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New Data Center Threatens Further Water Scarcity in Uruguay

Water Scarcity in UruguayUruguay, a republic located in South America, has spent the past several months recovering from a drought that lasted more than three years. The drought was severe, to the point where authorities were mixing seawater with freshwater to try and amend the problem— accidentally rendering it completely undrinkable in the process. While things have gotten much better amid more rainfall and administration changes, water scarcity in Uruguay remains a concern for its citizens due to the construction of data centers. These data centers are projected to use unsustainable amounts of water.

What Is a Data Center?

Most internet netizens are familiar with “the Cloud,” where users can remotely store data instead of keeping it on their devices. This data cannot just be nebulously stored on the internet, though; it has to go somewhere physical to be stored. Data centers are the answer to this, containing warehouses of servers that process and house cloud data along with the machines that help make AI technology work.

These computers need lots of water to stay cool with a typical data center using an average of 300,000 gallons of water a day. Some data centers can even use upwards of a million gallons of water a day. Since the process of cooling down computers heats the water, it cannot be dumped back into the systems where it came from since thermal pollution has been known to destroy entire ecosystems.

This process also has the potential to leave chemicals or other impurities that render the water unfit for human consumption. Many worry that the introduction of this technology in Uruguay could prove catastrophic, given the water scarcity in Uruguay.

The Effect on Uruguay

Water scarcity in Uruguay continues to be a prime concern for its citizens and the announcement of a new data center only further exacerbated these concerns. The initial announcement drew so much controversy that many locals took to the catchphrase “It’s not drought, it’s pillage” amid protests. Experts also worry about the long-term ramifications of data centers posing a drain on Uruguay’s very limited water supply.

While the country is still recovering from the prior drought, the insecurity and ecological decimation it brought can still be felt in many areas. A new proposal for the data center was created, with an emphasis on using air conditioning to cool the computers instead of water. Unfortunately, academics conclude this would be just as damaging environmentally. While it is true the amount of water would be lessened, the air pollution and stress on the electrical grid far outweigh any good proposed by the new solution.

Advancements in Technology

Data centers use large amounts of electricity and water to operate, but this does not have to be a negative thing due to recent advancements. Many data centers have turned to using reclaimed wastewater or sewage, to cool their systems instead of relying on drinkable water. Other companies have proposed the idea of recycling the water used in data centers to create a self-sufficient model of water usage.

Advancements such as these would greatly lessen the impact on drinkable water if implemented in Uruguay. Google, the company building and operating the data centers, has been vocal about not wanting to harm Uruguay through the creation of the data center. On the contrary, Google has offered to collaborate with local universities to provide more technology-focused content in their curriculums in order to bolster Uruguay’s tech business and advancements.

Moving Forward

While Uruguay continues to recover from prior droughts, water scarcity in Uruguay continues to be an issue for it. Many worry that the creation of a data center continues to threaten Uruguay’s water supply. However, recent technological advancements and renewed promises for compromise between Google and the Uruguayan people offer a brighter future moving forward.

– Mackenzie Scott

Mackenzie is based in Indianapolis, IN, USA and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr

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Hunger in Ethiopia: Everything You Need to Know

Hunger in EthiopiaAccording to the World Food Programme (WFP), a staggering 55% of all children younger than 5 in Ethiopia suffer from hunger, highlighting the severe nutritional crisis facing the nation. In 2024, approximately 15.8 million people in Ethiopia required food support due to a complex interplay of factors such as rampant inflation, ongoing conflicts, severe droughts and the spread of diseases.

Ethiopia is currently grappling with one of the worst droughts in recent history, leading to widespread starvation and devastating consequences for vulnerable populations. The drought has destroyed crops and livestock, further exacerbating food shortages and pushing families into dire circumstances.

Many Ethiopians are also suffering from various diseases, with children particularly affected by hydrocephalus, a serious condition characterized by swelling of the brain due to the accumulation of spinal fluid. This condition can often be linked to malnutrition during pregnancy, underscoring the intergenerational impacts of food insecurity.

The Impacts of Conflict and Drought in Ethiopia

Conflict, drought and decreasing food support are endangering the lives of millions of Ethiopians and driving inflation to unprecedented levels in the region. While inflation in the U.S. and conflicts elsewhere contribute to the crisis, the situation is complex, with smaller issues, such as the availability of fuel for supply trucks delivering food and medicine, playing a critical role.

The disruption of supply chains due to fuel shortages has led to delays in delivering vital humanitarian assistance to affected communities. These delays have further strained the already limited resources available to those in need. Moreover, ongoing conflicts in various regions of the country have hindered access to agricultural land, preventing farmers from cultivating crops and worsening food scarcity.

