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Yemen Uses Rainwater Harvesting to Fight Water Crisis

Yemen uses rainwater harvestingThe ongoing water scarcity crisis in Yemen continues to grow. Currently, the country stands as one of the most water-scarce regions in the world. With conflict and climate change making it increasingly harder to obtain fresh water sources, access to safe drinking water is a major concern for people living in Yemen. The World Bank and its partners started a promising project where Yemen uses rainwater harvesting techniques to provide accessible and clean drinking water to local people.

Yemen’s Water Crisis

Yemen is a water-stressed region, and the ongoing conflict has significantly exacerbated the crisis. A rapidly depleting store of groundwater resources in Yemen is negatively impacting the country’s economy, which mainly relies on irrigated agriculture. The International Committee of the Red Cross reports that Yemen’s groundwater overdraft is twice the recharge rate, resulting in declining and unsustainable water reserves. Moreover, the Yemeni Civil War has significantly disrupted crucial infrastructure. The displacement of 4.2 million people in Yemen and extreme water mismanagement have worsened the water crisis.

The United States Agency for International Development states that about 20.7 million people in Yemen lack clean water and essential health services, leading to several dangerous diseases such as cholera. Outbreaks of cholera and acute watery diarrhea have been major health problems in Yemeni communities since the outbreaks began in October 2016. According to the Red Cross, approximately 2.5 million cases have been reported, with more than 4,000 deaths in the Yemen cholera outbreak.

Rainwater Harvesting Solution

With 60% of Yemenis living in rural areas, the country’s biggest infrastructural challenge is providing water access to remote communities. According to the World Bank, people in Yemen undergo hardship in gathering water for daily use by traveling to far-off wells.  The World Bank and its partners collaborated with Yemeni communities to build rainwater harvesting systems.

Rainwater harvesting is not a complex process. Cisterns are built, usually from stones or other materials easily accessible in Yemeni villages, and placed on roofs to collect rainwater. The collaborative effort constructed numerous cisterns in three towns: Al-Adn, Al-Anin and Hawf. The project resulted in the villages being able to store large quantities of water that was free of contaminants.

Benefits of Rainwater Harvesting

Rainwater harvesting cisterns have provided safe drinking water and resulted in employment opportunities for locals. The World Bank offered cash-for-work programs in villages, allowing locals to build cisterns and gain valuable work experience. Cisterns have also eased the burden on the women and children in the villages. Haliya Al-Jahal, one of the women the World Bank interviewed, said, “We no longer have to go through the struggle of fetching water from remote areas.” The cisterns, as Al-Jahal states, have “put an end to [their] misery.”

The Future of the Program

The Yemen Emergency Crisis Response Project (YECRP) has supported the construction of about 1,279 public and 30,686 household harvesting cisterns across Yemen. This has resulted in providing 900,000 cubic meters of clean water to communities. YECRP has shown more promising results where Yemen uses rainwater harvesting to improve areas such as public health, agricultural production and economic gains.

– Umaima Munir
Photo: Flickr

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5 Countries that Need the Water Action Plan

Water action planOn June 1, 2022, the White House unveiled its Action Plan on Global Water Security, spearheaded by Vice President Kamala Harris. The White House aims to help achieve water security domestically and abroad, citing the connection between water and U.S. national security interests. In particular, five countries that need the water action plan will benefit from gaining access to clean water and reducing deaths.

Three Pillars

The White House said it views water security as “sustainable access to safe drinking water, sanitation and hygiene services, as well as water to sustain ecosystems and for agriculture, energy and other economic activities.” 

The water action plan focuses on three pillars to implement its goals:

  • Increasing the U.S. role in attaining universal water security and ensuring sustainability without increasing carbon emissions.
  • Encouraging sustainable practices for managing and building water resources and ecosystems to build economies and cooperation.
  • Utilizing cooperation among organizations like the G-20 Summit and the U.N. to achieve water security.

