Twenty-five years ago, I lived in a fishing village, Tanji, on the coast of The Gambia. The village came alive before sunrise: if you got up early, you could see the brightly colored ‘pirogues’ pushing out to sea, with six or seven brave young men sailing their precarious wooden dugout canoes. This was no mean feat. The Atlantic was unforgiving and sometimes treacherous.
I worked with the fishermen as part of a European Union fisheries project and, with time, we became friends. We spoke Mandinka, drank atyre, and shared our struggles and hopes. They told me how over the years catches had declined dramatically, forcing them to sail farther and farther out; how the trawlers were creeping closer to the shore, often mangling their fragile nets.
Rift Valley Fever, which can infect both humans and animals, has long plagued East Africa. And climate change, in combination with urbanization, population growth, and travel, can increase conditions that are favorable for this disease and many others.
Temperature, humidity, and rainfall will be affected by climate change –and each can influence the way that disease develops and spreads. Mosquitoes, for example, thrive in warm, humid climates. As climate change alters the geography of these conditions, the number and range of mosquitoes will also change, spreading the diseases that they carry, and exposing populations that have never before seen them. But this is not just true for mosquitoes – ticks, midges, and other vectors that carry disease also stand to have greater impact with climate change. The impact will be felt—with increasing intensity– by both humans and animals. Of the nearly 340 diseases that have been identified in humans since 1940, ¾ are zoonotic, passing directly from animal species to humans.
The Global Environment Facility (GEF) is an independent funding mechanism with its own review and approval process. It partners with a number of institutions, including the World Bank, to prepare, supervise and implement its grants to developing countries.
The air quality of Bangladesh’s capital - Dhaka - has dipped considerably in the last 10 years or so as the economy boomed, more factories were set up and the number of cars on the roads increased day by day. Air quality in Dhaka is quickly becoming one of the major health concerns for its residents; reliable and sophisticated data are thus urgently needed to help address this.
A proposal to establish a research center with modern and reliable laboratories for monitoring atmospheric pollutants in Dhaka, submitted by the Center of Advanced Research in Science (CARS) in University of Dhaka, received a research grant of about BDT 34.5 million (about US$ 442,000) from the Higher Education Quality Enhancement Project (HEQEP). The sub-project titled: “Establishing an Air Quality Monitoring Center” is headed by Dr. Shahid Akhtar Hossain, a professor of the Department of Soil, Water and Environment.
Stretching for more than 1,800 kilometers across Guinea, Mali, Senegal and Mauritania, the Senegal River is the third longest river in Africa. In a region such as the Sahel, which is plagued by drought, poverty, and underdevelopment, access to a water resource such as the Senegal River is critical to local populations who rely on it for energy production, land irrigation, and potable water.