Humanitarian needs in Ethiopia have tripled since 2015 and the country is experiencing its worst drought in decades, often described as the worst in a generation. This drought affects 8.1 million people, including approximately 2.5 million children, leading to water scarcity, food insecurity and severe disruptions in livelihoods. The consequences include rising food prices, increased malnutrition rates among children and the displacement of millions.

In southern and southeastern Ethiopia, an estimated 7.4 million people wake up hungry each day as the country grapples with its fourth consecutive failed rainy season. Drought, compounded by regional conflict, remains a significant challenge. These alarming statistics and health issues reflect the urgent need for comprehensive interventions to address not only immediate food needs but also the underlying causes of hunger and health disparities in Ethiopia.

What Is Being Done

Several organizations, including the United States Agency for International Development (USAID), are actively supporting Ethiopia through humanitarian assistance. In 2022, USAID announced $488 million to address various critical needs, including:

  • Emergency food assistance
  • Life-saving nutrition to treat malnourished children
  • Support for farmers to prevent livestock and crop loss
  • Aid for vulnerable populations
  • Assistance for farmers and agribusiness to build resilience
  • Provision of safe drinking water and emergency health care to mitigate disease exacerbated by hunger
  • Protection for women and children to prevent gender-based violence.

Summary

Ethiopia is facing a critical crisis as conflict, drought and hunger threaten millions of lives. However, several nonprofit organizations, such as USAID, are actively assisting the country in addressing these issues through humanitarian aid. With sustained support from both local and international organizations, Ethiopia has the potential to overcome these challenges and work toward a more stable future.

– Anthony Burt

Anthony is based in Kansas, USA and focuses on Technology and Politics for The Borgen Project.

Photo: Flickr

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3D Printed Weather Stations Combats African Data Poverty

3D Printed Weather StationsIn 2019, The Washington Post covered a story about a “relatively inexpensive” weather station developed by the Trans-African Hydro-Meteorological Observatory (TAHMO)—commenting that it was a sign of hope in solving Africa’s climate data poverty in the future. This weather station cost $2000 at the time of reporting. In 2024, an automatic 3D printed weather station from the University Corporation for Atmospheric Research (UCAR) team called 3D PAW costs only around $375-475 including operational costs (through a solar power/battery system). This is a massive advancement. A major obstacle in building a reliable early warning system for the African continent has been outsmarted.

Climate Data Poverty in Africa

Weather Stations do much more than just inform whether an umbrella will be necessary today. It is often overlooked that they make up the integral forecasting infrastructure that saves countless lives, prevents massive economic damages, and protects the livelihoods of the most vulnerable demographic—by providing early warnings of extreme weather events. The availability of early warning systems allows vulnerable people to have enough time to evacuate and better prepare for emergency relief, lowering the number of casualties and deaths.

Advancements in weather forecasting in the last 50 years have contributed to the massive decrease in the number of deaths that extreme weather globally causes. However, statistics at a global scale hide within it the fact that flood-induced deaths were four times more occurrent in Africa per flood for the last 20 years; the fact that 99% of deaths caused by droughts occurred in Africa from 2006 to 2015.

Weather Stations in Africa

Although this indeed is a problem with a variety of causes, the attention of global health agencies, researchers and foreign aid projects synchronously focus on establishing early warning systems in the African continent in response (The World Meteorological Organisation (WMO) and the Biden Administration have all addressed this issue publicly in 2023). The unnerving fact is that the African continent immensely lacks land-based weather observation network coverage and is currently losing existing facilities.

According to Climate Links, 3,300 ground-based weather stations covered the African continent in 1981, but in 2023 only 800 remain functional. This is mainly due to a lack of maintenance and the high cost of those operations. The WMO reports that only 37 Radar stations cover the African continent of 1.2 billion people while 636 stations cover Europe and the United States with 1.1 billion people. Simply having an early warning 24 hours before an extreme weather event can lower damages by 30%

The first part of the answer is that weather stations are incredibly expensive tools and governmental funding is insufficient in many parts of Africa. According to the Kenyan Meteorological Department, each automatic weather station cost them $54,000, The Washington Post reports. The second part of the answer is the fact that the maintenance cost of these weather stations is also high, adding to the height of the financial obstacle. Maintenance costs include manpower for regular maintenance (cleaning the sensors), the cost of operational power, and the cost of replacing broken parts, according to Climate Links. The fact is, constructing a rich network of weather stations and maintaining it in a continent as large as Africa is expensive—especially challenging for a region facing the highest level of poverty globally.

