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Global Poverty

Ocean Sole Flip-Flop Art in Kenya

Ocean Sole Flip-Flop ArtAlso known also as zoris, pluggers, jandals or thongs, it is commonly thought that flip-flops originated in Ancient Egypt around 4,000 B.C. Over time, the materials used to make these shoes evolved from palm leaves, papyrus and straw to rubber and plastic. As such, modern flip-flops are typically cheap and have an average lifespan of two years. Havaianas, a Brazilian flip-flop brand, produces more than 150 million pairs of flip-flops annually. Worldwide, three billion people purchase new flip-flops every year.

However, these non-biodegradable shoes far exceed their two-year wearable lifespan in the form of polluting oceans, threatening marine life and washing up on shores. In Kenya, where approximately 36% of people live on less than $1.90 per day, the coastal area of Watamu is littered with flip-flops, including those that have drifted to Kenya from areas like India and China. Non-profit organization Ocean Sole works to up-cycle flip-flops into art in Kenya, cleaning oceans and shores while simultaneously creating job opportunities in a country where at least 4.9% of people are unemployed.

Ocean Sole

Founded in 1999, Ocean Sole currently impacts more than 1,000 Kenyans through either direct employment or flip-flop collection. It employs and provides a steady income to approximately 90 Kenyans, and employees recycled over half a million flip-flops in 2017 alone. Per year, about 47,000 kilograms of flip-flop waste are collected.

The collected shoes are washed, blocked together, carved with knives and sanded into colorful sculptures and art pieces. The sculptures include figures of buffalo, lions and giraffes, and are sold online worldwide. For every $20 spent on flip-flop art, Ocean Sole collects and up-cycles 146 pounds of ocean trash while helping Kenyans maintain a steady income.

Ocean Sole’s Community Focus

Julie Church, Ocean Sole’s founder, was inspired to establish the organization after seeing toys that children had made from flip-flop debris. Church encouraged the children’s mothers to transform the flip-flops into art to sell at local markets. Thus, the organization began with a focus on community and works to maintain that emphasis. In recent initiatives, the organization has used flip-flop offcuts to make mattresses for those in need, expanding its community impact.

Between 10 and 15% of Ocean Sole’s revenue goes toward vocational and education programs, conservation efforts and beach cleanups. The organization’s social enterprise pays employee bonuses, as well as welfare programs to help employees educate their children. Kenya’s current literacy rate is nearly 85% for males and about 78% for females, yet over one million children were out of school in 2010, and more than 25% of young people did not have at least a secondary education. Ocean Sole is working to increase these literacy and education rates.

Through his position at Ocean Sole, Raphael Kangutu, one of Ocean Sole’s flip-flop artists, is able to support his wife and six children and pay his nephew’s school fees. Ann Nzilani, another artist, was able to move herself and her two children out of the slums in Kenya. These stories are examples of Ocean Sole’s dedication to equal opportunity employment, helping women like Nzilani, as well as men, put food on the table, pay bills, buy land and educate their children. In an interview for the organization’s blog, one mother and Ocean Sole employee explains, “Before working with Ocean Sole, … my children couldn’t go to school because there was no money to pay the fees. I would try to sell fruit on the road, but there is no tourism, or I would only get one customer.” Ocean Sole helped to change this woman’s life, and many more.

Ocean Sole and COVID-19

Navigating the impact of COVID-19 has been a complex process. After orders for flip-flop art were canceled among customers worldwide and as the pandemic progressed, Ocean Sole had to furlough some of its artists for at least a few months. However, the organization’s management and sales team are working diligently to increase income and bring back furloughed employees.

Despite the effects of the COVID-19 pandemic, Ocean Sole’s capacity for growth is striking. The creation of flip-flop art in Kenya has already had significant economic and environmental advantages, playing a small yet important role in the decrease of poverty in Kenya from almost 47% in 2005 and 2006 to around 36% by the end of 2016. Ocean Sole has made great strides toward the transformation of the lives of thousands of Kenyans and will continue to foster employment opportunities, paving the way for a better — and cleaner — future.

– Zoe Engels
Photo: Flickr

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 11:14:542024-12-13 18:02:10Ocean Sole Flip-Flop Art in Kenya
Global Poverty

Sustainable Bangladeshi Fish Farming: IMTA

Sustainable Bangladeshi Fish FarmingShrimp farming plays an essential role in Bangladeshi livelihoods, food security and foreign exchange. Prior to the 1970s, Bangladeshi shrimpers typically farmed in inland ponds that trapped tidal waters. These ponds required minimal to no feed, fertilizer or other inputs, relying instead on the natural ecosystem for shrimp production. However, they produced limited output. This article explores the environmental and economic consequences of Bangladeshi shrimp farms, as well as the potential for an alternative method for sustainable Bangladeshi fish farming with IMTA shrimp farms.

