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Envirofit Cookstoves Save Lives and Combat Poverty

Envirofit Cookstoves According to the World Health Organization (WHO), “more than three billion people worldwide rely on polluting energy sources such as wood, dung and charcoal for cooking.” These practices are most common in impoverished areas within developing countries and come with severe health consequences. As women are usually tasked with the cooking responsibilities, the indoor air pollution caused by cooking with these traditional fuels disproportionately impacts women as well as children in the household. A social enterprise called Envirofit International aims to make clean cookstoves more accessible and affordable for families living in developing nations.

Polluting Fuels and Gender Inequality

Cooking with polluting energy sources not only leads to serious health repercussions but also contributes to economic gender inequality. Girls and women are the main gatherers of these polluting energy sources, which require more than twice as much time to gather in comparison to clean fuels. Girls from households that use polluting fuels spend roughly 18 hours per week collecting fuel in contrast to five hours a week for those from households that utilize clean energy sources. This time could go toward more productive activities such as learning and paid work. As a result, girls and women fall behind in education and economic advancement.

Health and Economic Repercussions of Indoor Air Pollution

According to the WHO, annually, almost four million people die prematurely as a result of household air pollution caused by “inefficient cooking practices using polluting stoves paired with solid fuels and kerosene.” Indoor air pollution can cause ischaemic heart disease, strokes, lung cancer and pulmonary disease. Indoor pollution increases the risk of pneumonia in children by 50% and “is responsible for 45% of all pneumonia deaths in children” younger than 5. Gathering traditional fuels, a task typically performed by women and children can lead to musculoskeletal damage due to the arduous nature of this task.

Envirofit Cookstoves

Envirofit International works to replace dangerous and harmful traditional cooking methods with clean biomass cookstoves that are efficient, durable and inexpensive. The enterprise is headquartered in Fort Collins, Colorado. Since its incorporation in 2003, Envirofit has manufactured and commercialized smart stoves that cook faster, use less fuel and produce less smoke and toxic emissions. Envirofit cookstoves reduce “fuel use, fuel cost and cooking time by up to 60%” and decrease smoke and harmful emissions by up to 80%. These fuel savings alone can increase household income by up to 15% a year.

Using a market-based approach, Envirofit has helped more than five million people in 45 nations around the world save money and time while also reducing their carbon footprint. Envirofits’s clean, pollution-free technology has saved lives by reducing preventable deaths due to pollution. Envirofit cookstoves feature efficient combustion chambers to decrease emissions and utilize biomass fuel, which is accessible for people in rural communities.

With regional headquarters and production sites in East Africa, West Africa, Asia and Latin America, Envirofit can deliver local solutions tailored to each region’s specific needs. Each regional headquarter also contributes to the local economy by providing new employment and business opportunities. Besides creating jobs and making cooking safer, more convenient and affordable, Envirofit promotes sales by conducting local awareness campaigns about the effects of air pollution on health.

Overall, Envirofit cookstoves contribute to the health and well-being of millions of impoverished people across the world, saving lives, time and money.

– Carolina Cadena
Photo: Flickr

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Nanoseen: Solutions to Water Access and Pollution

NanoseenIn Sopot, Poland, co-founders Bartosz Kruzska and Mikolaj Granuszewski are leading innovations that could change access to clean, drinkable water forever. Startup firm, Nanoseen, is developing the NanoseenX, a water filter made of recycled metal wafers that can desalinate water. The startup, which was ranked as one of the top “15 Chemical Engineering Startups Positioned to Make it Big in 2021” by the Welp Magazine, aims to revolutionize the use and development of nanotechnology to build the most modern products. “Nanoseen is a team of nanotechnology engineers and scientists who prove remarkable properties of NanoseenX nanomaterials as a core component of the company’s products that will help solve many problems related to climate change such as water shortage and plastic pollution,” Kruszka told THEfirstNEWS. The company plans to begin mass production of its water desalination devices in 2021, making it one of the most highly anticipated startups of the upcoming year.

