

But he has emphasized that fossil fuels will continue to drive the country’s growth. “It is no longer about growth or sustainability, but growth and sustainability,” he was quoted as saying.

Experts also believe that there are hurdles along the road as the country seeks to phase out polluting energy sources.

According to this article published in Outlook magazine on October 30, uncertainties such as low renewable energy (RE) investments in recent years, land availability, high intermittency of renewables, higher costs of panels due to import duties and distribution companies that are tied up in long-term power purchase agreement (PPA) not buying new RE power are some of the major concerns.

“While there has been progress on deployment of electric vehicles in the country, upfront costs and a lack of reliable charging infrastructure pose challenges in scaling up the initiatives… for the industrial sector, fossilized manufacturing capacities will create decarbonisation challenges,” the article says.

Raghav Pachouri, associate director, Low Carbon Pathways and Modelling, Vasudha Foundation, highlighted how storage can play an important role in making energy transition successful.

“The success of the energy transition to renewable energy lies with the integration of storage. Current capacities are limited, and the quantum of requirements is huge.”

Moreover, Pachouri says, infrastructure for electric vehicles remains inadequate, with fewer than 2,000 public charging stations as of 2023.

IPS UN Bureau Report

 

Tanzanian Students Drive Climate Action Through Tree Planting

Active Citizens, Africa, Civil Society, Climate Action, Climate Change, Climate Change Finance, Climate Change Justice, COP29, Development & Aid, Editors’ Choice, Education, Environment, Featured, Food and Agriculture, Headlines, Sustainable Development Goals, TerraViva United Nations, Youth Thought Leaders

Climate Change Justice

The act of planting trees offers more than shade and fruit. It symbolizes a deeper mission—restoring soil, preserving water, and, for these students, living in Tanzania’s northern Rorya district, delivering a form of climate justice. The reforestation efforts are in step with Tanzania’s broader plans to fortify its agriculture and water systems against the advancing climate crisis.

Faiza Ally, a pupil at Mtoni Primary School in Mara Region, plants a tree. Credit: Kizito Makoye/IPS

Faiza Ally, a pupil at Mtoni Primary School in Mara Region, plants a tree. Credit: Kizito Makoye/IPS

MUSOMA, Tanzania, Oct 30 2024 (IPS) – At Gabimori primary school, located at Nyamagaro ward in Tanzania’s northern Rorya district, a 15-year-old  Florence Sadiki kneels among polyethylene bags, carefully examining the seedlings she and her classmates  have nurtured from tiny sprouts “We’ve planted many trees to make our school look better and to help fight climate change,” she says.


Sadiki is part of an inspiring grassroots movement in the east African country where students, teachers, and community members team up to fight environmental degradation through reforestation. In Rorya district, nestled on the shores of Lake Victoria, rampant deforestation driven by charcoal production has left the land barren. But the efforts of school environmental clubs, supported by the Lake Community Program (LACOP), are working to repair the damage.

The reality in Rorya is grim. Erratic rainfall and prolonged droughts have changed swathes of once-fertile land into dry savannas, a trend that has only accelerated since the initiative began in 2022. Spearheaded by the global charity World Neighbors and the Lake Community Development Foundation (LACODEFO), this initiative empowers students to plant trees and learn the entire process of growing them.

Daudi Lyamuru speaks during a village meeting to mobilize the community to plant trees and support the climate mitigation project. Credit: Kizito Makoye/IPS

Daudi Lyamuru speaks during a village meeting to mobilize the community to plant trees and support the climate mitigation project. Credit: Kizito Makoye/IPS

Pupils at Mwenge primary school pose for a photo after tree planting exercise. Credit: Kizito Makoye/IPS

Pupils at Mwenge primary school pose for a photo after tree planting exercise. Credit: Kizito Makoye/IPS

“We’re teaching students to set up their own nurseries,” says Idrisa Lema, the project officer. “It’s not enough to hand out seedlings. They need to learn the whole process—choosing drought-resistant species, improving soil with organic manure, and using techniques like mulching.” This holistic approach  promotes sustainability and equips students with transferable skills that can help them for the rest of their lives.

In the past two years, the students have successfully planted 2,800 trees across five villages, a remarkable achievement that has already begun to bear fruit. Some once-dry water springs are starting to flow again. Yet challenges remain, particularly in Nyamagaro and neighboring Kyangasaga villages, where erratic rainfall and drought continue to hinder progress.

“Watering the trees is tough,” admits Alex Lwitiko, an environmental teacher at Rorya Girls’ School. “We’ve had to be strict with the students—otherwise, the trees wouldn’t survive.”