While the plan did not specify nations, five countries that need the water action plan especially are Angola, Somalia, Ethiopia, Uganda and Papua New Guinea.

Angola

Angola is a southern African country with a population of roughly 35 million. Only about half of Angolans have access to basic sanitation and clean water. In 2020, the U.N. reported that access to both had stagnated, hampering the efforts to achieve SDG 6 by 2030.

Malaria deaths account for over 11,000 deaths in 2020. In addition, Angola has one of the highest child mortality rates, with 71.5 of every 1,000 live births dying before age 5.

Water treatment is just one way to curb malaria and child mortality in the country. Investments from the water action plan could fund water treatment and basic sanitation services, especially in rural areas.

Somalia

Like Angola, Somalia is on the U.N.’s list of least developed countries (LDC). Clean water and sanitation services are not easily accessible in the eastern African country, as only 32% of the population used a sanitation service in 2020. In a country of roughly 15 million people, this amounts to more than 10 million people without that access.

Somalia is also amid a severe drought. The U.N. estimates that Somalia is heading toward the fourth year in a row without a successful rain season. This has devastated Somalia, with over 100,000 people relocating to find access to water.

The White House highlighted the link between global water security and national security. Somalia is a prime example: In 2014, at the height of its civil war, the terrorist group al-Shabaab used “water terrorism” to further the conflict between the citizens and the Somali government. By cutting off such a crucial resource, tensions flared, and anger toward the government grew, furthering the war.

Somalia could benefit from the water action plan’s funding to expand water access and treatment, which could have a resounding impact.

Ethiopia

Somalia’s neighbor to the west shares its water insecure status, as well as being one of 46 LDCs, according to the U.N. Ethiopia has been the focus of foreign aid for decades, stemming from the Ethiopian Civil War in the 1970s.

Ethiopia met its Millennium Development Goal (MDG) for clean drinking water, the precursor to SDG 6. Since 1990, it has slashed the percentage of people without access to clean drinking water in half, with 57% of people having access to clean drinking water. This success comes from the government-run water, sanitation and hygiene (WASH) program.

Still, Ethiopia struggles with sanitation and waterborne illnesses, contributing to child mortality rates. According to UNICEF, the lack of treatment and sanitation of water contributes to 60% to 80% of communicable diseases in Ethiopia. In terms of child mortality, this level of water insecurity leads to 70,000 deaths of children under 5 years of age each year.

Uganda

Uganda is also on the U.N.’s LDC list. Uganda has stagnated on SDG 6, with only 55.9% of the population having access to drinking water.

Sanitation is one of the critical issues surrounding Uganda’s water crisis. In Uganda, 8.8 million people practice open defecation, contaminating the natural water supply. According to the nonprofit Water.org, 28 million Ugandans lack access to safe sanitation services, which plays a vital role in SDG 6.

The White House’s water action plan could help enrich existing aid programs through the U.S. Agency for International Development, giving 750,000 Ugandans access to clean water and providing resources to become open-defecation free.

Papua New Guinea

Though not on the LDC list, the Sustainable Development Report finds that Papua New Guinea still needs essential water services. Only 45.3% of Papua New Guinea’s citizens have access to clean drinking water, and only 19.2% have access to sanitation services. The U.N. reports that only 30% of the population can access soap and water at home for a hand washing facility.

According to UNICEF, 30% of the population use surface water daily. This likely correlates with illness and poverty among those who contract waterborne diseases.

Solutions 

The White House Action Plan on Global Water Security could help these five countries in desperate need of aid to create stability and health through water and sanitation services. The World Bank estimates that global WASH programs and infrastructure would cost $35 billion to maintain each year, according to a White House report.

While more funding is called for, USAID committed to $1.2 billion in aid for three years to strengthen global water security. The water action plan is a step in the right direction and provides a starting point for these five countries and others to achieve water security.