NanoseenX Water Filter

The filter can desalinate both brackish and seawater, giving it the potential to become essential to both disaster relief and combating global poverty. Worldwide, 780 million people do not have access to an improved water source and one in three people do not have access to safe drinking water, making clean water one of the chief obstacles of under-developed nations. Countries like Papua New Guinea, Mozambique, Tanzania and Somalia struggle with clean water but border the oceans so they can benefit greatly from the filter. The provision of clean water will not only improve sanitation but consequently improve health and infant survival rates, which is fundamental to fighting poverty. The product could also aid natural relief teams in tropical countries that are prone to hurricanes and typhoons. For example, crises like the aftermath of Hurricane Maria, which cut off access to clean water in Puerto Rico for months, can be resolved. Removing clean water as a pressing concern will also give destitute communities a better opportunity to develop and escape poverty.

Other Innovative Initiatives by Nanoseen

In addition to the water filter, Kruzska elaborates that Nanoseen is tackling research on a method of damaging micro and nano-plastics in water, with the use of NanopowderX. Such development could help clear pollution in oceans, which contain 25-50 trillion macro and microplastics. Being able to filter such microplastics from the water will be the most effective way to curb this new atmospheric pollutant. The team is also pioneering unique paints that will remove pollutants from the air to fight atmospheric pollution, a phenomenon that disproportionately affects impoverished people.

Innovatively Addressing Global Issues

Nanoseen’s ingenious filter is paradigmatic of innovations in STEM creating solutions to global poverty. The startup also offers other eco-friendly and problem-solving materials. The startup’s website offers viewers more in-depth descriptions and applications of its products and states its goals of creating innovative nanomaterials to build modern products that solve the main problems of today’s world.

– Christine Chang
Photo: Flickr

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Efforts to Reduce Pollution in the Ganges River

Ganges RiverMore individuals depend on the Ganges River in India than there are people in the United States. More than 400 million people live at the basin of the Ganges, making it one of the most important natural water resources in the world. A holy river in the Hindu faith, the Ganges River (or Ganga) is used to bathe, cook, wash clothes, conduct funerals and more. Entire businesses along the basin depend on the river, adding an economic dependence to it as well. Due to this immense usage, pollution has run rampant. The Ganga Action Parivar estimates that “2.9 billion liters of wastewater from sewage, domestic and industrial sources are dumped” in the river every single day. Pollution reduction in the river is a top priority to prevent hundreds of millions of Indians from facing water insecurity.

The World Bank Assists

In 2011, the World Bank targeted the Ganges River pollution issues by launching the National Ganga River Basin Project (or NGRBP). A $1 billion initiative, the NGRBP looked to create bank investments in the water sanitation department and develop better waste management control in India. While this did prove to be a step in the right direction, the Ganges still saw a rise in pollution. India’s inability to properly dispose of waste outpaced the World Bank’s project. After nine years, the World Bank looked to bolster its contribution to the fight to save the Ganges as more and more Indians were becoming sick. In June 2020, the Second Ganga River Basin Project received approval from World Bank directors despite the bank focusing on COVID-19, proving how dire the situation at the basin truly is. An 18-year commitment, this second NGRBP adds another $380 million to clean up the Ganges until 2038.

Ganga Action Parivar’s Impact

Along with international help from the World Bank, India also made pollution control a national issue. An array of agencies have come about in India centered around the purification of the Ganges. For over a decade, the Ganga Action Parivar (GAP) has taken a diplomatic approach to fight water pollution. Through communication with government officials, media outlets and fundraising, the GAP looks to bring awareness to the issue and demand action from within India. In 2016, the GAP launched the National Ganga Rights Act and began asking for support for it. The act detailed how there are both natural environmental and human rights on the line with the continued pollution of the Ganges River. More than just a body of water, the Ganges is an epicenter of religion, prosperity and life. Creating a natural rights act helps to ensure that action will mobilize to protect the water resource and that is exactly what the GAP has set out to do.

The Year 2020 and Beyond

The year 2020 has been a promising year for pollution reduction in the Ganges River. The World Bank launched and financed its second project centered around cleaning the water back in June 2020. New research suggests that there has also been a natural cleansing that has taken place over the past few months. Since COVID-19 forced India to shut down, the Ganges’ usage has dropped. In a video released by BBC News, just a mere 10% drop in usage throughout the pandemic has led to significant improvement in the sanitation of the Ganges. For years now, India’s government has been trying to find ways to heal the Ganges. While India and the world fight the COVID-19 virus, the Ganges River is healing. Once the lockdown ends, the work of the World Bank and GAP will be vital to keep the momentum going. If pollution rates continue to climb, India will have a water crisis on its hands. Sanitizing and protecting the Ganges is instrumental in helping India reduce its poverty rates and preserving a crucial water resource.