To adapt, students have switched to innovative solutions like bottle irrigation and even drilled water wells to support their young trees. “We focus on drought-resistant species and organic farming methods to give the trees the best chance,” Lwitiko says, emphasizing the program’s commitment to teaching sustainability.

Sadiki herself has learned to adapt. “I know how to graft trees and grow them in tough conditions now,” she says. “These trees are our future. They fight climate change, provide shade, and even improve soil fertility.”

A government official, Aloycia Mdeme, plants a tree to signify the launch of the school environmental club. Credit: Kizito Makoye/IPS

A government official, Aloycia Mdeme, plants a tree to signify the launch of the school environmental club. Credit: Kizito Makoye/IPS

Mtoni primary school pupils plant trees, this project has become central to the region's contribution to climate change mitigation. Credit: Kizito Makoye/IPS

Mtoni Primary School pupils plant trees; this project has become central to the region’s contribution to climate change mitigation. Credit: Kizito Makoye/IPS

In Tanzania, the impact of climate change is becoming increasingly severe. The country aims to reduce greenhouse gas emissions by 30 to 35 percent by 2030, a goal outlined in its Nationally Determined Contributions (NDCs). Despite its low carbon footprint—just 0.22 tons per capita compared to the global average of 7.58—Tanzania is reeling from climate-related disasters. Droughts, floods, and erratic weather patterns disrupt agriculture, drying up water sources and threatening economic stability.

For the rural poor, especially those who rely on farming—the backbone of the economy, making up 28 percent of GDP—the stakes are higher. But in places like Nyagisya and Rorya Girls Secondary Schools, students have taken up the fight. Through tree planting, they have become unlikely climate crusaders, tackling environmental degradation while improving food security and boosting local livelihoods.

The act of planting trees offers more than shade and fruit. It symbolizes a deeper mission—restoring soil, preserving water, and, for these students, delivering a form of climate justice. The reforestation efforts are in step with Tanzania’s broader plans to fortify its agriculture and water systems against the advancing climate crisis.

As these student-led initiatives flourish, they mirror Tanzania’s urgent call for global support. With limited resources, the country is striving to fulfill its commitments yet it recognizes that the battle against climate change is a collective endeavor that requires unity on a global scale.

Despite the promising efforts in Tanzania, significant challenges remain. One of the main hurdles is the unpredictability of funding. Tree-planting initiatives and climate adaptation programs require sustained financial support, but resources are often limited, local analysts say.

Without consistent funding, scaling up projects and maintaining long-term impact becomes difficult.

Community members plant trees in Rorya district. Credit: Kizito Makoye/IPS

Community members plant trees in Rorya district. Credit: Kizito Makoye/IPS

While students have embraced environmental stewardship, not all local households are on board. In some areas, livestock continues to graze on young saplings, undoing the hard work of reforestation. Additionally, cultural and economic pressures, such as the reliance on charcoal for income and firewood for cooking, contribute to ongoing deforestation, making conservation efforts harder.

Erratic rainfall and worsening drought conditions present another barrier. Water scarcity makes it harder to nurture newly planted trees, despite innovative solutions. These conditions also strain local agriculture, which many families depend on, increasing the urgency of balancing conservation with survival needs.

While Tanzania has ambitious climate goals, the gap between policy and practical implementation remains wide, particularly in rural areas where the effects of climate change are felt most acutely. 

At Gabimori Primary School, students have embraced their role as environmental stewards. “They’ve seen how conservation affects their daily lives,” says teacher Witinga Mattambo. “They now understand the link between the trees and the food they eat.”

The impact is vivid for students like Sadiki. “I never realized trees were this important,” she says. “They bring rain and improve our environment.”

For Lema, this is only the beginning. By fostering leadership skills and engaging the broader community, the program is building a new generation of Tanzanians dedicated to environmental protection. “We’ve even seen parents get involved,” Lwitiko says. “They’re starting to plant trees in their own yards.”

Still, the program faces hurdles. Some households allow their livestock to graze on young saplings, undoing the hard work of the students. “It’s frustrating,” admits Lwitiko, “but we’re making progress, step by step.”

Lema has ambitious plans to expand the initiative.

“We’re training students to pass on their knowledge,” he says. “As they move on, they’ll teach younger students, and we’ll spread this effort to other schools.” But scaling the program will require more funding.

“We’re working on securing more resources and partnering with local governments to enforce tree-planting bylaws,” Lema explains. There are also plans to set up household tree nurseries, allowing families to earn extra income while contributing to conservation.

For Sadiki, the program’s impact is lasting.

“We have the duty to plant trees and protect our environment. It’s something we’ll carry with us for the rest of our lives.”