– Emma Rushworth
Photo: Wikimedia Commons

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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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Clean Waters: The Ocean Cleanup Organization

The Ocean Cleanup OrganizationSeven years ago, The Ocean Cleanup organization launched as a Dutch nonprofit dedicated to eliminating the Great Pacific Garbage Patch using autonomous, solar-powered cleaning systems. Now, as part of a new initiative, the organization is rolling out barges in major rivers as an upstream solution to global, prolific marine debris.

Marine Plastic Pollution

At least eight tons of marine plastic enter the oceans each year, where a majority floats on the surface before breaking down into non-biodegradable microplastics. Around 80% of marine debris flows through rivers before reaching the ocean. Because a handful of countries are responsible for a majority of marine debris, cleaning just 10 major polluting rivers of waste would stop a significant amount of debris from ever reaching the ocean.

The Ocean Cleanup Organization

Based in the Netherlands and led by a 26-year-old entrepreneur, Boyan Slat, The Ocean Cleanup organization has plans that include fitting the world’s 1,000 most polluting rivers with waste removal systems over the next five years. The organization’s research indicates that 1,000 specific rivers are responsible for 80% of the pollution.

The Interceptor Concept

Solar powers the waste removal systems, and they are scalable and largely autonomous. Each one uses barriers to direct waste along the river to a floating “interceptor” barge, which loads waste with a conveyor belt into containers that local municipalities can then dispose of. Individual interceptors can collect 50,000 kilograms of waste each day, though “in optimal conditions up to double this amount can be achieved.”

The interceptor concept, designed in 2015, was first utilized in the Cengkareng Drain, Indonesia, where it has remained. The Ocean Cleanup has since partnered with local governments to deploy three more interceptors in Malaysia, Jamaica and the Dominican Republic. By placing each one downstream from the last major source point in a river, they manage to fill all containers every few days, though they sometimes fill up in only a few hours.

Impact of Microplastics

Marine plastics’ widespread and harmful effects on marine life are well-documented, with hundreds of species ingesting, suffocating and entangling themselves in plastics. The global impact of aquatic microplastics, by contrast, is an emerging field of study. Appearing in tap water, beer and salt, they have appeared in water samples taken from every ocean. In 2019, the World Health Organization called for more research into microplastics and a drastic reduction in plastic pollution.

An environmental health report published in 2018 stressed the risk of consuming microplastics in seafood. “Because microplastics are associated with chemicals from manufacturing that sorb from the surrounding environment,” the report finds, “there is concern regarding physical and chemical toxicity.”

Consequences of Marine Plastic Pollution

While microplastics are under-researched, larger marine waste has concrete impacts on water-adjacent communities because marine plastics kill wildlife and disrupt local ecosystems, harming livelihoods and impeding tourism. More pressing, severely polluted waterways exacerbate poverty and poverty-related issues, especially among young children. According to experts at UNICEF, children living in South Asian slums frequently play in rivers and shores contaminated with waste, excrement and agricultural runoff. Since many lack access to clean water and sanitation facilities, this makes poor water-adjacent communities hotbeds for preventable illnesses.

The Ocean Cleanup found that marine plastic is responsible for between $6 billion and $19 billion of economic costs annually. These costs “stem from its impact on tourism, fisheries and aquaculture, and (governmental) cleanups,” and do not even account for the disability-adjusted life years (DALYs) lost because of its public health impact.

Hopes for the Future

The Ocean Cleanup organization hopes to significantly reduce plastic pollution in oceans. Once fully implemented, the waste removal systems aim to reduce the Great Pacific Garbage Patch by 50% every five years. The organization’s latest endeavor is a line of sunglasses made from plastic removed from the Great Pacific Garbage Patch. With all proceeds going toward expanding cleanup efforts, this is the most stylish way an ordinary person can contribute to a greater cause.