The Good News: 3D Printed Weather Stations

3D Printed Automatic Weather Stations (PAW) is a collection of 3D printable blueprints, instruction manuals and software that experts can use to locally build a fully functioning weather station using minimal resources in even the most distant parts of the globe. Despite its astronomically cheaper construction cost– around $300-500 USD–the system can impressively measure seven meteorological indicators simultaneously at 15-minute intervals: “pressure, temperature, relative humidity, wind speed, wind direction, precipitation and visible/infrared/UV light.” Building the system can take just a week, showcasing its potential for reproduction at an extremely fast pace.

3D PAW has grabbed the attention of the African early warning system space. In late March 2023, this new technological solution received a $10 million commitment as part of the expansion of the FEWS NET network from the Biden administration to establish a strong weather station network in the African continent, according to The White House. 3D PAWs have started to be deployed in Kenya and have currently installed 26 working weather stations at the time of reporting.

Now, the rigidity of the 3D-printed weather stations needs examination and the problem of maintaining a larger network of 3D PAWS is still something that needs a solution. However, it is undeniable that the cost-of-production problem now has an attractive solution. It is an exciting time.

The Conclusion

Working, reproducible and affordable, 3D printed weather stations are just one piece of the puzzle, but also a part of a new wave of innovations—such as AI analysis models—transform the weather forecasting game to be more affordable. The problem is still far from being solved, however, solutions are being proposed and governments and organizations globally are attentive and working together to solve the problem. The early warning issue in Africa is at a dynamic state – it is exciting to anticipate what the future may hold.

– Siwon Kim

Siwon is based in Boston, MA, USA and focuses on Good News and Technology for The Borgen Project.

Photo: Flickr

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Rainwater Harvesting: WOGI’s Southern Madagascar Project

Rainwater HarvestingSouthern Madagascar is facing its worst drought in 40 years, with 70% of the Malagasy people lacking access to clean water for drinking, hygiene and sanitation. This scarcity has caused water prices to skyrocket to 15 times the average price, exacerbating the crisis. Even in schools, 81% of people don’t have access to clean water to drink and wash their hands. In response to this dire situation, Wings of Grace International (WOGI), a nonprofit organization, is helping communities in Southern Madagascar obtain access to clean water through an innovative rainwater harvesting process.

About WOGI

WOGI is a Christian nonprofit organization founded and based in Le Chable, Valais, Switzerland, by Tasmin Keshavjee. Its mission is to identify islands lacking accessible drinking water and distribute tanks to harvest rainwater sustainably. Since 2008, WOGI has placed 1423 water stations on nine different islands worldwide, supplying 1.523 million liters of clean drinking water to remote communities in need.

The organization provides free 1000-liter/250-gallon PVC tanks that are designed to last 30-40 years and have proper maintenance. This approach offers a sustainable and cost-effective alternative to purchasing expensive jerry cans of fresh water, which would be prohibitively expensive for people with very limited daily income.

In 2011, WOGI expanded its efforts to help alleviate the water crisis in Southern Madagascar, distributing 184 1000-liter rainwater harvesting tanks. Building on this initial success, WOGI aims to provide an additional 250 tanks to the territory in 2024, reaching more remote communities across the Tulear region.

Rainwater Harvesting Process and Tank Maintenance

WOGI’s rainwater harvesting process is both simple and effective. In unindustrialized areas, rainwater is typically safe to drink without chemical treatment. However, proper maintenance is crucial to ensure water safety. When it begins to rain, the tanks are kept closed for the first 5-10 minutes to avoid contamination from roof dust. A mosquito net is then placed over the intake hole to prevent insects from entering. Each 1000-liter tank is typically shared by about 100 people, providing approximately 10 liters of water per person. In cases where fewer people share a tank, chlorine tablets are added to preserve the water if it has been exposed to heat for multiple days.

WOGI trains locals on proper tank maintenance, including setting tanks on a base of stones and mud, supporting the seal with cement for flood protection and covering empty tanks with banana leaves or a thatched roof to prevent sun damage and interference from children or animals. The tanks are thoroughly cleaned once or twice a year. To ensure ongoing proper maintenance, WOGI has partnered with local organizations, such as the Anglican Church of Madagascar, to oversee the project’s progress.

Impact

The introduction of these tanks has dramatically improved lives in Southern Madagascar. While the amount of water each person receives may seem modest, it represents a significant improvement over previous conditions. Many residents previously had to drink from contaminated puddles or travel long distances for fresh water. Keshavjee recounts: “I’ve seen one man riding a bike to go and fetch water for multiple households in the heat of the day. Apparently, he had to ride about 20 km to reach the water point, fill the jerry cans (at least 10-15) and then make the ride back to deliver them. This was on an old-style bike which had no gears.”

