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Success in Zambian river restoration

Zambian river restorationRivers are critical to the Zambian economy and way of life, providing food, energy and jobs. However, environmental degradation from failed dam projects, pollution and mismanagement have threatened the sustainability of these crucial waterways, having a devastating impact on local communities. Major rivers like the Zambezi, Kafue and Nsongwe rivers, among others, have all suffered reductions. However, progress is being made in Zambian river restoration. Through private actors like the World Wildlife Fund (WWF) and the International Institute for Sustainable Development, local Zambian communities have begun to help solve poverty by healing their rivers.

Background

Rivers like the lower Kafue are incredibly important to nearly all aspects of life, supporting 900,000 Zambians. Nearly 20% of cattle in the area rely on the wetlands from the Kafue River and 90% of all electricity in Zambia comes from dams on rivers like the Kafue.

According to the 2017 report, “Water resources, and the essential services they provide, are critical to achieving poverty reduction, inclusive growth, public health, food security, human dignity for all.” In fact, the Kafue River is not unique, as the Zambezi River supports an additional 250,000 people along the Barotse floodplains alone.

The WWF in Zambia explained in its 2017 report that pollution and overuse have threatened the ability of large cities to have adequate water. In fact, 47% of Zambians have no access to clean water due to these issues.

Environmental Disasters

Large environmental disasters have exacerbated this systemic issue. On February 18, 2025, a tailings dam holding back toxic waste from a copper mine broke down, allowing more than 50 million liters of acid waste into the Kafue River. Local resident Sean Cornelius told AP News that, “Prior to the February 18, this was a vibrant and alive river. Now everything is dead, it is like a totally dead river. Unbelievable. Overnight, this river died.” Due to Zambia’s heavy reliance on hydropower, it makes potential dam disasters all the more likely.

Stepping into this crisis is a coalition of climate investors, the WWF and local river communities to assist with Zambian river restoration. The Climate Investment Fund (CIF) has begun working with eight counties along the Zambezi River basin to help implement nature-based solutions.

Evans Kaseke, program manager for the Zambezi Strategic Plan, explained that, “The program aims to promote, protect and restore natural environments through landscape approaches by investing in agriculture, food production, forest and land use, and coastal system management.”

Climate Adaptation for Protected Areas (CAPA)

Additionally, the WWF has been helping communities along the Nsongwe River to help build smaller check dams through its Climate Adaptation for Protected Areas (CAPA) Initiative. These dams help end erosion from overuse. Mervis Sibbuku, local resident, thanked WWF, “For years, we watched the river degrade. These check dams have given us hope, allowing us to see water flow evenly and greenery return along the banks.”

In partnership with WWF Zambia, the Nsongwe communities have started to remove silt and replant critical foliage, restoring parts of the river to both wildlife and community residents. Though much work needs to be done, international finance, NGOs and governmental aid can go a long way to empowering local impoverished communities to improve their environmental conditions. Zambian river restoration shows that critical funds and innovative practices can help undo environmental poverty.

– Joseph Laughon

Joseph is based in Sacramento, CA, USA and focuses on Good News and Technology for The Borgen Project.

Photo: Flickr

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Updates on SDG 6 in Brazil

SDG 6 in BrazilThe United Nations General Assembly issued the Sustainable Development Plan in September 2015 with Sustainable Development Goal 1 being to “end poverty in all its forms everywhere.” The organization aims to assist nations worldwide in the fight against poverty. Brazil, the largest nation in South America, has been significantly influenced by limited access to essential resources like electrical energy that has contributed to the welfare of millions of people. When adult unemployment is taken into account, productivity drops to 33%. This implies that 67% of the country’s potential is missing. To stabilize Brazil’s economy and help its citizens, creative concepts and clear policies are essential in addressing issues like energy poverty and limited access to clean water. Here is information about poverty and efforts to address SDG 6 in Brazil, which is to provide adequate water and sanitation.

Poverty in Brazil

Brazilian poverty is a lasting issue with deep historical roots. The country’s population consists of of 205.3 million people. Despite being one of the largest sights in the world, Brazil’s huge income inequities have left much of its population in poverty. Low accessibility of healthcare and education are factors that explain its widespread levels of poverty. Even if poverty rates vary over time, there are millions of Brazilians who continue to live below the poverty line every day, just trying to meet minimum standards of decent food, housing and personal healthcare. Eradicating poverty in Brazil requires strategy to drive inclusive growth and humanitarian services. Some groups like Afro-Brazilians have limited accessibility in applying to schools and health clinics. Females are prone to discrimination in the working system. As a result, some people are attempting to resolve these issues in Brazil. 

Active Measures To Address Energy Poverty

Within the Paraguay-Brazil region, the UN Department of Economic and Social Affairs (UN DESA) joined Itaipu Bi-National in promoting water and energy resource preservation. To further advance Brazil’s agenda towards meeting the Sustainable Development Goals, the partnership designed a 2030 vision board.