– Skye Jacobs
Photo: Flickr

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How the Cape Town Water Crisis Was Averted

Cape Town Water Crisis
Cape Town, South Africa’s legislative capital, has a population of about four million, which is nearly 8% of the entire South African population. South Africa has been successful in cultivating a democratic country, but it has a persistent inequity issue. In 2015, the bottom 60% of the country only held 7% of South Africa’s net wealth. Although more than 55% of South Africans live below the poverty line, 93% of black South Africans live in poverty. Cape Town, although not exempt from issues of inequity, is a thriving metropolis to South Africa. When the Cape Town water crisis rose to a peak in 2017, it became imperative for the city to make some serious changes before they ran out of water completely. Here is how Cape Town recovered from its devastating water shortage and a look at where the city is today.

How the Crisis Began

Cape Town has long been praised for its award-winning water management achievements and efficient use of the city’s six largest reservoirs, which can hold up to 230 billion gallons of water. The city was well aware of the impending climate changes and took measures to decrease overall water consumption.

Despite their efforts, Cape Town neglected to factor in the steady decreases in annual rainfall. This oversight was minor at the time and the city’s reservoirs were full in 2014. However, a sudden three-year-long drought drained the reservoirs to only 26% capacity by 2017. The city declared they would shut municipal water taps off when they reached 13.5% capacity.

City Measures

The term “Day Zero” became the name for the day that water taps would be shut off city-wide, essentially the day Cape Town would officially run out of water. With Day Zero looming and reservoirs draining, the city and its residents sprung into action to avoid the ultimate Cape Town water crisis.

At the beginning of 2017, the average city resident used 600 liters per day. City officials lowered that daily limit to 50 liters per day. To put that number into perspective, the average Californian used 321 liters of water per day during the 2016 drought. If a household went above that 50 liter limit, it faced hefty fines and a meter installation to shut off the water automatically once it exceeded the daily limit. The city also implemented severe quotas for agricultural and commercial institutions.

Residents Doing Their Part

The Cape Town water crisis could not have been averted if not for innovative action from the residents themselves. People began to recycle shower and washing machine water as well as limit toilet flushes to once a day. Farmers diverted their water supply away from their own farms for the city to use. Swimming pools and lawns were no longer essentials and residents no longer used water for such amenities. Social media played a key role as well by being a platform to share advice with a large audience. Local restaurants and bars started competitions to see who could refrain from washing their clothes the longest. The combination of these efforts is what saved the 4 million people from ever having to experience Day Zero.

The Role of Poverty

Although the Cape Town water crisis affected the entire city, it hit some residents much harder than others. South Africa is already a country known for its inequity issues, and the water crisis exacerbated that fact. Wealthy residents found ways to get around the restrictions by hiring companies to dig $6,000 wells for them, buying large amounts of drinkable water at inflated prices, and even installing filtration systems to make groundwater drinkable. Poor residents, on the other hand, were at the mercy of the city and had to sacrifice buying food to be able to buy water.

Where is Cape Town Today?

Cape Town finally experienced an average rainy season in January 2018, allowing the city to postpone the arrival of Day Zero indefinitely. After the immediate crisis had been averted, the city began planning for ocean water desalination and groundwater extraction as backup water sources. These are more long-term solutions, but they present issues of their own such as the affordability of such intense installations and the impact on local ecosystems.

Limits on water usage have been loosened slightly; however, they still exist and are strictly enforced. This continues to negatively impact the city’s poorest residents. Perhaps the most helpful action taken since the crisis has been the weekly reports on dam capacities. As of July 2020, all the dams are holding steady at around 80% capacity.

Although the Cape Town water crisis never fully culminated in a citywide water shutoff, the impact of the event still resonates with the poor. Moving forward, efforts need to be made to ensure equal water access for all residents.

– Natalie Tarbox
Photo: Flickr

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The Haitian Water Crisis During Covid-19

Haitian Water CrisisHaiti is currently managing an outbreak of the pandemic virus, COVID-19. Amid a highly contagious virus, Haiti’s water and sanitation facilities are of the utmost importance in containing mass contagion. However, millions of the Haitian population do not have access to clean water and sanitation facilities essential in combating viruses. The Haitian water crisis is complicating the response to Covid-19.