With these tanks, people can now store fresh water during rainy seasons, providing a reliable source of clean water – a luxury they did not have before. Keshavjee adds, “When we distribute tanks, the joy is palpable as they recognize that their lives are going to change dramatically. Occasionally we get a message or some pictures from our leaders to let us know that during a crisis, our tanks have been a huge help.”

Looking Ahead

Despite ongoing drought and water scarcity in Southern Madagascar, WOGI’s rainwater tanks have significantly improved daily lives, reducing water-fetching time and protecting communities from waterborne diseases. Although faith-based, WOGI ensures all community members have access to fresh water, regardless of personal beliefs. The organization remains committed to expanding its reach, with plans to reach more remote areas and reduce the number of people sharing each tank. By providing communities with means to collect and store rainwater, WOGI meets immediate needs while fostering long-term resilience and community development.

– Lauren Thompson

Lauren is based in San Francisco, CA, USA and focuses on Good News and Global Health for The Borgen Project.

Photo: Flickr

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The Promising Future of Desert Agriculture

Desert AgricultureDesertification occurs when land near desert and arid regions becomes barren and dry due to human activities or adverse weather conditions. In the past 20 years, thousands of acres of fertile farmland and grazing land have been lost to desertification. Several internationally funded projects have been initiated to combat this issue, the most famous being the Great Green Wall.

Developed in 2007, the Great Green Wall project aims to halt the expansion of the Sahel and stretch from Senegal to Djibouti. While the international community initially lauded the project as a great example of environmental restoration, the World Agroforestry Center has critiqued the plan. It is a tree-planting-centric model that scientists argue is ineffective in attempting to recover desert land. Instead, the areas along the project’s route that have seen success have seen little from the original initiative and instead have found new life in the hands of local farmers and communities.

Through indigenous communities, the land’s revitalization has begun to take shape. In Niger, farmers are using the Faidherbia albida tree, along with native low-brush plants, to assist with soil nutrients. The Great Green Wall is considered one of the most well-known plans to combat desertification. However, other plans are currently in action; some are taking inspiration and others are developing more applicable solutions to desert agriculture.

Mongolia

As of 2017, more than 70% of Mongolian land is considered to be desertified to some degree. Significant drought periods have exacerbated the spread of desertification in Mongolia’s Dornod and Khentii grasslands. While Mongolia has always been classified as arid and semi-arid, the large-scale grasslands have allowed a long-standing animal husbandry tradition to dominate the Mongolian economy.

The Mongolian Great Green Wall plan was launched in 2008 to combat this. However, like its African counterpart, it was largely unsuccessful and primarily abandoned in favor of other preventative methods. One indigenous solution to desert agriculture has been to change animal grazing timelines to ensure proper recovery time and prevent overgrazing. Between an increase in protective land policies and the nomadic communities remaking animal grazing patterns, there is a high possibility that the increased desertification along the Steppe can be reduced and managed with proper collaboration between local communities and government agencies.

Iraq

In the last three decades, the country has seen an increase in desertification due to deforestation during regional conflicts, water scarcity and the removal of brush cover, which has exacerbated the desertification in Iraq. The United Nations Convention to Combat Desertification (UNCCD) reports that as of 2019, 2.89 million hectares of land in Iraq are classified as degraded. This degradation, primarily affecting the agricultural sector, is caused by water salinity from the Tigris and Euphrates rivers and the lack of alternative irrigation sources. As a result, many farmers have abandoned their lands and migrated to densely populated urban areas for employment.

There are currently no active UNCCD projects in Iraq. However, a comprehensive analysis was produced in 2022, which gave several strategic suggestions to boost vegetation cover and revitalize local agricultural lands by planting lichen and other microorganisms to strengthen top soils, provide necessary nutrients and improve desert agriculture. The UNCCD recommends spearheading projects by local communities and generational farmers to ensure the land is cared for by those who understand the human-land balance more intimately than government bodies.

– Jamie Sackett

Jamie is based in Hutto, TX, USA and focuses on Global Health and Politics for The Borgen Project.

Photo: Flickr

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Using Technology to Combat Drought in Kenya

How Kenya Uses Technology to Combat DroughtIn Kenya, only 27 weather stations are operational and they are spread over vast distances. This scarcity leaves many farmers without accurate weather forecasts, particularly rainfall, crucial for their agriculture. Farming in Kenya, a region prone to droughts, depends heavily on timing. The absence of reliable rainfall predictions forces farmers to risk planting seeds that may fail if expected rains do not materialize. This ongoing challenge is compounded by the region’s climate, which is not only prone to erratic rainfall and frequent droughts but is also expected to experience worsening conditions over the next decade.