Expansion of Shrimp Farming

In the 1970s, international market demand for shrimp grew as part of the “Blue Revolution,” wherein cheap and vacuum-sealed fish appeared in the freezer aisles of grocery stores around the world. The potential for high profits led to the rapid expansion of commercial shrimp farming in Bangladesh. Today, shrimp production contributes dominantly to Bangladeshi fisheries and aquaculture, which comprise about 3.65% of the nation’s GDP. Approximately 14.7 million people depend on Bangladeshi fisheries and aquaculture for full- or part-time employment. Fish products also provide about 60% of all animal protein in the average Bangladeshi’s diet.

Shrimp farming has the potential to combat poverty, malnutrition, hunger and job insecurity among the growing population in Bangladesh, but poor shrimp farm management comes with consequences. In its current state, shrimp farming may pose more problems in Bangladesh than it can resolve.

Consequences

The rapid expansion of shrimp farming has had adverse environmental, economic and social effects in Bangladesh. Poor placement of farming systems can lead to saltwater intrusion in groundwater, deforestation and loss of mangrove forests. All of these consequences overall result in changes to local water systems and the deterioration of soil and water quality. This in turn threatens biodiversity, crop production and both supplies of potable water and critical cooking fuel.

The environmental effects of high-intensity shrimp farming in Bangladesh thus endanger human health and survival tools, particularly among people living in rural coastal areas. These individuals have limited access to alternative livelihoods. This dynamic leads to social imbalance and contributes to criminal activity in the Bangladeshi coastal regions.

The long-term environmental and social ramifications of Bangladeshi shrimp farming pose economic costs as well, including unemployment and loss of natural resources. These may outweigh the economic benefits of Bangladeshi shrimp production.

Solution for a Sustainable Future

To combat the environmental, social and economic consequences of high-intensity shrimp farming, some Bangladeshi shrimp farmers are turning to integrated multi-trophic aquaculture (IMTA) systems. IMTA relies on natural processes to cultivate aquatic organisms at multiple trophic levels within the same farming system. Organisms within the system, including finfish, shellfish and seaweeds, interact to recycle and reuse nutrients. IMTA requires minimal external inputs and simulates natural ecosystem processes, much like shrimp farming systems prior to the 1970s Blue Revolution.

When properly executed, IMTA shrimp farms in Bangladesh can produce multiple marketable organisms, raise organism survival rates, increase biomass yield and reduce harmful nutrient concentrations in water. IMTA systems promote biodiversity by supporting production at multiple trophic levels. They relocate shrimp farms from threatened mangrove forests to open-water environments like coastal rivers and estuaries. This discourages intensive, environmentally degrading shrimp farming practices. Further, the regrowth of mangrove forests contributes to carbon capture. All of these processes increase ecosystem resiliency and bolster the long-term efficacy of sustainable Bangladeshi fish farming practices.

In 1998, Bangladesh adopted a National Fisheries Policy. The policy recognizes the detrimental effects that shrimp farming has on the nation. It seeks to optimize fishery resource use in order to encourage economic growth, feed the population, alleviate poverty and protect human and environmental health in Bangladesh. Widespread adoption of IMTA shrimp farms could facilitate sustainable Bangladeshi fish farming practices and, overall, be a step in the right direction.

– Avery Saklad
Photo: Flickr

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 10:19:152020-09-07 11:17:51Sustainable Bangladeshi Fish Farming: IMTA
Global Health, Global Poverty

Technology Fights Tuberculosis in Tuvalu

Tuberculosis in Tuvalu
Tuberculosis (TB) is the world’s deadliest infectious disease, yet millions of people remain undiagnosed. TB diagnosis is a challenge for many island communities. In order to be diagnosed, patients usually have to go to the main island. This was the case for tuberculosis in Tuvalu.

Tuvalu is a remote Pacific island with a population of 11,500 and only one hospital. Travel to the hospital is difficult and increases the risk of transmission, especially when it includes a crowded boat full of people. TB rates are high in Tuvalu but are declining with only about 15 new cases each year since 2016 – a great improvement from the rate of 36 new cases each year in the 1980s. The death rate in 2017 was 19 per 100,000 people. Thanks to a couple of developments that have made diagnosis more achievable – namely GeneXpert machine, portable x-ray machines and training for health teams – Tuvalu is actively reducing rates of TB since 2018.