On March 19, Haiti’s government declared a state of emergency wafter confirming its first COVID-19 case. Haiti has confirmed over 6,000 cases of COVID-19 since then. Fortunately, Haiti has seen low death rates reported at less than one percent and, despite experiencing some case spikes, Haiti’s COVID-19 cases have been on a downward trend since the beginning of June. However, without proper precaution, COVID-19 death rates could easily be back on the rise in Haiti.

Covid-19 and Water

According to a public health announcement issued by the World Health (WHO) Organization, one of the most effective ways to avoid COVID-19 contagion is to wash your hands regularly. WHO also recommends frequently cleaning and sanitizing surfaces and everyday objects.

Any WHO-advised COVID-19 prevention measures that require increasing sanitation practices pose a problem for Haiti. Only about half of the Haitian population has access to clean water, and only one-third of the population has access to basic sanitation facilities. The Haitian water crisis is making it difficult for citizens to take precautions. Water resources and sanitation facilities are particularly inadequate in rural areas of Haiti. Lacking the resources to combat COVID-19 will only increase the probability of contracting the already highly contagious virus.

Along with the pressure of a worldwide pandemic, Haiti is still dealing with the effects of a devastating natural disaster. In 2010, an earthquake decimated Haiti destroying essential infrastructures in Port Au Prince, Haiti’s Capital city. The earthquake caused mass displacement and migration to rural areas of Haiti. These highly populated rural areas are now struggling to contain COVID-19 contagion without the necessary resources to prevent widespread contamination.

Another challenge rural Haitians face is the lack of communication with the government about COVID-19 prevention methods. Because rural areas host almost half of the population in Haiti, many Haitians are unaware of the need for proper sanitation. PureWaterfortheWorld.org is working along with the Centre of Affordable Water and Sanitation Technology to get radio and virtual COVID-19 prevention sanitation methods to rural areas of Haiti that experience government communication issues. The PWW proposes driving trucks through rural areas while blasting sanitation messages through loudspeakers.

The Way Forward

While the PWW focuses on the dissemination of information, many are working to provide better sanitation in rural communities. These organizations aim to provide clean water and hygienic sanitation facilities to curb the spread of COVID-19. An organization called Charity:water.org establishes long-term water solutions in rural Haiti. Charity:water.org uses hydrologists and engineers to design wells and pumps that extract water from natural resources in mountains and springs. Up to now, Charity:water.org has invested in 40 water projects in Haiti and over 50,000 all over the world.

The organizations working to provide better and more accessible water resources to rural Haiti will significantly impact the prevention of COVID-19 through sanitation practices. Along with the efforts to advertise the importance of sanitation, the western hemisphere’s poorest country can manage COVID-19 amid a water crisis.

– Kaitlyn Gilbert
Photo: Flickr

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10 Facts About Sanitation in Bhutan

Sanitation in BhutanAccess to functioning sanitation is critical for maintaining a healthy population and increasing lifespans worldwide. Countries facing sanitation challenges are more susceptible to health challenges, and Bhutan is no different. Here are 10 facts about sanitation in Bhutan.