The Impact of Drought in Kenya

Droughts in Kenya pose severe threats to the livelihoods of the poorest populations, who are predominantly smallholder farmers and pastoralists. These groups rely heavily on rainfall for irrigation and extended droughts often deplete alternative water sources like boreholes and rivers. The primary impact of drought is the destruction of agricultural assets. Without adequate water, crops fail prematurely, leaving farmers without food or income from harvests. Additionally, the loss of crops prevents future planting due to the loss of seeds. Livestock farmers face similar challenges, with water scarcity leading to the death of essential forage and, subsequently, their animals. Recent reports have highlighted extreme conditions, with visuals of even camels perishing from dehydration, symbolizing the dire situation in the region.  

Recurring and intensifying droughts in Kenya have left more than 4.35 million residents of arid and semi-arid regions facing severe food shortages and limited access to clean water, leading to widespread malnutrition. These droughts not only pose immediate threats but also perpetuate chronic poverty. A study from the Technical University of Berlin reveals that households impacted by drought often experience deteriorating living conditions and reduced educational spending up to 10 years later. Moreover, early exposure to malnutrition significantly impairs cognitive development in children, affecting their abilities into adolescence and adulthood.

The Bridge Between Bird Songs and Weather Stations

Information Technology and Indigenous Knowledge with Intelligence (ITIKI), is a groundbreaking drought forecasting tool. This system integrates conventional meteorological data, inputs from locally stationed wireless sensors and indigenous weather indicators, processing all this information through artificial intelligence to deliver highly accurate weather forecasts.

ITIKI stands out among forecasting tools because it uniquely incorporates local indigenous knowledge into its predictions. This allows for highly specific, micro-level forecasts that the Kenyan National Meteorological Services cannot provide. Indigenous knowledge includes local signs that correlate with weather patterns, such as specific bird calls or the behavior of dragonflies, which are traditionally recognized as indicators of imminent rainfall. Residents report these signs through communication channels and the ITIKI system processes this data with artificial intelligence. Professor Masinde, a user of ITIKI, recounts, “My sister and I would hear that bird, we’d have to run home because it would rain precisely three hours later. It’s so precise.”

Kenya’s youth often dismiss indigenous knowledge as outdated, viewing it as a primitive forecasting method. Yet, from a data analysis perspective, indigenous knowledge represents a long-standing correlation between natural phenomena and meteorological patterns, as recognized by local observations. Although these traditional indicators may be too general to serve as the sole method for predicting droughts, when integrated with modern forecasting technologies, they significantly enhance accuracy at the local level by contributing specific meteorological insights.

ITIKI Combatting Drought in Kenya

With a remarkable micro-level precision of 500 meters, ITIKI boasts a 98% accuracy rate for forecasts up to 18 months and 70% for those extending to four years. This precision enables smallholder farmers to receive specific rainfall predictions for their villages, enhancing their agricultural planning. Professor Muthoni Masinde explains the practical applications: farmers can save seeds and funds by not planting ahead of anticipated dry spells, investing in drought-resistant crops if only limited rainfall is expected or even relocating if long-term forecasts predict insufficient rainfall.

The 2019 USAID performance report on ITIKI highlighted its impact on agricultural practices, with 74% of users reporting improved crop yields due to the system’s accurate forecasts. Additionally, all interviewed users expressed their endorsement of ITIKI to other farmers. The adoption of drought-resilient crop varieties increased among ITIKI users, who, leveraging precise weather predictions, often planted before anticipated rainfall, enhancing crop survival rates.

ITIKI’s Future

The ITIKI project, currently operational in Kenya, Mozambique and South Africa, assists smallholder farmers in managing drought in Kenya. According to a USAID report, while ITIKI has been beneficial, farmers have shown reluctance to pay for subscriptions themselves. In response, Professor Masinde has pivoted to a business-to-business model, partnering with government institutions keen on enhancing self-sufficiency among these farmers. Furthermore, Professor Masinde plans to broaden ITIKI’s user base across Africa, refine forecast accuracy and incorporate predictions for other environmental threats like locust invasions. This project offers a promising avenue for enhancing drought resilience and addressing poverty in innovative ways.

Looking Ahead

ITIKI’s integration of traditional knowledge with modern technology offers precise weather forecasting, vital for smallholder farmers in managing drought in Kenya. By providing accurate, village-specific rainfall predictions, ITIKI helps farmers make informed decisions, improving crop yields and reducing losses. As the system expands across Africa and incorporates additional environmental threats, it promises to enhance agricultural resilience and combat poverty in the region.