GeneXpert Machine

The United Nations Development Programme (UNDP) and the Global Fund have provided a GeneXpert machine to the government of Tuvalu. This machine reduces the duration of the TB test and allows for diagnosis of the drug-resistant strains, which are increasingly becoming a problem. Using the machine, the test only takes about two hours. Without this technology, the TB test takes at least two-six weeks.

It is a relatively new test that works on a molecular level to identify mycobacterium tuberculosis as well as rifampin resistance in a sputum sample. Another positive is that limited technical training is required to run the GeneXpert tests. These tests are being used around the world and prove to be an incredible feat of science.

Portable X-ray Machines

Because x-ray machines are now portable, more people can be reached and examined, including those on the outer islands. Mobile health teams travel to smaller islands and carry out chest x-rays for those presenting TB symptoms.

Thanks to portable x-ray technology, the number of TB diagnoses is increasing. Dr. Lifuka at the Tuvalu hospital said, “We can now actively find cases in the outer islands where there are no facilities, and we can assess everyone, even those who previously faced difficulties coming to the hospital.”

Training for Health Teams

Of course, none of this would be possible with the technology alone. Trained professionals are needed to help diagnose and treat people with tuberculosis in Tuvalu. They travel to patients’ houses and provide medication. Because of the stigma surrounding TB, patients won’t always get their treatments. This is why Tuvalu Red Cross community-based health promoters and other trained professionals treat patients at home.

Though TB rates remain rather high in Tuvalu, as well as throughout the Pacific, the new technology implemented in 2018 is promising. Technology will not be enough, however; system-wide approaches aimed at reducing poverty and development of infrastructure on the outer islands will also be needed in order to eradicate TB. Furthermore, Tuvalu needs to continue to improve TB surveillance in order to inform public health agencies of the strategies proven to be most effective. Hopefully, the new technology will help spread awareness of TB to all the members of the community. The change is already evident, as cases of tuberculosis in Tuvalu have declined consistently over the past 10 years, and detection has increased. In 2008, they were only able to diagnose eight cases a year. In 2017, there were 23. The new technology and training programs will continue to save lives on this small, isolated island.

– Fiona Price
Photo: Flickr

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 10:09:162024-05-29 23:22:41Technology Fights Tuberculosis in Tuvalu
Development, Global Poverty

Iceland Supports Geothermal Energy in Africa

Geothermal Energy in AfricaAfrica leads the world in annual population growth, but unfortunately produces the least amount of electricity of any continent. To mitigate this issue while being mindful of the continent’s vulnerability to climate change, African leaders are working to exploit natural energy sources. Recent efforts have begun to focus on establishing plants for geothermal energy in Africa. This involves harnessing energy from the Earth’s heat by digging underground. The east coast of Africa, home of the East African Rift System (EARS), presents a viable location for achieving this endeavor due to its geographical properties: this 6,500-kilometer stretch of progressive breakage in the Earth has constantly shifting plate tectonics that generate a large, renewable source of energy. Nations worldwide are coming together to help develop strong geothermal energy systems in Africa, with Iceland leading the way.

The Need for Electricity Access in Africa

Electricity access plays a significant role in lowering poverty in Africa. A study conducted by The World Bank found that affordable electrification can raise average household income by increasing farming and manufacturing production during off-seasons, as well as helping businesses create efficient services for production and expansion. Expanding electrification encourages economic investment, increases GDP per capita and creates jobs. For instance, when South Africa enacted an electric grid roll-out to poorer communities, the country experienced a 40%-53% boost in business activities due to heightened electricity access. Overall, generating electricity in impoverished areas will enhance economic capabilities and increase sustainability.

Potential for Geothermal Energy in Africa

The EARS is located in northern Syria and runs south to Mozambique. Countries along this rift include Ethiopia, Tanzania, Kenya, Rwanda, Eritrea and Uganda. These countries would benefit immensely from the rift’s geothermal energy since, depending on the country, only 35%-75% of the population had reliable electricity in 2018. In fact, initiatives like the African Rift Geothermal Development Facility project were designed to address this exact disparity using geothermal energy. The project’s goal is to gain access to untapped geothermal energy for these countries along the rift. The United Nations Environment Programme pledged $4.75 million for this official start-up in 2015. The project has had success so far in networking with other countries and attracting investors for financial support.

Geothermal energy in Africa is necessary to supplement the general lack of electricity. It is also essential to shift away from the other, less sustainable power sources currently in use. Coal is one of the most environmentally detrimental types of fuel, for example. Despite this fact, South Africa relies on coal-burning as its primary energy source; only 8.8% of the country’s electric needs are fulfilled by renewable energy. Coal-burning and other non-renewable techniques endanger Africa’s people and climate by polluting the air with various heavy metals.