10 Facts About Sanitation in Bhutan

  1. The Royal Government of Bhutan recognizes sanitation as a right, and its constitution obliges it to provide a safe and healthy environment for its citizens. However, only 71 percent of people in Bhutan had access to improved sanitation as of 2016 according to a government report. The report also notes that safety management is necessary to maintain basic sanitation even in these areas. UNICEF reports that 63 percent of the population has access to basic sanitation facilities.
  2. Many girls in Bhutan miss school due to hygiene and sanitation concerns. A recent study reported that around 44 percent of adolescent girls missed school and other activities due to menstruation. They listed a lack of clean toilets and water as one of the primary reasons.
  3. Bhutan has a WASH (water, sanitation and hygiene) program to increase access to sanitation in schools. By working with UNICEF, Bhutan was able to provide 200 schools with improved sanitation as of an evaluation in 2014. During this evaluation, 90.8 percent of respondents surveyed reported that the program improved students’ health.
  4. As of 2016, all schools in Bhutan had at least one toilet. However, 20 percent of schools did not have working toilets, and 11 percent did not have access to improved sanitation. Furthermore, only about one-third of schools had toilets specifically for girls.
  5. Monastic institutions in Bhutan frequently do not have basic sanitation facilities. About 65 percent lack water supply, while 34 percent do not have proper sanitation. This leads to skin infections, worm infestations and other health issues in monasteries and nunneries.
  6. The most common type of sewage treatment in urban Bhutan are septic tanks that discharge into the environment with no treatment or containment. All urban landfills in Bhutan are used as open dumps and are not sanitary landfills capable of containing and treating solid waste. In rural areas, pit toilets are the most common.
  7. Twenty-four sub-districts in Bhutan have access to 100 percent improved sanitation. These sub-districts are located within nine of Bhutan’s 20 districts. A health assistant in Mongar district said that, with 100 percent improved sanitation, the number of cases of diarrhea is falling.
  8. Many people need to be treated for illnesses that could have been prevented with improved access to sanitation. Poor sanitation was responsible for 30 percent of reported health cases in 2017. Healthcare facilities themselves also suffer from sanitation challenges, as 40 percent of district hospitals reported severe water shortages.
  9. According to a report in 2015, over 50 percent of people living in urban areas only had access to an intermittent water supply; a supply that delivered water six to 12 hours per day. Additionally, this water did not meet quality guidelines. In rural areas, only 69 percent of water supply systems are functional.
  10. As of 2017, only 32 percent of the poorest households in Bhutan had access to improved sanitation. This is about three times less than the richest households, of which 95 percent had access to improved sanitation facilities. Government reports recognize that there are disparities in access to sanitation relating to various factors; income, disability, gender and geographic variables can all contribute.

Overall, these 10 facts about sanitation in Bhutan demonstrate that the sanitation, water and hygiene conditions are quickly improving in the country. Initiatives by the government, UNICEF and other nonprofits in the country have led to substantial positive changes. However, inequality in access to improved sanitation services remains a major issue, and Bhutan still has a long way to go to provide improved sanitation throughout the entire country.

– Kayleigh Crabb

Photo: Pixaby

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Hydroelectric Power in Kyrgyzstan

Hydroelectric Power in Kyrgyzstan
The increasing demand for centralized electrical power has put growing pressure on the government to modernize Kyrgyzstan’s hydroelectric capacity. 1“’s government has sanctioned the expansion of its energy infrastructure to mitigate extreme poverty and improve access to fundamental necessities in rural communities. As a focal point of its export economy, hydroelectric power modules supply 76 percent of its electricity. With lowering water inflow and deteriorating infrastructure, Kyrgyzstan faces a unique problem in mitigating and expanding its hydroelectric import/export industry while balancing the rampant poverty and income inequality among rural and urban communities. The surrounding Kyrgyzstan economy relies mostly on agricultural cultivations and the cotton export industry. With the increased development of modules of hydroelectric power in Kyrgyzstan, the controlled water supply offers the potential for massive growth in the agricultural industry. As a renewable energy source, hydroelectric energy provides the potential to control the rate at which the water flows and of the amount used, which is crucial to energy production.

Socioeconomic Implications

Traditional agricultural methods that rural communities commonly practice create the potential for extensive economic growth through the implementation of an updated hydroelectric system. Through a controlled system, the irrigation of various crops is more efficient with a renewable energy source that has less pollution. With substantial economic implications, hydroelectric power in Kyrgyzstan encourages more commercial enterprises to migrate to agrarian areas where people cannot access basic public services like running water and education as easily.

With 32 percent under the poverty line, the need for a centralized hydroelectrical grid can have vast socioeconomic implications, with an improved water supply system and improved access to basic health necessities. With Kyrgyzstan’s main hydroelectric infrastructure outdated and in need of a sufficient upgrade the inconsistency attached to this older hydroelectric module creates insecurity in basic necessities. With access to basic social programs tentative on ideal weather conditions in urban communities, the expansion of clean renewable energy sources can potentially create an influx of economic prosperity and improve energy efficiency throughout the country.