– Zachary Hardenstine
Photo: Flickr

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How Neem Can Reduce the Use of Chemical Pesticides

Use of Chemical Pesticides
Despite their effectiveness in killing specific pests, historic incidents and unknowns related to chemical pesticides have led to public health concerns. Fears that people could be at risk if they consume food treated with chemical pesticides do have a foundation. Pesticides have been found to partially cause neurodegenerative disorders like Parkinson’s Disease, among other maladies. Chemical pesticides cannot choose which organisms they kill, which can lead to raised ecosystem contamination and toxicity. Not all chemical pesticides directly harm humans. However, evidence of those that do, along with evidence for unintended ecological damage, led to efforts to reduce the use of chemical pesticides.

Neem as an Alternative

One of the most concerning side-effects of the use of chemical pesticides is their effect on bee populations. Bees are vital to crop pollination and indirectly help create much of the food that humans eat. Pesticide use is a primary cause of the current decline in beehive populations. American and European beekeepers report this is at around 30% per year.  Bee population decline contributes to food scarcity and poverty. When food becomes more scarce, prices rise and more people go hungry. Current conditions necessitate implementing an alternative to chemical pesticides that is safe for humans, certain insects and plants.

New research points to naturally derived pesticides as possibly safer and less damaging to the environment. Currently, the most promising natural solution is neem oil. Neem oil is an organic, naturally-derived substance from the Neem tree. The tree grows primarily in tropical regions. These areas tend to be most affected by insect infestations and represent some of the poorest areas in the world.

Neem oil use is not a new phenomenon. Traditional Indian farming methods practiced for thousands of years, and even folk medicines incorporate neem usage. It is effective at reducing specific insect populations while having minimal noted negative effects on beneficial insects like bees and worms. A number of agricultural companies have begun using neem in their products, and its use is only expected to grow as its efficacy is increasingly verified.

Outbreak and Application in Africa

In early 2020, East Africa faced its worst locust outbreak in decades. Swarms devoured hundreds of thousands of acres, fostering hunger and fear in local communities. Millions of people became more food insecure and the use of chemical pesticides became less viable. The COVID-19 pandemic upset the global chemical supply chain, which seems to have inhibited governments from receiving the large quantities of pesticides needed to make an impact against the locust invasion.

In response, some farmers in Kenya began making their own neem oil to push back against locust invasions. Neem oil can weaken locusts’ reproductive ability and potentially kill them, which reduces the current and future populations. While it was too late to make a big impact against the swarms, individual farmers protected their crops. If enough farmers learn to make their own oil in the future, or if it is produced cheaply on a large scale, Kenya could have an effective, safe defense against locust invasions. Other countries in the region also afflicted by locust swarms stand to benefit from looking to Kenya as an example.

Potential for Future Practices

Chemical pesticide use is harmful to the environment and can create bad health outcomes for some people. Industrial use of neem oil instead of chemical pesticides could improve health conditions worldwide and protect ecosystems. On a smaller scale, it could protect the economic interests of poor farmers and people at risk of starvation. People may also be more accepting of the use of growable, natural pesticides over the use of chemical ones. Locally-made neem oil also mitigates environmental pollution. This puts more power into the hands of individual farmers. Though natural pesticide solutions require more research, they represent critical development in the future of agricultural pesticides.

– Jeff Keare
Photo: Unsplash

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Top 10 Facts about Pollution in India

Top 10 Facts about Pollution in India
Experts around the world believe that pollution is killing millions of people. In fact, the Lancet Medical Journal believes that in 2015, pollution accounted for three times as many deaths as AIDS, tuberculosis and malaria combined. The report also said that it caused around nine million premature deaths. While pollution is an issue in almost every country, some nations deal with much higher levels than others. Year after year, India tops the list of the world’s most polluted countries. There are many important things to note about the problem, but here are the top 10 facts about pollution in India.