Energy poverty is a very critical problem in Brazil, where a significant number of people have historically lacked access to electricity. Inadequate, reliable energy slows economic development, limits educational achievement and impacts the overall quality of life, particularly in rural and poor communities.

The partnership established sustainable energy solutions in an attempt to build a stronger foundation on better collaboration and speech dialogues to discuss energy connectivity. The plan is also to find any fundamental barriers or obstacles in the incorporation of these sustainability goals. Less helping hands discourages the development of home-based businesses and minimizes access to communication and data technologies, leading to a constant poverty cycle. However, with this partnership, the results should play out in the country’s favor.

The Necessity of Addressing SDG 6 in Brazil

Limited clean water is yet another significant challenge for people in Brazil. Lack of adequate infrastructure, pollution by industry and agriculture and climate change impacts are among the reasons for limited water and water pollution. With no clean sources of water, waterborne disease is more likely to occur, impacting productivity. In 2022, 23.9% of Brazilian citizens endured irregular water stock. One of the most shocking events Brazil experienced was Rio Grande do Sul’s floods in 2024 where several officials reported 54 confirmed cases of waterborne diseases or leptospirosis, causing four sudden deaths. Women and children are more likely to bear the bulk of water collection responsibilities, once again keeping them away from education. Water management improvement and access to clean water programs are critical to Brazilian society’s health and sustainable development.

The Agua Limpa Project

United Nations environmental activist and philanthropist Gisele Bündchen has contributed positively to Brazil through sustainable development of the Agua Limpa Project (Clean Water Project). In 2004, a passionate, nature-driven Bündchen visited the Xingu area of Brazil. As an eyewitness to river pollution, she has pushed for an end to ecological degradation. The project began in 2008, co-founded with Bundchen’s family, and they planted more than 40,000 trees near streams. She oversaw the country’s water quality when managing wildlife’s restoration. Bündchen’s work as a UN Environment Goodwill Ambassador in Kenya is another noteworthy aspect of her career. Her influence even extends beyond the publishing of her works, including the New York Times bestseller “Lesson: My Path to a Meaningful Life.” She shares her life experiences from exploring Brazilian lands and how it shaped her mind.

The Leonardo DiCaprio Foundation

Sustainability resources have also been accompanied by Hollywood star Leonardo DiCaprio, whose advocacy stands for nations like Brazil, in which they seek available natural resources. DiCaprio promotes conservation efforts through his Leonardo DiCaprio Foundation established in 1998. The organization has supported at least 100 and more special projects in 50 countries and has achieved success in increasing international funding for environmental causes, wildland protection, and ocean conservation. The foundation has offered funding grants worth $20 million to around 100 communities fighting for environmental issues like changing weather patterns.

While DiCaprio’s efforts are dedicated to big-time environmental preservation and changing weather, he also spoke out for poverty reduction through the conservation of natural resources upon which most communities base their primary livelihood. For instance, his foundation supports projects that protect forests, whose role in the livelihoods in Brazil  is significant. As of today his foundation continues to conduct additional research on specific projects in Brazil that would provide a lasting contribution to poverty alleviation in the nation. 

Looking Ahead

Ending poverty and addressing SDG 6 in Brazil requires a special approach that includes promoting access to clean energy, natural resource management and promoting collaborative work between international agencies, governments, and individuals. Initiatives like the UN DESA partnership, Brazil’s development in biofuel and hydropower and the ongoing activism by Giselle Bundchen and Leonardo DiCaprio all play a crucial role in driving Brazil towards an equitable future. 

– Janae Bayford

Janae is based in Centennial, CO, USA and focuses on Good News and Celebs for The Borgen Project.

Photo: Unsplash

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The Reality of Nepal’s Poverty Crisis

Nepal’s Poverty CrisisNestled among the towering peaks of the Himalayas, Nepal continues to battle a deep-rooted poverty crisis, with more than 25% of its population living below the national poverty line. In the 2024 Human Development Index (HDI), the country ranked 146th out of 193, placing it among the lowest in South Asia. Although its HDI value improved to 0.601, this progress remains uneven and fragile. Indeed, national indicators may suggest advancement, but they often mask the stark internal inequalities.

This article will focus on Nepal’s poverty crisis and precisely those left furthest behind in communities in western regions and near borders, where poverty is deeper and millions still struggle to access even the most basic necessities. In these areas — such as Karnali, Sudurpashchim and remote parts of Lumbini Province — many experience acute multidimensional poverty, facing overlapping deprivations in education, health and living standards.

Food insecurity remains a pressing issue: according to the World Food Programme’s Fill the Nutrient Gap analysis (2021), 23.1% of the population does not consume a nutritionally adequate diet and 33% of pregnant women suffer from anemia. Although stunting rates have declined in recent years, one in four children under the age of five is still affected. Once again, these indicators fail to reflect the full extent of disparities between peripheral regions and urban centers. Here is more information about Nepal’s poverty crisis and measures that are addressing it.

Geographic Isolation

Remote mountain communities are the ones that suffer the most serious consequences, as they often rely on narrow, unpaved roads to reach markets, schools, clinics and other essential services. The United Nations Children’s Fund (UNICEF) reports that many children routinely walk up to several hours to attend overcrowded, under-resourced schools, leading to high dropout rates.