Iceland Empowering Africa

Iceland, however, is a pioneer in geothermal energy: the country’s electricity obtains its power almost entirely by renewable resources. The country is currently advocating the creation of geothermal energy in Africa through several projects.

  1. Geothermal Training Programme (GTP): In collaboration with the United Nations, this six-month annual postgraduate training program teaches individuals from developing countries about geothermal construction and exploration. Between 1976 and 2016, about 39% of graduates originated from African countries. This demonstrates the impact of the GTP in fostering geothermal potential through the next generation of innovators.
  2. African Women Energy Entrepreneurs Framework: With a focus on addressing the barriers that hinder women as entrepreneurs in business, this project was launched in 2017 to support innovative environmental solutions in Africa and promote gender equality within the energy sector. Women are trained in sustainable energy technologies and management in order to create renewable energy policies and partnerships.
  3. Africa Geothermal Centre of Excellence (AGCE): Currently in the preliminary stages with help from Iceland and other partner countries, the AGCE aims to expand geothermal research and training. Its goal is to produce geothermal scientists, engineers and technicians to ensure geothermal expansion in Africa for years to come. Governments of multiple African countries are committed to creating this center in order to achieve their climate change and sustainability goals.

Iceland is also a member of the United Nations Environment Programme (UNEP). The country is commended for its work in Africa. The UNEP Energy Programme Manager Meseret Teklemariam Zemedkun stated, “Iceland has been a steadfast and important partner to UNEP in bringing geothermal expertise to East Africa.” Beyond fostering geothermal energy in Africa, Iceland’s financial contributions help support the UNEP’s other projects and overall mission. Iceland continues to be a world leader in demonstrating the significance of renewable energy. The country accomplishes this goal by addressing Africa’s present and building for its future.

– Radley Tan
Photo: Flickr

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 09:49:392024-06-06 00:43:11Iceland Supports Geothermal Energy in Africa
Global Poverty

Kava Cultivation in Fiji and Rural Poverty

Kava Cultivation in Fiji
In the Pacific island nation of Fiji, 44.3% of its approximate 900,000 residents live in rural areas, where access to opportunity is struggling to keep up with economic growth. According to government metrics, every third Fijian is poor. However, recent developments in kava cultivation are helping villagers escape poverty. Kava, locally known as yaqona, is an indigenous crop that people have customarily used to make a ceremonial beverage for traditional gatherings and celebrations. It contains chemicals called kavalactones, which create feelings of calmness and euphoria in those drinking it. In recent years, these qualities have encouraged the drink’s recreational consumption both in Fiji and abroad. Given the drink’s recent boost in demand, kava cultivation in Fiji has come to provide financial stability for thousands of workers within the industry.

Historical Background

Currently, more than 21,000 Fijian farmers produce at least 4,000 tons of kava per year. For some rural communities, kava cultivation is an indispensable source of income. On the island of Kadavu, for example, four out of five households harvest or farm kava. In that area alone, as many as 8,000 inhabitants rely on kava production to feed their families. Their trust has been paying off thus far: in 2016, Cyclone Winston ravaged much of the country’s infrastructure and destroyed multiple kava plantations, radically decreasing its market supply. However, in the cataclysm’s aftermath, kava prices registered steep growth, convincing many farmers that kava cultivation was more profitable than Fiji’s other major agricultural export – sugar.

Economic Successes

The kava industry generated an equivalent of $151 million in 2017, and domestic sales were responsible for the overwhelming majority of kava consumption. Besides serving kava beverages in bars, the private sector is pioneering kava anti-anxiety medicines and kava nurseries, where farmers can buy seeds to start their own plantations. These initiatives are directly involving rural populations in their business operations. For instance, South Pacific Elixirs, a company maintaining kava quality, has contracted 70 farmers on the island of Ovalau. In fact, 80% of the kava found in Fiji’s urban areas where bars, pharmaceutical firms and exporters naturally operate originates on such remote islands as the aforementioned Kadavu and Ovalau. Such connections between rural communities and domestic distributors are helpful since they enable farmers to access the market.

Although export only represented 8% of the kava revenue, its volume increased by 126% and its value saw an upsurge of 98% between 2013 and 2017. Fiji exports to Australia, New Zealand, the European Union and the United States, marketing the crop as much to the Fijian diaspora as to foreign consumers. One may find kava in American pharmacies, department stores and cafes. Its consumption is widespread in San Diego, Austin, Texas and particularly in Southeast Florida—St. Petersburg, Florida alone boasts eight kava bars. The drink from this plant appeals to local consumers as an alternative to alcohol allowing them to relax without the harmful effects of hangovers.