Top 10 Facts about Pollution in India:

  1. Eleven out of the top 12 cities with the highest levels of particulate pollution are located in India, according to a World Health Organization report. The report analyzed air monitoring stations across 4,300 cities worldwide in 2016. Kanpur, India tops the list, with a yearly average of 319 micrograms per cubic meter of the most harmful particle, PM2.5. Faridabad is next on the list, followed by Varanasi, Gaya, Patna and Delhi.
  2. Poverty and pollution are closely correlated. Tedros Adhanom Ghebreyesus, the World Health Organization’s director general, says, “air pollution threatens us all, but the poorest and most marginalized people bear the brunt of the burden.” In developing countries, mechanisms like cookstoves, heating fuels and kerosene lighting contribute to pollution. Additionally, ineffective governmental standards for pollutants have exacerbated the issue.
  3. In India, children are most affected by pollution. India has one of the highest rates of child mortality, in part due to both toxic air and polluted waters.
  4. The country’s geographical distribution contributes to the problem. Agricultural practices like burning crop stubble are still commonly used. Its smoke wafts over big cities like Mumbai. Given that these regions are landlocked, it is difficult for the smoke to dissipate. Additionally, it often combines with traffic exhaust and factory emissions.
  5. Air pollution accounts for an estimated 12.5 percent of deaths in India. The State of India’s Environmental Report found that it also kills around 100,000 children less than five years old every year. The risk is also higher for girls than for boys in this age group.
  6. Eighty-six percent of Indian bodies of water are deemed “critically polluted.” A study conducted by the nonprofit group, Centre for Science and Environment, found that most polluted waters are in the Karnataka, Telangana and Kerala regions. This is likely due to an increase in highly polluting industrial presence.
  7. The country’s capital, Delhi, is looking for solutions. In 2018, the city created 52 teams to increase compliance and safety, as well as take quick action. Additionally, the Environmental Pollution Control Authority (EPCA) halted all construction in the area for 10 days in November when pollution seemed particularly bad. The EPCA is even looking at implementing more vehicle emission control in the near future.
  8. The state of Gujarat is implementing the first-ever “cap-and-trading” program to help reduce particulate air pollution. The state’s government will set a cap on industrial emissions and will allow companies to trade permits in order to meet requirements. It will be tested out in the industrial city of Surat first, as the city is home to high amounts of polluting industries.
  9. In January of 2019, India implemented the National Clean Air Program. Its goal was to cut pollution in 102 cities by 20-30 percent by 2024. Union Environment Minister, Harsh Vardhan, says: “Collaborative and participatory approach involving relevant central ministries, state governments, local bodies and other stakeholders with a focus on all sources of pollution forms the crux of the Program.”
  10. India’s political landscape could be making things worse. The existing anti-pollution laws are badly enforced. Dealing with a problem of this magnitude requires high levels of organization and crucial coordination across state lines. However, there is tension between urban and rural political leaders, making communication difficult.

– Natalie Malek
Photo: Flickr

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Efforts to Improve Water Quality in Myanmar

Water Quality in Myanmar
Myanmar, formerly known as Burma, is a nation with 32.1 percent of the population living below the poverty line, according to 2015 data.

Accessing water in Myanmar has always been difficult, despite the country’s natural resources. It once was recognized to have the fourth-richest supply of groundwater in the world, holding more than 19,000 square meters per capita. This is 16 times the available levels of Myanmar’s neighboring country, Bangladesh.

A typical summer season in the last few years would introduce water shortages in only central Myanmar, but now, deforestation – as a result of urbanization – and hot temperatures contribute to water shortages in other additional areas of the country, leaving hundreds of thousands in danger.

However, recent changes to the water system have significantly improved water quality in Myanmar:

Fixing the Irrigation Systems

Myanmar’s agriculture industry provides jobs for 60 percent of workers, so it is crucial that irrigation systems are functional. In the past, Myanmar struggled with irrigation upkeep and water distribution, so The Pyawt Ywar Pump Irrigation Project stepped in to improve irrigation infrastructure, reform water management and provide education to farmers. Since its implementation, farmers and the government have worked together to make sure water distribution is fair and regulated, and farmers have learned how to use land efficiently to increase crop growth. The agriculture industry has improved as a result: the gross domestic product for agriculture increased from 12,316,081.8 MMK mn to 13,964,771.2 MMK mn in just five years.