Worsening the situation, heavy rains and winter snowfall can render these routes impassable, isolating villages for days or even weeks. When roads vanish under mud and rock, families must subsist primarily, if not entirely, on their own harvests. But subsistence farmers lack the diversification needed to absorb such shocks. As the United Nations Development Programme (UNDP) warns, unpredictable swings from prolonged drought to sudden downpours throw planting cycles off balance, leaving soils cracked and barren. More frequent landslides then ravage crops and upend local economies, at times forcing residents to start over with nothing.

Health Infrastructure

Improving access to health care remains one of Nepal’s most critical and unresolved development challenges. While the country has made notable advancements in public health over recent decades — reflected in increased life expectancy and reduced maternal and child mortality — many rural clinics continue to operate with outdated, inadequate or even nonfunctional medical equipment, severely compromising the quality and consistency of care.

In pursuit of universal health coverage, the Government of Nepal has launched the National Health Insurance Program (NHIP), a policy initiative aimed at minimizing direct health care costs for individuals and promoting fair access to essential medical services. However, despite its promising framework, the program’s implementation has been uneven and threatens to undermine its potential impact. Enrollment rates remain low, with families either unaware of the program or discouraged by complicated procedures and limited services. A shortage of trained health care workers makes it even harder to provide quality care, especially in remote areas.

A survey that the Asian Development Bank (ADB) conducted across five provinces – Koshi, Madhesh, Bagmati, Gandaki and Sudurpaschim – in December 2024 found that more than half of Nepal’s medical equipment, much of which the country acquired during the COVID-19 pandemic, remains unused or broken. The causes include limited maintenance capacity, poor logistics and insufficient training. Compounding these issues are weak and fragmented data systems that make it difficult to identify who would most benefit from targeted interventions. 

Without a reliable foundation of digital infrastructure and data integration, the NHIP risks falling short of its goal to provide sustainable health protection for all. Strengthening biomedical training, equipment management and preventative maintenance policies will be essential to ensuring that no one is left behind. 

Economic Development and Grassroots Solutions

On the economic side, the International Monetary Fund (IMF) urges reforms to promote job creation, fiscal stability and inclusive growth throughout the nation. In 2023, agriculture accounted for approximately 26.2% of Nepal’s gross domestic product. However, since the 2010s, the sector’s growth has slowed to an average annual rate of just 3%. The agricultural landscape remains dominated by low-value crops and subsistence farming. The absence of facilities like collection centers, cold storage and grain stores leads to significant post-harvest losses. As a result, farmers are unable to shift from low-value cereals to high-value perishable crops like fruits and vegetables, which require proper storage to sell during peak demand at better prices.

In response, the Nepalese government, supported by international aid, is now prioritizing the expansion of microfinance programs and entrepreneurial training to empower local businesses. Promising results are already emerging from localized initiatives. For instance, several communities have adopted small-scale irrigation projects and diversified crop production, helping mitigate the impacts of changing weather patterns while stabilizing food sources. 

Farmer-Managed Irrigation Systems

One notable example is the modernization of more than 100 Farmer-Managed Irrigation Systems (FMISs), supported by the ADB as part of a broader program to enhance irrigation infrastructure across Nepal. These initiatives, aligned with the National Water Plan 2002–2027 and ADB’s Strategy 2030, aim to improve irrigation performance across 17,452 hectares.

The work includes constructing permanent gated water intake structures, selectively lining canals and improving water control systems. These interventions have enhanced water use efficiency and fairer distribution. Just as important, they have created the conditions for more farmers to shift toward climate-smart techniques and mechanized farming tools.

In parallel, the project has also invested in the people who manage these systems — supporting local Water Users Associations (WUAs) and gradually expanding their role into cooperatives with stronger business and governance structures. Moreover, the emphasis on including women and disadvantaged groups has made these efforts more equitable and representative of the communities they serve. These grassroots responses also offer replicable models for other regions facing similar challenges.

Collaboration Easing Nepal’s Poverty Crisis

Collaboration between NGOs, multilateral organizations and community groups can strengthen the country’s social safety net and ensure that vulnerable populations get the support they need during Nepal’s poverty crisis. 

For Nepal, this means not only investing in health, education and infrastructure, but also strengthening governance, fostering civic engagement and rebuilding trust in institutions. For families in remote villages, it offers the promise of a future where they can thrive and create lasting opportunities for generations to come.

– Lucrezia Frascati

Lucrezia is based in London, UK and focuses on Global Health for The Borgen Project.

Photo: Unsplash

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How Atmospheric Generators Are Transforming Arid Communities 

How Atmospheric Generators Are Transforming Arid Communities In drought-stricken regions, access to clean water remains a critical challenge. The lack of water affects health, agriculture and everyday life. A technology is offering a new path forward: atmospheric water generators (AWGs). Companies such as Majik Water in Kenya are using this innovation to extract moisture from the air, creating a reliable water source where traditional systems fail. Here is how AWGs function, highlighting real-world success stories and examining their potential for reshaping water access in vulnerable regions.