A focused effort toward improving consistent energy output will allow the quality of life to improve and give the impoverished a promising start toward economic mobility with increasing hydroelectric power in Kyrgyzstan. Reducing toxic chemicals put into the air from traditional cooking/heating methods in rural communities can allow room for a more comprehensive hydropower infrastructure. Rural communities on average tend to use more fossil fuels with more than 60 percent using those perishables due to inconsistencies within hydroelectric distribution and no updated grid system that would make those other methods obsolete.

Government Legislation

Since its independence, Kyrgyzstan established a network of standard practice in energy distribution with a comprehensive legislative agenda. People are underutilizing the potential for an increased hydroelectric presence as a larger kinetic energy source with geographically crucial bodies of water producing 5-8 billion kW·h per year and the country only using 3 percent. A more consistent hydroelectric grid is necessary for Kyrgyzstan’s economy to boost its agricultural sector. The government introduced the National Energy Program that assists in renovating abandoned hydropower plants and initiates constructing new ones. Additionally, government sectors have committed to actively work on the cultivation of Kyrgyzstan’s massive untapped energy sector. Along with a growing private sector and updated technology to improve the essential food and health infrastructures hydroelectric power in Kyrgyzstan will increase the capacity of its economy.

– Adam Townsend
Photo: Flickr

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10 Things to Know about Living Conditions in Qatar

living conditions in Qatar

Qatar is a small nation bordered predominantly by Saudi Arabia. The nation has the highest GDP production in the Arab speaking world. Because of this, living standards are higher than many other Middle Eastern nations. Yet, Qatar is not without its issues surrounding living conditions despite its perceived excessive wealth.

10 Things to Know About Living Conditions in Qatar

  1. Qatar has a forced labor problem. Migrant workers make up 90 percent of Qatar’s population. Under a 2009 sponsorship law, workers have to hand over their passports to their employers. Workers often hesitate to complain or report abuses because this makes them vulnerable to the whims of their employers. Workers pay thousands to recruiters and often arrive to find that they are being paid less than promised, but they can’t leave because they are under contract and their employers have their passports.
  2. Qatar has a unique single-payer public health care system and a new national health strategy that seeks to improve outcomes for those living in Qatar. Qatar has one of the most effective healthcare systems in the Middle East. It ranks 13 in the world’s best healthcare systems and is number one in the Middle East.
  3. Men outnumber women four to one. There are only 700,000 women in Qatar, a country of 2.5 million people. This is due to the massive influx of migrant workers in the country, which are mostly men trying to provide for their families.
  4. Women in Qatar are twice as likely to pursue higher education than men. Men often decide to go straight into work after high school. Although women graduate at twice the rate of men, they only occupy 31 percent of the workforce.
  5. Women’s rights are limited in Qatar. The nation is a religious and conservative Muslim country, subscribing to Sharia law. It is still a taboo for women to fraternize with men. Women in Qatar cannot marry without the consent of a male family member. While men have uninhibited access to divorce, a woman can only divorce a man on narrow grounds. A woman cannot divorce her husband in Qatar if she is beaten or raped by her husband because domestic abuse and marital rape are not illegal under Qatari law.
  6. Qatar has the first Refugee Asylum Law in the Gulf. Qatar recently passed a law allowing refugees to seek asylum in the country. In an attempt to improve its public image for the upcoming world cup, Qatar has abolished exit visas for migrant workers. This may be a good first step in resolving the countries problem with forced labor. The law offers freedom of religion and freedom of movement for refugees as well as giving them access to an education while in Qatar.
  7. It is believed that upwards of at least 12,000 workers have died in the construction of World Cup stadium. This is due to workers being forced to build outside during summer in a country where temperatures usually can reach up to 50C (122F) degrees. There is a law banning work outside from June to August from 11:30- 3:00, but this has done little to decrease the work-related deaths. The most support for workers has come not from the Qatari Government, but from the Human Rights Watch, which has been trying to get the country to provide better conditions for workers.
  8. Pregnancy can be a crime. Sex outside of wedlock is illegal in Qatar, and extramarital affairs are punishable by stoning to death. Doctors are even required by law to refer to any pregnant women who cannot prove they are married to the authorities.
  9. Half of Qatar’s fresh water comes from a desalination process, and chemicals are added to the water to keep it from corroding the pipes. Unfortunately, the water often lacks basic minerals and contains harmful bacteria and is often not potable. This water is mostly good for use in agriculture. Qatar has the highest domestic water consumption in the world. The average household in Qatar uses 430 liters of water a day. Crops are watered with water from aquifers, which are being used up faster than they can be replenished.
  10. Qatar has a significant expat population. People from many different nationalities flock to Qatar for a number of reasons, including job opportunities and fewer tax restrictions. Those arriving from nearby nations experience less of a culture shock than those arriving from Western Europe although English is still the second highest spoken language in the region. Qatar is actively promoting the influx of expats through reduced visa restrictions.