As kava farming does not presuppose extensive education, it attracts not only the established farmers but also the unemployed rural youths. In 2019, the national youth unemployment rate stood at almost 15%, and eradicating rural poverty cannot occur without addressing this high rate of joblessness. Stories of farmers investing their earnings in housing and critical infrastructures, like solar lights and water tanks, have underscored kava’s role in combating rural poverty in Fiji. Income from kava has also empowered some to operate local grocery stores and send their children to school. Statistically, one hectare of kava generates a gross income of more than $94,000 within a five-year cultivation period.

Is Kava Cultivation Sustainable?

Despite its economic benefits, kava cultivation in Fiji has encountered skepticism. Farmers will have to respond to the rising demand, which has the potential to pose serious challenges. Given that kava takes between two and three years to mature, early harvesting can lead to crop failure and wasted resources. Furthermore, extensive production risks exhausting fertile volcanic lands to the long-term detriment of Fiji’s rural communities. The crop’s production is also vulnerable to natural catastrophes that may hamper commercial links between suppliers and distributors.

However, Fijian authorities are working to ensure that kava cultivation is sustainable. The Yaqona Taskforce hosts training events for village farmers, in which government officials not only teach superior farming and storage techniques but also discuss marketing opportunities. The Pacific Horticultural and Agricultural Market Access Plus (PHAMA+) Program, supported by New Zealand and Australia, is complementing these initiatives by conducting surveys across Fiji to monitor genetic variation within kava crops as well as the production methods used in different villages. In addition to verifying that the plants are healthy, PHAMA+ ensures that farmers are maximizing yields and selling value-added goods from processed kava rather than its roots. By helping farmers meet high standards, PHAMA+ contributes to the expansion of the industry’s export which has the potential to generate an extra $2.5 million for Fiji’s kava sector this year alone.

Kava cultivation in Fiji is eradicating rural poverty by integrating rural farmers into the economy and establishing ties between villages, pharmaceutical companies and recreational industries throughout the nation. With state and external backing, the kava industry has the power to precipitate poverty reduction in rural Fiji.

– Dan Mikhaylov
Photo: Flickr

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 09:32:172024-05-30 07:52:05Kava Cultivation in Fiji and Rural Poverty
Global Poverty

Reducing STD Transmission in India

reducing STD transmission
India, officially known as the Republic of India, is a country in Southern Asia. It is the second-most populous country in the world, after China. Around 6% of the adult population in India are diagnosed with sexually transmitted diseases (STDs) and reproductive tract infections (RTIs) each year. With a population size as great as India’s — a 6% rate of infection amounts to more than 30 million infected people. These figures demonstrate why reducing STD transmission rates in India is such a large undertaking.

STD Rates and Poverty

In Jharkhand, an Indian state, over 1.5 million women are at risk of sexually transmitted diseases. In impoverished areas, male and female sex workers are most at risk of sexually transmitted diseases. In a screening of 336 female sex workers, 9.7% were positive for N. gonorrhoeae, 23.2% were chlamydia-positive and 5.9% had trichomoniasis. In another screening for men, of 150 participants, around 46% tested positive for HIV.

HIV and AIDS

India has the third-largest rate of HIV contraction in the world. As of 2017, around 2.1 million citizens in India received the diagnosis of HIV. Statistics show that HIV prevalence was higher in men (0.25%) than women (0.19%) in 2017. The main reason for this is because of men having sex with other men. They are more prone to HIV since most men reportedly do not use protection during intercourse. However, the percentage of citizens with HIV has dropped drastically since 2001. The spread of sexually transmitted diseases has been slowing down since the last decade. From 2010 to 2017, new infections decreased by 27% and AIDS-related deaths decreased by around 56%. By 2017, 79% of those living with HIV were aware of it, and about 71% were on antiretroviral treatment.

Chlamydia and Syphilis

Chlamydia is a sexually transmitted infection (STI) caused by a bacterium called chlamydia trachomatis. Every year in India, there are more than 1 million cases of chlamydia reported. Typically, people cannot feel any symptoms and it can be quickly treated with antibiotics. However, if it is not treated timely — it may lead to serious health problems. This STI may affect female fertility or cause ectopic pregnancies.