Atmospheric Water Generators

AWGs are machines that produce water by extracting humidity from the air. The system draws in air and cools it to trigger condensation. After condensation, the water passes through multiple filters that purify it for safe human consumption. These machines come in different sizes. Some are designed for households or small communities. Others, particularly industrial-scale units, generate several thousand liters of water daily—enough to support entire villages or farming operations.

The Impact on Arid Communities

Atmospheric generators have a profound impact on communities living in arid areas. First, regular access to safe drinking water significantly improves public health by reducing water-related diseases, especially among children. The water produced can also be used to irrigate small local crops, allowing families to grow their fruits and vegetables, thus enhancing food security.

Economically, these generators create new jobs related to their maintenance, supervision and water distribution. This stimulates local economies, often constrained by scarce natural resources. By providing a water source independent of rainfall, the generators are strengthening the resilience of villages to changing weather patterns and prolonged droughts.

For example, in Kenya, Majik Water uses air generators to provide drinking water to drought-affected rural communities. This project has improved the living conditions of many families, proving that this technology can be a real lifeline in even the most hostile environments.

Challenges to Overcome

Despite their potential, AWGs present several challenges. The machines require an initial capital investment that is beyond the reach of many communities. In areas without reliable electricity, powering the machines can become a problem. In addition, their efficiency drops in environments with extremely low humidity, limiting water output in the driest areas. These obstacles highlight the need for supportive infrastructure and financing mechanisms. Solar-powered AWGs could offer one possible solution to the energy constraint. Government subsidies or nonprofit funding may also be necessary to make these systems accessible in low-income regions.

Looking Ahead

Atmospheric generators represent a promising innovation to address water scarcity in arid regions. By providing an independent and reliable source of drinking water, they improve the quality of life, support local agriculture and empower communities in the face of climate change. However, widespread adoption potentially depends on efforts to lower costs, increase energy efficiency and integrate AWGs into broader development policies. With the support of public policies and private initiatives, this technology could play a key role in the future of sustainable water management.

– Eléonore Bonnaterre

Eléonore is based in London, UK and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr

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Mongolia Recycling Wastewater to Ease Water Crisis

Mongolia Recycles Industrial Wastewater to Ease Water CrisisMongolia, a country in East Asia rich in history and culture, has long viewed water as a precious resource. However, the nation continues to face major water access challenges. According to UNICEF, 30% of the population lacks access to safe drinking water and only 56% of water cleansing facilities are operational, leaving certain districts especially vulnerable. In response to increasing water scarcity, Mongolia is implementing innovative solutions by recycling industrial wastewater from Coca-Cola’s bottling operations. The Mongolian government, MCS Coca-Cola and the Millennium Challenge Corporation (MCC) have backed the initiative as part of a broader national effort to promote sustainable water practices and reduce pressure on limited groundwater reserves.

A Creative Response to Growing Water Demand

Over the past two decades, Mongolia’s population has increased by 70%, which has driven significantly higher water usage. Much of the country relies on groundwater and around 500 factories discharge 44,000 cubic meters of wastewater daily, which has intensified the challenge of securing safe and sustainable water sources. In response, MCS Coca-Cola treats more than 500 cubic meters of wastewater per day and plans to supply the Amgalan Thermal Power Plant in Ulaanbaatar. The city plans to use the treated water as a cooling resource during the heating season—a cost-effective, climate-friendly alternative to freshwater.

Investments in Infrastructure and Water Security

The wastewater reuse initiative supports Mongolia’s broader effort to build resilient water infrastructure. The government has committed $111.8 million to support sustainable water systems as part of the $462 million Mongolia Water Compact, jointly funded with the United States (U.S.) Millennium Challenge Corporation.

A major component of the compact is the construction of a new Wastewater Recycling Plant, which will treat up to 50,000 cubic meters of effluent daily. The recycled water is expected to reduce freshwater demand by more than 50 million cubic meters annually, benefiting combined heat and power plants and easing stress on urban water sources. In addition, infrastructure upgrades—including pipelines from factories to treatment plants—are in development to ensure efficient transfer and monitoring of treated water. These improvements are designed to uphold high water quality standards while encouraging other industries to adopt similar recycling practices.

The effort also reflects a shift toward climate-adaptive public works, where water reuse systems support both environmental sustainability and future-ready urban infrastructure in rapidly growing areas like Ulaanbaatar.

Toward a More Water-Secure Future

Recycling wastewater from industrial operations like Coca-Cola’s not only addresses immediate shortages but also establishes a precedent for circular water economy models in Mongolia. It removes the need to rely on unsafe alternatives—some of which may contain contaminants such as lead, arsenic or copper—and enhances public health. By reducing dependence on fragile freshwater sources and investing in recycling systems, Mongolia is taking critical steps toward achieving water security for future generations. With the support of the government, private companies and international partners, this initiative could serve as a blueprint for water-stressed countries around the world.