Life in Qatar is vastly different and often times more difficult than that of the Western World. Human rights abuses still occur every day. Women, by international standards, are struggling to find a prominent socio-economic role. Even still, Qatar has a few unique features, including its single-payer healthcare system, that separate it positively from other nations. There is clearly more work to be done in regards to living conditions in Qatar.

– Sarah Bradley
Photo: Flickr

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Sanitizing Wastewater in India

Wastewater in India
India is not only one of the most populated countries in the world, but it is also one of the poorest. In addition to poverty, India is grappling with a lack of access to clean water and increasing pollution. This not only takes a toll on households but also affects industrial and agricultural demands. Urban runoff is an issue when domestic waste and untreated water go into storm drains, polluting lakes and rivers. Approximately only 30 percent of the wastewater in India is cleaned and filtered.

The U.S. Agency for International Development teamed up with a nongovernmental organization, Agra Municipal Corporation, to formulate a treatment plan to clean the wastewater in India.

What is Being Done?

North of the Taj Mahal runs the Yamuna River, one of the most polluted waterways in India. Agra, the city through which the river runs, is a slum community. As of 2009, this community has had no access to sanitation facilities, disposal systems or waste collection. At least 85 percent of the residents in Agra have resorted to open defecation that ultimately pollutes the Yamuna River, where residents collect drinking water. This lack of sanitation has left the community vulnerable to diseases such as cholera, dysentery, typhoid and polio.

USAID-supported NGO Center for Urban and Regional Excellence decided to reverse the state of Agra and come up with a treatment plan. In 2011, they built a wastewater treatment plant to clean the water, leading to healthier community members. Instead of chemicals, the treatment plant uses natural methods to sanitize the water. Moreover, they designed the plant to be low-maintenance, thus keeping it cost-efficient. After filtering and sanitizing the water, it flows back into the community for residents to collect.

As of 2017, the Agra Municipal Corporation, who initially teamed up with USAID, took over operating the plant. And they made it their mission to continue working to improve the lives of the residents.

The Progress

The Center for Urban and Regional Excellence’s transformation of Agra influenced the government to also act. As a result, the government planned to cleanse the entire country by the end of 2019. On Oct. 2, 2014, the Prime Minister of India declared the Swachh Bharat Mission. At the time, only 38.7 percent of the country was clean—less than half. As of 2019, India’s government reported 98.9 percent of the country is now clean. Since the mission began, they built 9,023,034,753 household toilets and established

  • 5,054,745 open defecation-free villages,
  • 4,468 open defecation-free villages in Namami Gange,
  • 613 open defecation-free districts, and
  • 29 open defecation-free states.

Less than 2 percent away from meeting their goal, India has made big improvements to better the lives of its citizens by providing clean water for domestic and industrial purposes.

– Lari’onna Green
Photo: Flickr