Scientists around the world are passionate about making the world a better place. Almost 1 billion people around the world live in severe poverty. Such people lack access to food, clean water and sources of energy. They also lack much-needed medicine and access to healthcare. Advancements in science can help end global poverty.
Starvation and Diseases
Between 25,000 and 40,000 people die each day from causes such as starvation and diseases in impoverished countries, many of which are children. Each year, roughly 6 million children under the age of 5 die unnecessarily simply because they do not have access to clean water, doctors and food.
Science can help end global poverty by implementing more cost-effective strategies when it comes to advancements in testing for diseases. In developing countries, it can be difficult to conduct research for such testing. Chemist George Whiteside from Harvard University experimented with bubble wrap as a means for conducting blood tests. Whiteside found that he could create a sterile container from bubble wrap to test for anemia. More than 33% of the world’s population is anemic and this more affordable advancement could be useful in assisting the detection of the disease in developing countries. If the anemia undergoes detection, then those with it could receive treatment and lead more productive and healthy lives.
Science can help end global poverty by enhancing agricultural methods. One particular issue affecting many developing countries is drought periods. Water conservation and distribution are barriers that science can address in developing countries that lack irrigation. The ratio of water necessary to grow a ton of wheat is 1,200:1 and the rice to water ratio is between 2,000-5,000:1. Satellite imagery can map out underground aquifers to monitor water supplies to help identify areas of the world that stand to benefit from increased water recycling programs.
How Innovations Have Helped End Global Poverty
While work is still necessary, there have been various successes attesting that science can help to this social plight. Malaria deaths reduced by 50% from 2000 to 2014 due to enhancements in testing. The availability of cell phones and wireless internet has assisted farmers with setting prices on their crops in Africa. Science has made advancements in helping developing countries grow healthier bio-fortified foods. Science has helped design stoves that burn cleaner and more available fuel made from animal byproducts. The utilization of these fuels also helps decrease respiratory infections. With proper governance and economic support, science can continue to help end global poverty and provide hope.
The U.S. Agency for International Development (USAID) began a project called the Global Development Lab in April 2014. Both governmental and non-governmental agencies along with universities began working collaboratively to end global poverty by 2030. Budgeted at $1 billion, USAID works to make progress in areas such as clean water, healthcare, ample and quality food security, schooling and energy accessibility.
Moving Forward So Science Can Help End Global Poverty
For science to make greater strides in assisting those living in extreme poverty policymakers in wealthy countries need to realize the importance of funding to make the necessary advancements. Scientists in the United States spend more than $20 billion per year working to improve biomedicine. To do this globally would be of a much greater cost and securing the support of policymakers pertaining to foreign aid budgets will be necessary to continue advancements.
– Carolyn Lyrenmann