– Anastasia Flerchinger

Anastasia is based in Richland, WA, USA and focuses on Good News and Politics for The Borgen Project.

Photo: Unsplash

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Recent Efforts to Improve Water Quality in the Philippines

water quality philippinesThe Philippines has struggled with water quality for years. Recently, many efforts have been made to improve water quality in the Philippines, through new infrastructure, community-led behavioral changes, and more beyond water quality.

Water in The Philippines

Home to nearly 115 million people, the Philippines consists of more than 7,000 islands in Southeast Asia. Surrounded by oceans and with stunning rivers running throughout, it is especially troubling that the Philippines struggle with water quality and pollution. In fact, the Philippines is the world’s leading plastic polluter of the ocean. Of the country’s major bodies of water, 56% are polluted, alongside 43% of rivers.

More than half of the country lives without access to clean drinking water. While some regions have access to safe water, this access is not widespread, and only 48% of the nation has safe drinking water at home. Easy access to safe, clean drinking water is important, as it can prevent many waterborne diseases. Between 2010 and 2019, almost 50,000 people were diagnosed with a waterborne disease each year, according to Energy Tracker Asia.

Efforts to Improve Water Quality in The Philippines

There have been many efforts to improve water quality in the Philippines in recent years. The Sustainable Development Goals Fund (SDGF) recognized that poor water quality in the Philippines is a result of pollution, poor sanitation and open defecation, and also significantly impacts socioeconomic development. According to the SDGF, more than 30% of rural communities in the Philippines practice open defecation, which disproportionately affects women and girls who utilize water for sanitation and hygiene.

SDGF aims to improve water access, sanitation, and hygiene in six provinces in the Philippines with significantly low water-access rates. Its program, Integrated Safe Water and Hygiene (iWaSH), approaches these issues at the local level. Since its launch in 2015, iWaSH has been a priority in water safety by local governments. In 2015, 46% of The Philippines had access to clean water. In 2017, 91% had access to basic water services.

WASH Master Plan

More recently, the Philippine government has made strides in addressing the inequities in water access throughout the country. In the Philippine Water, Sanitation, and Hygiene (WASH) Master Plan, the government aims to achieve WASH access universally by 2028. To do this, it has an integrated approach that is creating and improving pre-existent sanitation facilities to combat open defecation, promoting hygiene and sanitation, and creating safe water management.

The Philippine government has also made several efforts to infrastructure to improve both water quality and access throughout the Philippines. For example, it has introduced new standards that regulate the release of untreated waste from treatment facilities into rivers and other bodies of water, to preserve clean water and reduce pollution.

Rainwater Harvesting

The Philippines has up to more than 4,000 millimeters of rain each year. To collect safe, clean water (and prevent flooding,) local governments have turned to rainwater harvesting. There are different ways rainwater harvesting may occur. There are large tanks that may be placed by the government to collect rainwater, but it can also occur on a much smaller, but still effective, scale.

Gutters on a roof can direct rainwater into a storage system on the ground where rainwater will collect. Simple mesh filters may be placed in the storage containers to prevent contamination. Individuals gain access to this water through a tap on one of their storage containers, or in more complex setups, the water will flow directly into their home’s plumbing.

In many efforts, the Philippines has worked to improve water quality and access throughout the country by implementing new initiatives, integrated programs and new infrastructures. The WASH Master Plan and iWaSH have both effectively increased access to safe water across the Philippines. New infrastructure, such as new sanitation buildings and rain harvesting systems, have also played a positive role in combatting the water access inequities that plague the Philippines.

– Hannah Pacheco

Hannah is based in Boston, MA, USA and focuses on Good News and Global Health for The Borgen Project.

Photo: Flickr

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Eco-Friendly Search Engines Fight Poverty and Pollution

Eco-Friendly Search Engines Fight Poverty and PollutionThe internet has revolutionized communication and access to information, but its environmental impact is often overlooked. According to the International Energy Agency, global data centers consumed around 200 terawatt-hours of electricity in 2022—equivalent to the energy use of some mid-sized countries. Search engines contribute to this consumption, with each Google search generating an estimated 0.2 to 7 grams of CO₂, depending on the device used. This environmental strain disproportionately affects low-income communities, where pollution, waste and water scarcity worsen poverty. To address these challenges, eco-friendly search engines like Ecosia, Ekoru and GiveWater have emerged, transforming everyday internet use into a force for environmental restoration and community support.

Ecosia

Ecosia, an eco-friendly search engine with the same functionality as Google, offers users a greener alternative. Its tagline, “familiar search, greener impact,” reflects the company’s commitment to sustainability. Ecosia has planted more than 225 million trees and dedicated approximately €92 million to climate action.

The Ecosia team channels 100% of its profits into climate initiatives, with a significant portion supporting its global tree-planting program. Working with local organizations in more than 35 countries, Ecosia’s efforts yield widespread benefits. In Brazil, reforestation protects endangered species, while in Senegal, it restores land fertility.