– Siwon Kim

Siwon is based in Boston, MA, USA and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr

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USAID’s Response to the Record-Breaking Drought in Africa 

Drought in AfricaThe Horn of Africa is suffering from its worst drought in 40 years, a crisis that has killed millions of livestock and plunged millions of people into food insecurity. In response to this historic drought in Africa, the U.S. Agency for International Development (USAID) has pledged almost $1.3 billion in assistance to the regions hardest hit by the drought.

A Record-Breaking Drought

The past four rainy seasons in the Horn of Africa—a region which includes Ethiopia, Somalia and Kenya—have seen below-average rainfall. The most recent rainy season, from March to May 2022, was the area’s driest rainy season in 70 years. The U.N. expects that the upcoming rainy season from October to December 2022 will also be dry.

This unprecedented drought has had dire consequences for those living in the Horn of Africa:

  • As of July 2022, the U.N. estimated that 18.6 million people in Ethiopia, Somalia and Kenya are facing food insecurity due to the drought and this figure could rise to 20 million by September.
  • The International Rescue Committee warns that 3 million people are at risk of starving to death in the region.
  • 7.1 million children are acutely malnourished, with 2.1 million children falling in the category of acutely malnourished.
  • More than 11.6 million people lack access to sufficient water for drinking, cooking and cleaning.
  • An estimated 7 million livestock have died and an additional at 22 million are at risk of dying due to the drought.

Immediate Impacts of the Drought

In addition to the immediate impacts on food and water insecurity, the Horn of Africa’s drought has impacted the lives of those living there in more indirect ways. With more than 1.1 million people displaced as a consequence of the drought and women and girls traveling as much as three times as long as they did before to find water, the Horn of Africa has seen an increase in gender-based violence and school drop-out rates.

Approximately 15 million children in the region are now out of school and an additional 3.32 million children across the region are at risk of dropping out because of the drought. The drought has also had negative impacts on hygiene practices. As drinking water has become scarcer, people have started to ration their water, using more water for drinking and cooking and less for hygiene. Consequently, the drought has put people at a higher risk for infection and water-borne diseases.

While the drought on its own has had disastrous effects, Russia’s war on Ukraine has compounded the crisis the Horn of Africa is experiencing. Regionally, 84% of wheat is imported, and 90% of that imported wheat comes from Russia and Ukraine. Due to the combined effects of smaller harvests and war-induced inflation, the cost of food has risen 66% in Ethiopia and 36% in Somalia.

The United States Offers Help

In July 2022, USAID announced an additional $1.18 billion in aid for countries hardest hit by this historic drought. This brings the total U.S. assistance for the crisis up to $1.86 billion in 2022 alone — the greatest contribution of any single country.

The most recent round of funding will go towards measures that will provide immediate assistance to those suffering the consequences of the drought as well as efforts to help the Horn of Africa build resistance against potential future droughts. Funding will support the delivery of emergency food supplies including a grain called shogun, split peas and vegetable oil. To help the high number of children suffering from malnutrition as a result of the drought, USAID will help screen communities for malnutrition in children and provide nutritional supplements for those found to be most at risk.

USAID also plans to use a portion of the funds to help farmers by providing medical services and food to animals as well as working with agricultural communities to develop more drought-resistant farming techniques. Addressing some of the secondary consequences of the drought, USAID will also direct funds toward disease prevention and gender-based violence reduction efforts.

A Look Ahead

While this unprecedented drought has been devastating for the Horn of Africa, the U.N. estimated in July that an additional $1.8 billion in aid was required to address the crisis. The recent announcement by USAID in July covers almost two-thirds of this requirement and has the potential to help the millions who have suffered the dire consequences of the drought in Africa.

– Anna Inghram
Photo: Flickr

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Madagascar’s Poverty is Further Impacted

Madagascar’s PovertyMadagascar, an island country located in the Indian Ocean, is one of the most impoverished countries in the world, with 75% of its population living in poverty in 2019. Due to the country’s insufficient infrastructure, isolated communities and history of political instability, the economy of Madagascar has long been incapacitated and heavily dependent on foreign aid to meet the basic needs of its people, with food being the most urgent. In recent times, Madagascar’s poverty has been further impacted by more crises amid the country’s continued search for economic stability.

The COVID-19 Pandemic

Since the onset of the COVID-19 pandemic, Madagascar’s economy has drastically worsened and so has Madagascar’s poverty as a result. With an already frail economic climate before COVID-19, the pandemic has negatively affected both the rural and urban areas of Madagascar, as precautionary measures enforced by the government are obstructing the flow of food and job opportunities, further stifling the already impoverished. Movement restrictions, one of many precautionary measures being enforced by the government, have cornered the most poverty-susceptible households to stay in place versus finding labor opportunities through seasonally migrating. Without the freedom to move about and access markets, these rural households are hard-pressed to find food and urban households are feeling the economic effects of this as well.