Purifying Wastewater has Increased Access to Water

Proctor & Gamble’s Children Safe Drinking Water program and World Vision teamed up to give Myanmar residents a tool to clean non-potable water: a powder mixture invented by the Centers for Disease Control and Prevention. The powder transforms 10 liters of contaminated water into clean, drinkable water in just half an hour, providing a day’s worth of resources for a five-member family. This means that poor families living in Myanmar can purify water from rivers and streams instead of spending a lot of money on bottled water. P&G has helped with improving Myanmar’s water since 2008, and the water purification tool has helped 200,000 people gain access to safer water.

Decreasing Illness

Dengue fever, a mosquito-borne disease, is a common occurrence in Myanmar because of people’s tendency to collect water in their homes. Stored water attracts mosquitoes and creates a large breeding ground for the disease. Myanmar is labeled as a high burden dengue country, and citizens take preventative measures by learning how to protect their water against mosquitoes and to keep their spaces dry and clean. In 2015, there were 42,913 cases of dengue, but after a year of water education and awareness, the number dropped to 10,770.

Looking Ahead

Access to clean water has increased in the last 15 years, but there is still more to be done. In 2000, 47.31 percent of citizens in rural areas had access to potable water, and that number has increased to 59.85 percent as of 2015, but it is still low. The Joint Monitoring Program for Water Supply, Sanitation and Hygiene plans for universal access to water by 2030, and improving water quality in Myanmar may be achieved with increased awareness and action.

– Katherine Desrosiers
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

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Water Quality in Ireland: Sustainable Water Services

Water Quality in Ireland

Ireland is a developed country in Europe that has many luxuries such as electricity and gas. When it comes to basic necessities, Ireland is on par with the rest of Europe. Despite its status as a developed country, there has been an unwelcome decline in water quality in Ireland.

Ireland originally aimed for a 13 percent improvement in water quality within a six-year period, but it failed to meet its goal. Unfortunately, water quality in Ireland, even from their most pristine sources, has declined. This includes Ireland’s rivers, lakes, canals, ground waters and coastal waters.

These water sources were originally much cleaner and had a higher water quality, but the Environmental Protection Agency in Ireland has found that these water sources have deteriorated.

There are several different factors that can potentially affect the change in water quality. Some of these factors are soil or rock types, land use practices and pollution. Even heavy rainfall can influence whether or not the water quality will deteriorate or not.

These factors can change different parameters within the water that will affect the quality of water. Some of the parameters, such as bacteria and protozoa, chemicals, and metals, are tested in water. If any of these parameters are in excess, it can decrease the water quality and potentially make it dangerous to drink.

An aging infrastructure also contributed to the decrease in water quality in Ireland. If the pipes have not been changed out since installment or haven’t been maintained every few years, the pipes can begin to rust.

Rust contains iron oxide which can be potentially dangerous if consumed in excess.  Rust from the pipes can peel off into the water and be consumed via drinking water or by cooking with the water.

Although poor infrastructure can end up decreasing the water quality in Ireland, it is possible to fix it. The Irish government must commit to replacing the pipes that have not been maintained throughout its cities. Once the government does that, there will be a significant increase in the water quality and citizens would not have to worry whether or not the water is safe to drink.

Despite the current deterioration of Ireland’s water sources, in past, there have been improvements to water sources that had problems. Water sources that were considered “seriously polluted” have since been upgraded in status. Unfortunately, by neglecting the quality of their pristine water sources, the overall improvements to water quality appear stagnant.

Once Ireland begins changing their infrastructure, as well as cleaning and maintaining all of their water sources, they will be able to reach their 13 percent water quality improvement goal and make all of their water sources usable and pristine. In addition, the participation of citizens in Ireland is necessary to ensure sustainable water services in the future.

– Daniel Borjas

Photo: Pixabay

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Kenya’s Plastic Bag Ban: Improving the Environment and Lives

Kenya's Plastic Bag Ban
On Monday, August 28th, Kenya’s plastic bag ban officially came into effect. The ban targets those who make, sell and import plastic bags. Anyone caught engaging in these activities could face up to four years in jail and up to $38,000 in fines.