In Senegal, Ecosia collaborates with Trees for the Future to establish forest gardens, where trees and shrubs grow alongside fruits and vegetables. These gardens improve soil water retention, increase crop diversity and create new income opportunities for small farmers. As a result, farmers can cultivate produce previously unsuited to dry soil while expanding their agricultural capacity. This initiative generates sustainable income for low-income rural communities. Since 2018, Ecosia has planted more than 17 million trees and restored 5,909 hectares of land across Senegal.

Ekoru

Ekoru operates as an eco-friendly search engine that generates revenue through clicks. Unlike traditional platforms, each click on a sponsored link supports ocean restoration efforts. Founders Ati Bakush and Alison Lee allocate 60% of Ekoru’s profits to initiatives like Big Blue Ocean Cleanup and Operation Posidonia. These organizations possess the labor and resources needed to advance Ekoru’s mission of restoring ocean health.

Ekoru’s impact extends across its partnerships, facilitating beach cleanups and microplastic research. Plastic waste and nonrecyclable materials pose significant threats to low-income countries, where limited infrastructure prevents proper disposal. When plastic washes ashore, it disrupts local ecosystems and undermines fishing enterprises.

Recognizing the potential for change, Ekoru aims to counteract ocean pollution and broader environmental harm. The platform operates on hydroelectric power, while its data centers rely on convection cooling instead of traditional air conditioning. This approach ensures that every Ekoru search promotes sustainability from the outset.

Give Water

GiveWater offers a search engine alternative designed to improve global health by expanding access to clean water. The platform tackles the impact of drought and environmental challenges that limit water availability. Safe, clean water not only provides hydration but also supports sanitation and hygiene. According to GiveWater, 844 million people lack access to clean water, exposing communities to illness and even death. In many remote villages, families must travel long distances to fetch water, wasting time and facing health risks that deepen poverty in low-income areas.

GiveWater channels a portion of its profits from sponsored clicks to partners like Water.org and Living Water International. Water.org bridges the financial gap for impoverished families lacking access to safe drinking water. Living Water International installs water systems tailored to community needs, guided by regional experts who understand local cultures and landscapes.

Janaki, a South Asian resident, highlighted the impact of these ongoing efforts, explaining how a nearby water source has transformed her community’s outlook. The convenience allows more time for school and work, eliminating the need for long journeys to secure basic needs. This increased access to water fosters educational and professional advancement, reducing poverty in vulnerable communities.

Small Changes Make a Big Difference

By choosing eco-friendly search engines, internet users could transform routine web browsing into meaningful action. These platforms fund tree planting, ocean cleanup and clean water initiatives, tackling both environmental degradation and poverty. As digital consumption continues to rise, such innovations reveal that small changes in technology use can potentially drive sustainable development and improve lives worldwide.

– Sarah Lang

Sarah is based in Pittsburgh, PA, USA and focuses on Technology and Politics for The Borgen Project.

Photo: Pexels

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Initiatives Ensuring Access to Clean Water in Ethiopia

Clean Water in EthiopiaEthiopia faces a significant water crisis, with roughly 60 million of its 126 million citizens lacking access to safe drinking water. This issue is compounded by surface water pollution, resulting from the country’s rapid population growth, urbanization and inadequate waste management. However, several nongovernmental organizations (NGOs) and government agencies have implemented initiatives to ensure access to clean water in Ethiopia.

WaterAid’s Deliver Life Project

WaterAid works from a bottom-up approach to alleviate water contamination in Ethiopia through the “Deliver Life” project. WaterAid has shared this project with 128,259 people from 177 communities to help relieve water contamination and related illnesses. This initiative focuses on tackling dirty water, creating sanitary toilets and teaching good hygiene practices.

WaterAid’s project successfully provided 10 Ethiopian schools access and resources to address water contamination. This was achieved through the distribution of water points, water supply systems, gender-separated toilets and teachings on hygiene and menstrual hygiene. WaterAid also taught eight small businesses how to manage liquid and solid waste. Furthermore, they provided waste vehicles to help reduce the likelihood of water contamination from poor sanitation.

UNICEF and ONEWASH

The United Nations Children’s Fund (UNICEF) works with the Ethiopian government on the ONEWASH National Programme, a widespread national appeal to follow water, sanitation and hygiene (WASH). This collaboration targets water contamination by producing specific fecal and chemical contamination standards, sharing resources on hygiene practices and building water systems that prioritize cleanliness.

UNICEF and ONEWASH help prevent water contamination by improving hygiene standards and water cleanliness, reducing water-related disease and infection.

Water4Ethiopia

Water4Ethiopia fundraises to supply clean water sites in Ethiopia. Following funding, volunteers work with nonprofit organizations to find a clean-water site. The nonprofit organizations oversee the building and construction of springs or wells and ensure that local people are involved in the process from start to finish.

The wells and springs ensure that the local community has continuous access to clean water despite infectious diseases in the area. Water4Ethiopia has benefited more than 5,000 people to date.