Syphilis is an STD that starts as a painless sore and spreads through contact via genitals, rectum or mouth. In 2014, around 16,797 men and 16,105 women reportedly contracted syphilis in India. Yet in 2015, around 16,128 men and 13,878 women were reportedly infected with the STD. This promising trend in statistics shows a roughly 9% decrease in cases in just the last decade.

India’s Solutions to Reducing STD Transmission

To start, the country’s main strategy involves a counseling and multidisciplinary approach. Almost 25% of those diagnosed with an STD are unaware of it. India is making the availability of counseling more prevalent within communities. Counseling will have a positive impact because professionals will help citizens become aware of their health situation by explaining the treatment options, along with the consequences.

Testing and Antiviral Therapy (ART) are further initiatives that India promotes for reducing STD transmission. Every five years, India provides universal HIV testing to the general population. The country also gives an annual screening for high-risk individuals. This system helps detect individuals who have contracted HIV at an early stage. ART is available readily to citizens. This program enhances the outcomes for those with HIV and decreases transmission rates within the community.

Hope for the Continued Trend

Overall, although India still has large numbers of citizens living with an STD, the government is creating initiatives to resolve this problem. There has been much progress, as shown by the major decrease in HIV transmissions within the last decade. As the government implements more counseling and ART programs, more individuals will become aware of their situation and the rate of transmission will hopefully continue to decrease.

– Megan Ha
Photo: Flickr

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 09:06:242020-11-25 09:06:36Reducing STD Transmission in India
Food Insecurity, Global Poverty

An Introduction to Hunger in Latvia

hunger in latviaThe eastern European nation of Latvia is located on the eastern shore of the Baltic Sea. Bordering Russia, Belarus, Estonia and Lithuania, the country has been officially independent since 1991 due to the dissolution of the Soviet Union. As a country, Latvia is about half the size of Greece and has had a population of about 2.2 million people since 2023. However, underneath the country’s beautiful scenery and culture are hunger issues and widespread poverty in Latvia.

The Current State in Numbers

Latvia is the third poorest country in the European Union. Moreover, roughly 22.5% of the population lives below the poverty line. With an average household size of 2.4 individuals, Latvian families may struggle, as the median household income is $9,337. Although the cost of living in Latvia is 30% lower than in the U.S., the cost of living, transportation and other necessities do not always leave enough room for families to purchase food. The ones who suffer the most from food insecurity include young children and senior adults.

Although hunger has remained an ongoing problem in Latvia for years as a result of World War I, the country has made incredible efforts to fight it. From 2000 to 2015, there was a 59% decrease in hunger, with an average shift from 8.3 in 2000 to 3.4 in 2015. According to the Global Hunger Index, Latvia’s hunger level is low because of 21st-century initiatives to combat malnourishment, which brought the rate of stunted children to less than 0.5%.

Food Insecurity and Hunger

Several initiatives have been launched to help decrease food insecurity within Latvia. Between 2006 and 2015, a European Union program called Food Distribution for the Most Deprived Persons of the Community worked with the Latvian Red Cross to distribute food packages for individuals in need. According to a Transmango National Report on Food and Nutrition Security in 2015, there were 448 distribution centers throughout Latvia.

Besides this EU-sponsored program, NGOs and other charitable organizations such as the Samaritan Association of Latvia have worked to combat hunger in Latvia. One initiative of this organization is Paēdušai Latvija, which has provided 600-650 parcels of nutritious foods and staple products for Latvian families in need, especially in the winter months. 

Lastly, the government of Latvia submitted the Child Guarantee National Action Plan as its EU program to ensure the rights of its children. In addition to commitments in education, health care, housing and financial benefits for families, the plan continues a pledge to give free milk, fruit and vegetables to school-age children to promote a nutritious diet.

The Future of Hunger in Latvia

The programs in existence have proven successful, as the rate of hunger in Latvia has plateaued at a very low level. Despite this, it is comforting to know that those Latvians who are living in poverty are cared for by government initiatives and international organizations fighting for a future where not a single Latvian goes hungry.

– Caitlin Calfo and Cole Zickwolff
Photo: Pixabay
Updated: November 21, 2024

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 08:55:532024-11-21 02:47:50An Introduction to Hunger in Latvia
Global Poverty

North Macedonia: A Land of Potential

North MacedoniaThe historical town of Skopje, North Macedonia (pictured above) may soon see an economic boom. The recently named North Macedonia commits to achieving the economic goals set in place to join the European Union. Furthermore, a recent parliamentary majority win by the Social Democratic Union Party promises to open trade throughout the country and improve the lives of North Macedonia’s diverse population.