Drought in Madagascar

About 1.6 million people in southern Madagascar have suffered from food shortages since 2016. The reason for this food shortage: drought. Ejeda is one of many Madagascar villages that finds its villagers trekking miles away from their homes to dig holes into sand beds around rivers in search of water. If water is found, these villagers are then tasked with transporting it miles back home. Three years of recurrent drought in southern Madagascar has almost entirely eradicated farming and crop yields.

Declining Tourism Industry

Tourism in Madagascar is a significant source of annual revenue for the country. Home to lush national parks and scenic beaches, it is estimated that the fallout of COVID-19 has taken away about half a billion dollars of tourism revenue from the country since the pandemic began. Travel restrictions in Madagascar have gradually been eased but the damage has been done as people are simply not traveling unnecessarily during COVID-19. This loss of tourism revenue has been widely felt as it has added to the people’s ongoing struggle with poverty in Madagascar.

Poverty in Madagascar continues to worsen due to COVID-19, drought and the ensuing loss of tourism. With an already feeble economy before these crises, poverty has been intensified in both rural and urban areas as these crises continue to play out.

The Good News

Madagascar’s poverty has increased but there is good news to be found. A dietician and missionary from Poland named Daniel Kasprowicz recently raised 700,000 PLN through an online fundraiser to build a medical facility for malnourished children. Construction on the building has already started, and as poverty is expected to increase throughout Madagascar for the foreseeable future, it is believed that the facility will be opened and treating the malnourished by February 2021. In a time of crucial need, foreign aid means life or death in Madagascar and no act of assistance goes unnoticed.

– Dylan James
Photo: Flickr

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The Czech Republic: Drought and COVID-19

The Czech Republic is a Parliamentary Republic bordering Germany, Poland, Austria and Slovakia. The country was founded on January 1, 1993, following a political revolution, and peacefully splitting from the former Czechoslovakia. In 2020, the Czech Republic ranked as the eighth safest country in the world. The country also reports a 2.4% unemployment rate and healthy GDP growth over the past five years. The latest Eurostat data also shows that the Czech Poverty rate is 3.4%, the second-lowest rate in the EU. However, the well-being of the Czech Republic’s citizens may decline as a threatening drought continues to plague the country and coincide with the COVID-19 pandemic.

Poverty & Hunger in the Czech Republic

In a 2017 study, the Czech Republic Hunger Statistic was 2.5%. This means that 2.5% of the population’s food intake was insufficient to meet basic dietary requirements. Meanwhile, the World Hunger Statistic is around 11%.

Despite the Czech Republic’s success in the fight against poverty, the country has some areas of weakness. For example, the Czech Republic’s wage gap is larger than other European countries. Women tend to earn about 22% less than men. As a result, a disproportionate number of women, especially single mothers, fall below the poverty line.

Additionally, the Czech Republic’s relatively low poverty rate of 3.4% is somewhat misleading. The poverty rate considers the standard of living within the Czech Republic. Sociologist Daniel Prokop uses Luxembourg to exemplify why this can be misleading: “the median [income] in Luxembourg is twice as high as in the Czech Republic. Therefore, the poverty line is twice as high, making it easier for low-income workers to fall below it.” So, countries with higher median incomes have a higher standard of living. Since the Czech Republic has a lower relative poverty threshold, an impoverished citizen in Luxembourg may not be considered impoverished in the Czech Republic.

Working Through a Long-term Drought

The Czech Republic is experiencing the most threatening drought in 500 years. The drought began in 2018, and it escalated to a climate crisis in April 2020- right in the start of the COVID-19 pandemic. There is a fear that the continuation of the drought in the Czech Republic will cause mass famine.

Scientists are using an ESA satellite to monitor the drought and soil conditions, keeping the country’s agribusiness sector stable. Well-organized agricultural systems are preventing major catastrophe in the present. Yet, crop yields are expected to continue shrinking in the upcoming months. The biggest concern, however, is the impending water shortage. The Ministry of Environment in the Czech Republic has implemented over 15,000 projects across the country to build pipelines for drinking water, preserving dams and reservoirs and much more.

COVID-19 Impacts

Thankfully, the Czech Republic has handled COVID-19 wisely from the start. They were the first country in Europe to issue a mask mandate, sending the notice on March 19, 2020. So far, there are no significant deviations from normal malnutrition and poverty rates due to the pandemic. Despite a couple of recent clusters in the eastern parts of the country, heavily populated cities such as Prague (population: 1.3 million) are seeing consistently low infection rates as of late July. Many citizens’ lives have returned to normalcy, with schools and buildings re-opening and commerce flourishing.