City-Wide Inclusive Sanitation

The City-Wide Inclusive Sanitation (CWIS) project in Ethiopia strives to address water contamination and improve sanitation in four towns in Ethiopia: Sheno, Welenchiti, Maksegnit and Kebridehar. This approach ensures that all locals, even those from low-income backgrounds within these towns, can get clean water.

This is achieved through initiatives that tailor solutions to specific areas, such as analyzing which technologies will improve certain areas. For example, in smaller, rural settlements, CWIS implements on-site sanitation, whereas in cities, CWIS provides sewers. This program ensures that clean water is accessible for everyone, regardless of background, helping to reduce water contamination by improving access to a clean, fresh supply.

Rainwater Harvesting

The Ethiopian Ministry of Water and Energy has developed a method for collecting clean water using rainwater. Ethiopia’s lack of sanitary water sources means many people turn to ponds or rivers. These sources are often contaminated and cause illness. The rainwater harvesting approach is active nationally, reaching nearly 70% of the population.

It utilizes roof water, which is generally of decent to good quality, making it potable and much less likely to cause disease or illness than water from rift valleys. Approximately 4 million people now have access to clean water through rainwater harvesting. This brings the total number of Ethiopians with access to clean drinking water to just less than 75 million.

Conclusion

Ethiopia’s ongoing battle against water contamination is being addressed through various initiatives that improve access to clean water, sanitation, and hygiene education. Indeed, projects like WaterAid’s Deliver Life, UNICEF’s ONEWASH, and rainwater harvesting have benefited millions. Sustained efforts and collaboration will be essential in expanding these successes and ensuring safe water for all Ethiopians.

– Ella Dorman

Ella is based in Worcestershire, UK and focuses on Global Health for The Borgen Project.

Photo: Flickr

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Politicized Infrastructure in Sub-Saharan Africa

Politicized Infrastructure in Sub-Saharan Africa and Poverty AlleviationInfrastructure plays a central role in shaping economic, social and cultural landscapes. While often perceived as neutral, infrastructure decisions frequently serve political interests rather than humanitarian needs. Equitable and transparent investments can transform lives by expanding access to education, health care and economic opportunities. In sub-Saharan Africa, targeted infrastructure projects have helped alleviate poverty while also serving as political tools for influence and development strategies.

Transforming Rural Access: The Role of Roads

Transportation infrastructure facilitates access to essential services including health care, markets and education. The World Bank’s Sub-Saharan Africa Transport Policy Program, while aiming to lower transportation costs and improve market access, often navigates complex political landscapes.

In 2008, the World Bank introduced a mass bus transit system in Lagos, Nigeria, offering affordable and reliable public transport. This project exceeded expected usage by 100% the following year, demonstrating its success. It also functioned as a political statement, showcasing the government’s commitment to urban development.

A more recent initiative, announced in March 2024, focuses on enhancing connectivity in Ethiopia by providing and strengthening all-weather road access to improve climate resilience and food insecurity in rural communities. The strategic placement of this project enables the political leaders to align with political priorities and development goals. While politicized infrastructure in sub-Saharan Africa may distort resource allocation, strategic investments that boost rural connectivity have demonstrated significant poverty reduction by improving access to services. The World Bank’s approach ensures that projects are strategically placed to boost regional trade and economic integration.

Water and Sanitation: A Foundation for Development

More than 2 billion people worldwide still lack access to clean water and sanitation, with sub-Saharan Africa disproportionately affected. Decisions about water infrastructure allocation often carry political weight. However, organizations in collaboration with the World Bank have significantly improved access by supporting community-driven efforts to build and maintain water wells and filtration systems.

The United States (U.S.) Development Finance Corporation supports local entrepreneurs’ programs across sub-Saharan Africa to empower communities to maintain and expand water infrastructure and purification services. These ongoing efforts act as soft power tools, extending political influence through development assistance. While perhaps politically motivated, projects not only reduce the time spent collecting water but have improved health and enabled children, particularly girls, to attend school, breaking the cycle of poverty and empowering communities.

Education Infrastructure: Building Futures

Organizations such as UNICEF and the United Nations Development Programme (UNDP) have worked to improve access to education and build schools. Over the past two decades, the out-of-school population in the region has dropped from 44% in 2000 to 29% in 2020. However, the politicization of infrastructure requires navigating competing priorities and political agendas to provide education to the 98 million children in sub-Saharan Africa who still lack access to formal, quality education.

Education infrastructure projects are sometimes influenced by soft power strategies, such as initiatives by the French Government and the British Commonwealth Grants Programme in their former colonies, with projects established in attempts to maintain influence. Despite the politicization of infrastructure, aligning investments with local needs has far-reaching effects, improving school attendance and increasing employment opportunities for graduates, acting as a catalyst for long-term poverty alleviation.