IPS UN Bureau Report

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Scientific Research Can Play a Key Role in Unlocking Climate Finance

Civil Society, Climate Change, Climate Change Finance, Climate Change Justice, COP29, Development & Aid, Editors’ Choice, Environment, Headlines, Latin America & the Caribbean, Sustainable Development Goals, TerraViva United Nations

Opinion

Climate finance will come under intense scrutiny during COP29, and its distribution aligned with scientific analysis of the impacts of climate change, but the methodology ignores the inequality in research networks of the Global South.

More than 700 authors representing 90 different nationalities written the AR6 for IPCC | Credit: Margaret López/IPS

More than 700 authors representing 90 different nationalities written the AR6 for IPCC | Credit: Margaret López/IPS

CARACAS, Oct 29 2024 (IPS) – Climate finance will be at the epicenter of the discussion at the UN Climate Change Conference 2024 (COP29). The focus will be on strengthening the fund and defining the conditions under which the countries of the Global South will be able to access this money. However, little is said about the scientific research that is required to gather the evidence and data to prove the loss and damage caused by the impact of climate change in developing countries.


One of the points under discussion is the need for countries of the Global South to provide comprehensive, scientifically backed reports on how they are being directly affected by the impacts of climate change. This requirement guarantees that money will flow to the most affected countries, but it ignores the inequality present in scientific research networks in the Global South.

Floods and the effects of storms or hurricanes are not the only topics we are discussing.  For example, will Latin American countries, such as Brazil or Argentina, be ready to provide data and evidence of how global warming precipitated an increase in dengue cases among their citizens in 2024?

Dengue cases in Latin America tripled compared to the same period in 2023. The Pan American Health Organization (PAHO) compiled reports of more than 12 million cases of dengue fever in the region up to middle October and, undoubtedly, this additional health burden is part of the less talked about impacts of climate change.

Research centers in Brazil or Argentina, two of the countries with the best scientific networks in the region, can surely deliver the studies to support a financial request to cover these health-related damages. But the scenario is very different if we look at the scientific networks of other Latin American countries such as Colombia, Ecuador, Peru, Paraguay, or my native Venezuela.

More than 3,000 Venezuelan scientists have left the country for lack of support and financial problems in its laboratories since 2009, according to the follow-up done by researcher Jaime Requena, a member of the Academy of Physical, Mathematical and Natural Sciences (Acfiman, its acronym in Spanish). This is equivalent to half of the Venezuelan scientific force, considering that Venezuela had 6,831 active researchers in the Researcher Promotion Program (PPI) in 2009.

Only 11 Venezuelan scientists participated as authors in all the reports of the Intergovernmental Panel on Climate Change (IPCC). In AR6, the most recent IPCC report, only three authors were Venezuelan.

Colombia, Peru, and Uruguay were also represented by three researchers in AR6, while other countries such as Paraguay and Bolivia did not even manage to add a scientist to the group of more than 700 authors.

Climatologist Paola Andrea Arias was part of the Colombian representation. She is one of those promoting that the IPCC broaden the diversity of authors in the next report on the effects of climate change in the world.

“We all do science with different perspectives; we will follow the same methods and the same standards, but we have different perspectives. We ask different questions and have different priorities. We see in science the possibility of answering or solving different problems and, obviously, that will be very focused on your reality, the world in which you live, the country or city where you are,” said Arias when I asked her about her participation in AR6.

The low participation of Latin American scientists in global research on climate change, such as that of the IPCC, also means less space and dissemination for those studies that try to track the impacts of climate change in the region. This pattern is also repeated in Africa and Asia.

Promoting more research on the damages and impacts of climate change in the Global South, in the end, is not something that can be separated from climate finance. A clear example is that the Development Bank of Latin America (CAF) has just created a scientific committee for its biodiversity conservation fund, as announced during COP16 on biodiversity in Cali, Colombia.

CAF explained that this new biodiversity committee will have “a key role” with recommendations based on scientific evidence to invest in environmental projects. The first tasks of this scientific committee will be focused on providing recommendations for conservation, restoration, and sustainable use of ecosystems in the Amazon, Cerrado, and Chocó, a program that will have access to 300 million dollars.

The creation of a scientific committee to deliver climate finance can be a first step, as shown by CAF’s experience in biodiversity. To move forward on this path, however, it is necessary to promote more funding for Latin American, African, and Asian scientists to do more local research on the impacts of climate change. It’s the only way to gather the scientific evidence to support the contention that the climate crisis represents an obstacle to development in those countries with the largest populations and the greatest number of disadvantages.

This opinion piece is published with the support of Open Society Foundations.
IPS UN Bureau Report

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