Historical Disputes & Political Corruption

Skopje shares a long-standing history with the bordering country of Bulgaria and celebrates the same national heroes as well. Bulgaria, a current EU member, seeks to compromise on these issues before North Macedonia is allowed to enter the EU, claiming, “… [Bulgaria] has been piling pressure on Skopje for concessions with regard to what the two sides now call ‘shared history.”’

Since the Social Democratic Party’s majority win, the leftist party known as Levica promises to fight against the recognition of Kosovo and new trade agreements with Greece. Levica is asserting pressure on the majority party with claims of political corruption and embezzlement from former leader Nikola Gruevski. However, new laws adopted as preconditions to enter the EU include a crackdown on corrupt politicians and practices — ensuring that public prosecution and ethical legislation will remain protected in government spaces. Albanians represent the second largest ethnic group in North Macedonia but lack proper representation in government. Although the Democratic Union for Integration is largely Albanian, this ethnic population holds little power in parliament but great influence in public spaces as a majority vote.

North Macedonia Joins NATO

The goal of the Social Democratic Union Party, broadly speaking, is to improve the lives of citizens in North Macedonia. The party aims to achieve this through new agreements and membership with NATO. With their induction in late March 2020, the flag of North Macedonia now sways high in Mons, Belgium and Norfolk, Virginia — two Allied Command Headquarters. Jens Stolenberg, Secretary-General stated, “North Macedonia is now part of the NATO family, a family of thirty nations and almost one billion people. A family based on the certainty that, no matter what challenges we face, we are all stronger and safer together.”

The Peace Corps in North Macedonia

International relations in North Macedonia continue to improve through a partnership with the Peace Corps. Since 2015, the population living on less than $5.50 per day has reduced by 8%. As a result of foreign investment through educational programs, improved housing infrastructure and healthcare — only 4% of North Macedonia’s population live on less than $1.90 per day.

Grant writing, funding from the E.U. and other independent organizations act as a liaison when government funding is not provided to rural towns. Through the Peace Corps, Northern Macedonians have the opportunity to learn English and engage in community-building activities. Some of these activities include business administration skills and special events, geared towards learning. The Peace Corps is not only interested in providing relief but also space for communities to incentivize growth and opportunity — with the ultimate goal being increasing education and employment rates.

The Macedonia Country Fund is another example of a Peace Corps initiative that supports sustainable projects for Northern Macedonia. “These projects focus on youth, education, community development, and people with disabilities.” Through partnership initiatives and foreign support, North Macedonia seems to be headed on an upward trajectory.

– Natalie Williams
Photo: Flickr

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 08:42:482024-05-29 23:22:39North Macedonia: A Land of Potential
COVID-19, Development, Health

CATCH Technology for Virus Discovery

CATCH Technology for Virus DiscoveryAccurate and efficient virus detection is needed now more than ever. In areas like Africa, one of the most prevalent diseases is the viral disease of HIV/AIDS. Thousands of people die every year due to viral diseases like HIV/AIDS and even the seemingly harmless flu. The most recent of viruses is COVID-19, the rapidly spreading virus that has led to a global pandemic. CATCH technology for virus discovery provides hope for a less disease-stricken future.

CATCH Technology for Virus Discovery

First developed in 2019 by scientists at the Broad Institute, CATCH provides scientists with an efficient new way to detect and code viruses. In scientific terms, CATCH stands for Compact Aggregation of Targets for Comprehensive Hybridization. CATCH is a computational method that allows scientists and users to design probes that then catch genetic material for all viruses known to humans. This tool is particularly helpful for viruses like Zika, which is very difficult to see in clinical samples. CATCH is able to very accurately and quickly detect even viruses that occur in low abundance in clinical samples. Due to these abilities, CATCH could play a key role in future disease prevention and treatment.

Advantages of CATCH

  1. It is adaptable. As new mutations and strains of viruses are discovered and uploaded to the GenBank database, CATCH users can quickly redesign a set of probes with up-to-date information.
  2. It is efficient at detecting viruses. The Zika outbreak in 2015 proved to be particularly problematic because the Zika virus was not easily detectable within the human body. Zika is difficult to detect because even in patients who contract the virus, blood samples would often have a very low amount of actual Zika virus particles. This is where CATCH proves to be such a groundbreaking method for virus detection. CATCH can detect even the lowest amount of virus particles present in a sample.
  3. It has the power to detect all human viruses. While the first version of CATCH only targeted 20 viruses, as the software developed, the number of viruses it targeted expanded. Now, CATCH has the ability to target all forms of viruses known to infect humans. As more viruses are discovered, they can be easily added to CATCH.
  4. It is accessible. The software for CATCH is available to any member of the public on Github and the development and validation of the tool is available via an online scientific website, Nature Biotechnology.