Mobile Health Care and Rwanda’s Transformation

Investments in sustainable health care infrastructure can be transformative for improving quality of life and alleviating poverty in sub-Saharan Africa, where accessing health care and medical services remains a major challenge for many communities. Rwanda’s health care transformation is a visible advantage of how politicized infrastructure in sub-Saharan Africa can have positive outcomes when strategic investments are aligned with national development needs. After the 1994 genocide, the country faced serious health problems, with the life expectancy dropping to 29 years. Through targeted policies to improve health care, the life expectancy reached 67 years in 2024, more than double the 1994 average. By addressing geographic and economic barriers to health care access, investments in health care support broader development goals of reducing poverty and improving education outcomes.

Infrastructure as a Catalyst for Change

Politicized infrastructure in sub-Saharan Africa presents both challenges and opportunities. While infrastructure investments fuel economic growth, political agendas can potentially distort priorities and deepen inequalities. However, aligning projects with local needs, transparency and sustainable development goals can transform infrastructure into a catalyst for long-term poverty alleviation. By investing in strategic transportation, water, education and health care systems, nations in the region can break cycles of poverty, improve resilience and foster economic stability.

– Isobel Hurst

Isobel is based in Berlin, Germany and focuses on Good News and Politics for The Borgen Project.

Photo: Flickr

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5 Effects of Water Pollution in Pakistan

5 Effects of Water Pollution in PakistanCurrently, more than 21 million Pakistanis face a water sanitation crisis affecting the entire country. Major cities like Karachi and Lahore struggle to provide access to clean and safe drinking water. The situation is even more dire in rural villages that lack modern systems and adequate health care. The Pakistan Council of Research in Water Resources predicts that by 2025, the country will face extreme water shortages. Large-scale industrialization has contaminated many essential water sources, benefiting the economy but causing unchecked environmental damage. The pollution introduces high levels of chemical and biological toxins into the water. Understanding the top five effects of water pollution in Pakistan could help quantify the challenges faced by the population.

5 Effects of Water Pollution in Pakistan

  1. Waterborne Diseases. The outdated water distribution network in Pakistan, located near many industrial plants and sewage systems, introduces numerous toxins into the drinking water. Bacteria such as E-coli and Salmonella, when ingested, can be detrimental to health, leading to diseases such as typhoid, intestinal worms and cryptosporidium infections, which account for more than 40% of communicable diseases in Pakistan. Widespread poverty exacerbates the effects of these diseases, as many Pakistanis cannot afford the necessary medications.
  2. Infant Mortality.  The infant mortality rate in Pakistan is among the highest in developing nations, with water pollution playing a significant role due to the vulnerability of infants to harmful bacteria and fecal matter. According to UNICEF, only 35.8% of the Pakistani population has access to clean drinking water. Exposure to toxic bacteria during pregnancy and early childhood can lead to birth defects and early onset of severe diseases, both of which significantly increase the risk of infant mortality, especially given the limited access to medical care for many families.
  3. Agricultural Damage. Man-made agricultural fertilizers are a significant source of water pollution, which poses severe challenges to Pakistan’s agricultural sector. Given the country’s predominantly dry and hot climate, manufactured water sources are crucial for the survival of many farms. Additionally, small family-owned farms in numerous villages depend entirely on agricultural profits for their livelihood. The broader population also relies heavily on this produce for sustenance. Contaminated water, which harms more than it helps the plants, forces farmers to use scarce freshwater supplies. This situation creates substantial economic and social impacts due to the limited availability of clean water.
  4. Contaminated Food Products. Contaminated food products often result from crops irrigated with impure water. Livestock exposure to polluted water, contamination in marine waters and the use of pesticides and fertilizers further toxify essential resources. Without access to healthy, clean food for consumption and sale, many populations face starvation and life-threatening diseases.
  5. Decreased Biodiversity. Water pollution destroys numerous habitats, including lakes, rivers and ponds. Pollution renders them unable to support aquatic life due to chemical contamination and nutrient depletion. This disrupts food chains as smaller, less chemically resistant organisms die off, impacting species that rely on them for sustenance. Additionally, eutrophication, spurred by excessive nitrogen and phosphorus, triggers algae blooms that further degrade marine ecosystems by limiting sunlight and reducing energy available to aquatic species.

The Paani Project

The Paani Project, headquartered in Ann Arbor, Michigan, is actively enhancing water quality in Pakistan. Founded by four Pakistani Americans seeking to address the water crisis, the nonprofit has developed more than 20,000 water systems since its inception. Additional projects include deepwater wells, solar wells and reverse osmosis plants. As of June 2024, Paani collaborates closely with local partners to identify the most suitable water solutions for each rural community, maximizing the impact of donations. The organization emphasizes transparency, providing donors with approximately 30 photos of the construction process, a video of the completed water system and a comprehensive water quality report.

Looking Ahead

Pakistan’s water crisis poses significant challenges, from waterborne diseases to agricultural damage, impacting millions of lives. Efforts by organizations like the Paani Project offer hope. Their tailored water solutions work to improve access and quality across the country. With a focus on addressing the immediate needs of affected communities, these ongoing initiatives contribute to mitigating the long-term effects of water pollution and ensuring a more sustainable future for Pakistan.

– Sophia Kharal

Sophia is based in San Jose, CA, USA and focuses on Global Health for The Borgen Project.

Photo: Pexels