Tomorrow’s Outlook

Organizations ranging from small local projects to large NGOs are working to combat poverty and hunger in the Czech Republic as the drought and COVID-19 continue. For example, the Prague Changemakers organizes volunteering projects by recruiting local citizens. Together, they cook and distribute food to the local homeless population.  Additionally, Naděje is an example of a larger NGO. Naděje was founded in the 1990s following the revolution and their organization’s goal is to serve the homeless. Naděje began by serving food in railway stations. Soon, the NGO expanded to building homes and shelters across the country. For their first major project, Naděje established day centers for the homeless to get food, creating two hostels for men and one for women.

Ultimately, responsible governmental action and the work of NGOs like Naděje have provided stability to the Czech Republic in an uncertain time. Hopefully, their work in the Czech Republic will continue to keep COVID-19 and the drought under control. It seems other countries should take notes as unemployment, hunger, and poverty rates remain relatively low in the Czech Republic.

– Ruhi Mukherjee
Photo: Flickr

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2020 Conference Pledges Aid to Afghanistan

Aid to AfghanistanThe period of 2018 to 2020 brought with it a series of difficulties for the people of Afghanistan, including droughts, floods and pandemics. A severe drought in 2018 impacted 95% of the country’s farmland and dried up crucial water sources. More than 250,000 people were displaced and at least 1.4 million civilians required emergency aid. Following the drought, 2019 had the opposite occurrence: heavy rainfall activated widespread flooding in nine provinces, impacting more than 112,000 people. These crises continue to be felt in 2020 as both old and new challenges exacerbate conditions for the poorest Afghans. Countries all over the world are pledging to provide aid to Afghanistan.

Conditions Affecting Afghanistan

  • COVID-19: In November 2020, Afghanistan documented 44,133 coronavirus cases and 1,650 fatalities. The socio-economic impacts have been extensive. Average household debt rose by 36,486 AFS (US$474) and the poverty level increased from 54% to 70%. According to the World Bank, Afghanistan’s economy is predicted to contract by at least 5.5% due to the 2020 impact of COVID-19.
  • Displacement: Nearly 286,000 Afghans at home and 678,000 abroad suffered displacement in 2020, bringing the total displaced to approximately four million. Internal displacement camps are rife with insanitation, poor healthcare, unemployment, limited potable water and food insecurity. According to estimations by the 2020 Humanitarian Needs Overview, one million displaced people will require aid by the end of 2020.
  • Political Uncertainty: Political instability has been a mainstay in Afghanistan for decades and continues to trouble both citizens and the international community. Despite ongoing 2020 peace negotiations with the Taliban, fighting continues in the region. As a result, desperately needed health clinics have suffered closures and 35,000 Afghans were displaced from the Helmand Province in October 2020 alone.
  • Women’s Rights: Conditions for Afghan women and children have improved in recent years, allowing 3.3 million girls to receive an education. Additionally, women have experienced expanding opportunities for political, economic and social engagement. However, government participation is still strictly limited and women are still at high risk of violence.
  • Food insecurity: Afghan farmers still had not fully recovered from the 2018 drought and 2019 flood before the impact of COVID-19 on the country raised food prices, and with it, further food insecurity. Estimates warn that one-third of the population have already exhausted their savings and are in crisis levels of food security, with 5.5 million of them in emergency levels. However, farmers are hopeful that improved climate conditions will alleviate some of the damage done in previous years of difficulties.

2020 Afghanistan Conference

International donations fund at least half of Afghanistan’s annual budget. This is unlikely to change anytime soon, especially as COVID-19’s toll on the country’s economy also decreases government revenues. There was concern that the 2020 Conference would see a diminished aid pledge from Afghanistan’s largest donors, but the meetings that took place on November 24 secured a minimum of US$3.3 billion annually for four years contingent upon a review of Afghanistan’s progress in areas of peace, political development, human rights and poverty reduction. The United States is one such donor, pledging $300 million for 2021 and promising another $300 million worth of aid to Afghanistan if the ongoing peace talks prove successful. To this end, the “Afghanistan Partnership Framework” details the principles and goals of Afghanistan’s growth in peace-building, state-building and market-building.

Rebuilding Afghanistan

While some have expressed concern that the donations for aid to Afghanistan are not enough to cover costs and that the contingency requirements will be very difficult for Afghanistan to implement without compromises, there nevertheless is hope that tighter restrictions will prevent fewer funds from being lost to corruption. Despite the future challenges ahead of Afghanistan, Afghan leaders reiterated their commitment to “finding a political settlement that can not only bring an end to the suffering of the Afghan people but strengthen, safeguard and preserve the gains of the past 19 years.”

– Andria Pressel
Photo: Flickr