Impact of CATCH in Africa

In a study by researchers Hayden Metsky and Katie Siddle, data gathered using CATCH helped discover that the ZIka virus was present in several regions, months before scientists could detect it.

At the time of the Lassa outbreak in Nigeria in 2018, the Lassa virus was difficult to sequence and hard to detect. The researchers proved that by using CATCH, content of the samples of the 2018 Lassa virus could be rescued. This means that the Lassa virus will be more easily detectable.

The above results warrant the use of CATCH technology for virus discovery and for future outbreaks. The CATCH tool can be used to provide low-cost disease surveillance and the information required to control outbreaks. In the very depths of a viral pandemic like COVID-19, the CATCH tool creates hope for the future of global health.

– Lucia Kenig-Ziesler
Photo: Flickr

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 08:08:182020-09-02 08:12:32CATCH Technology for Virus Discovery
Development, Global Poverty

Microfinance for Poverty Reduction

Microfinance poverty reduction
Commercial banks often find themselves unable to provide financial services in rural areas. Poor credit histories, limited manpower, customers illiteracy and accommodation problems of the staff limit commercial bank operation. Microfinance is a simplistic tool to remedy this issue. It is the provision of small loans to the impoverished to help those who otherwise do not have access to traditional banking services to engage in or establish an income-generating activity. Microfinance has been a renowned initiative for poverty reduction as well as economic and social development for over 30 years.

Microfinance Models

The concept for microfinance was propounded by Mohammad Yunus, who subsequently founded the Grameen Bank in Bangladesh to provide credit facilities to the poor and boost their entrepreneurial potential. Since then, microfinance has taken a range of forms.

These forms include non-governmental organizations, credit unions, cooperatives, associations, community banking, Self Help Groups, ROSCAs, small businesses and village banking models.

The Dark Side of Microfinance

In terms of poverty reduction, two key questions have emerged: first, to what extent has microfinance contributed to creating a long-lasting and permanent difference to help households escape poverty? Second, to what extent do microfinance programs reach the worst off, “chronic poor” and not just the “transient poor.”

The total number of microcredit borrowers has magnified exponentially from less than 20 million in the 1970s to over 211 million in 2013. There are undeniable success stories regarding the transformative effect of microfinance on individuals and households. But until recently, there has been very little research that shows the impact of microfinance in a way that demonstrates causality.

In their book “Finance Against Poverty” (1996), David Hulme and Paul Mosley were first to criticize microfinance. They suggested that microfinance helps those above the poverty line more than those below the poverty line. In some instances, they found that microcredit makes life for those at the base of the pyramid even worse. Some argue microfinance contributes to creating debt traps for the poor whereby they sink into the vicious cycle of repayment of loans, and due to increasing interest rates, they are never able to escape.

An unprecedented consequence of microfinancing is the increase in organ trafficking, especially in Bangladesh. When borrowers are unable to repay their debt, traffickers pressure them into selling their organs. In most cases, these borrowers are uneducated about the implications of their actions. In other cases, debtors go as far as to take their own lives.

The Silver Lining

However, despite its shortcomings, microfinance has hardly been a failure in the case of poverty reduction. Rather than seeing it as a poverty panacea, microfinancing is more aptly a means of expanding opportunities for the disadvantaged.

Perhaps one of the most significant advantages of microfinancing is empowerment. Empowerment is at the center of human progress. Microfinance is helping the world reach the first Millennium Development Goal: eradicating poverty and hunger. It is also helping reach the MGD 3 to promote gender equality and empower women.

For example, Self Help Groups are a popular microfinance model in India, particularly among rural women. These groups provide a platform to act on a variety of social issues such as health, nutrition, domestic violence, etc. During the pandemic, the SHGs were incredibly useful in distributing masks and sanitizer to meet shortages and running community kitchens.

Financial Diaries of people living on $2 or less per day have shown that microcredit helps many families make critical purchases that they could not otherwise afford during times of scarcity.

No single aspect of development, be it microfinance, health or education, can work towards poverty reduction. The amalgamation of all different facets, when targeted to the poor at the grassroots level, is a powerful tool in the fight against poverty and puts the world on the path to an egalitarian society.

– Riddhi Bhattacharya
Photo: Wikimedia Commons

September 2, 2020
https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg 0 0 Kim Thelwell https://borgenproject.org/wp-content/uploads/borgen-project-logo.svg Kim Thelwell2020-09-02 07:30:522024-05-29 23:22:30Microfinance for Poverty Reduction
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