While other African countries, like Botswana and Rwanda, have also instituted rules surrounding plastic bags, such as taxes and prohibited use, Kenya’s ban is the most rigid. Kenya’s plastic bag ban is so strict because of the extremely detrimental effects plastic bags have on the environment and Kenyans.

Plastic waste affects the globe as a whole, with eight million tons of plastic seeping into the ocean every year alone. The plastic debris in the ocean can injure or poison marine life. Plastic buried in landfills and littered across the land can also leak into groundwater, creating hazardous drinking water for human beings and wildlife.

In Kenya, plastic waste is a major pollutant, with piles of bags littering streets. Agricultural animals, such as cows, often end up grazing on these bags and are commonly found to have multiple plastic bags in their systems when being prepared for human consumption. Chemicals in the plastics contaminate the meat, potentially making it dangerous for those eating it.

Plastic bags littered over agricultural lands seep chemicals into the soil, reducing the fertility and productivity of the soil. Bad soil equates to lower agricultural production, which economically affects impoverished people the most. About 61 percent of the population works in agriculture, so lower soil fertility can equate to decreased income and even greater poverty.

With plastic bags taking over their streets and adversely affecting agricultural and human health and growth, the Kenyan government made the positive decision to clean up this pollutant. Some, however, who use plastic bags for basic daily needs, worry about the immediate effects upon their lives resulting from the ban.

Impoverished Kenyans, in particular, use plastic bags often. For example, plastic bags are used for basic daily functions, such as a place to put bodily waste due to the lack of a proper sewage system. Many also use plastic bags for transporting shopping goods, rather than investing in reusable bags.

In order to fully eliminate plastic bags and truly improve the lives of Kenyans, the Kenyan government must provide its people with basic needs, such as a proper sewage system. The government also encourages people to use paper and cloth bags, but it should provide these reusable alternatives to its poorest citizens, for whom purchasing reusable bags is not as accessible. Kenya’s plastic bag ban is an important step toward improving the environment and hopefully toward improving Kenya’s 43 percent poverty rate, but the Kenyan government can still act further to improve its infrastructure and services for its impoverished people.

– Mary Kate Luft

Photo: Flickr

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The Adverse Correlation Between Pollution and Development


Pollution and development are inextricably linked. In the process of developing, nations often rely on the exploitation of natural resources in order to build up revenue. While such options present an economic advantage, considering that costs are restricted while the output is boosted, an environmental disadvantage often comes in the form of pollution.

For example, within the Niger Delta in Nigeria, the capitalization of oil by various companies has resulted in innumerable spills and leaks. Nigerian villagers have noted that these spills kill their fish, ruin their skin, and destroys their water supplies. Similar situations can be seen in other developing nations, such as Venezuela.

Even if developing nations do not exploit natural resources for profit, they may still contribute to pollution by consuming energy from fossil fuels. In comparison to renewable sources of energy such as solar power, fossil fuels provide cheaper energy to developing nations, helping to advance the economy by encouraging industrialization.

The building of mass infrastructure, another key part of development, often utilizes energy from fossil fuels as well, serving to further pollution. At a time when nations are mainly concerned with advancing their economies, the issue of the environment is unlikely to be on the political agenda.

Furthermore, energy use from fossil fuels is likely to increase in the future. As the United States Energy Information Administration reports, developing nations will collectively account for 65 percent of the world’s energy consumption by the year 2040, compared to 54 percent in 2010. Because these countries use mainly fossil fuels for energy, it follows that pollution will increase as well.

Inevitably, such an increase in pollution, in regard to that of air, water and soil, will lead to increased sickness and even death. Diseases caused by air pollution include asthma, pulmonary cancer and cardiovascular issues, among others. For water pollution, the list includes typhoid, diarrhea, cancer and liver damage. For soil pollution, adverse consequences include cancer, nerve and brain damage and liver and kidney disease.

Once the connection between pollution and development is known, the issue then comes in preventing pollution without hindering development. As Oluwasola Omoju of the organization Breaking Energy argues, compelling developing countries to pursue environmental goals will require compensation for the economic losses taken, probably including substantial economic, technological and financial support from the international community.

Regardless of which solutions are pursued, global leaders must soon rectify the adverse correlation between pollution and development in order to counter a worldwide spread of disease.

– Genevieve DeLorenzo

Photo: Flickr