Hydroelectric dams in tropical forest areas emit carbon dioxide and methane. How these emissions and their impacts should be calculated, and how comparisons should be made with global warming contributions of alternative energy sources such as fossil fuels, can lead to sharp differences in conclusions on the relative advantages of these options. The example of Brazil's Tucuruí Dam is examined to clarify these differences. The present paper extends an earlier analysis to 100 years and explores the differences between these and comparable fossil fuel emissions. Factors considered here in calculating emissions for Tucuruí Dam include the initial stock and distribution of carbon, decay rates and pathways (leading to carbon dioxide and meth...
Many countries consider hydroelectricity a clean source of power because it doesn't involve burning ...
For almost two decades, studies have been under way in Brazil, showing how hydroelectric reservoirs ...
EMISSIONS OF GREENHOUSE GASES FROM THE RESERVOIRS OF HYDROELECTRIC DAMS: IMPLICATIONS OF A POWER LAW...
Greenhouse gas emissions from hydroelectric dams are often portrayed as nonexistent by the hydropowe...
Abstract. Hydroelectric dams in tropical forest areas emit greenhouse gases, as illustrated by the C...
Existing hydroelectric dams in Brazilian Amazonia emitted about 0.26 million tons of methane and 38 ...
Abstract. This paper discusses emissions by power-dams in the tropics. Greenhouse gas emissions from...
Hydropower is a renewable energy source and considered low-carbon, which has been questioned in rece...
The Federal Government of Brazil has ambitious plans to build a system of 58 additional hydroelectr...
Carbon credit is granted to hydroelectric dams under the United Nations Framework Convention on Clim...
Hydroelectric reservoirs can release significant quantities of CO 2, but very few results are availa...
Amazonian hydroelectric reservoirs produce abundant carbon dioxide and methane from large quantities...
Due to global demand for alternative energy sources, the industry of hydropower is continuing to thr...
GREENHOUSE GAS EMISSIONS OF DIFFERENT BRAZILIAN HYDROELECTRIC DAMS. Over the 90s surged a growing co...
Carbon dioxide (CO2) and methane (CH4) generated in reservoirs are released downstream of dams, and ...
Many countries consider hydroelectricity a clean source of power because it doesn't involve burning ...
For almost two decades, studies have been under way in Brazil, showing how hydroelectric reservoirs ...
EMISSIONS OF GREENHOUSE GASES FROM THE RESERVOIRS OF HYDROELECTRIC DAMS: IMPLICATIONS OF A POWER LAW...
Greenhouse gas emissions from hydroelectric dams are often portrayed as nonexistent by the hydropowe...
Abstract. Hydroelectric dams in tropical forest areas emit greenhouse gases, as illustrated by the C...
Existing hydroelectric dams in Brazilian Amazonia emitted about 0.26 million tons of methane and 38 ...
Abstract. This paper discusses emissions by power-dams in the tropics. Greenhouse gas emissions from...
Hydropower is a renewable energy source and considered low-carbon, which has been questioned in rece...
The Federal Government of Brazil has ambitious plans to build a system of 58 additional hydroelectr...
Carbon credit is granted to hydroelectric dams under the United Nations Framework Convention on Clim...
Hydroelectric reservoirs can release significant quantities of CO 2, but very few results are availa...
Amazonian hydroelectric reservoirs produce abundant carbon dioxide and methane from large quantities...
Due to global demand for alternative energy sources, the industry of hydropower is continuing to thr...
GREENHOUSE GAS EMISSIONS OF DIFFERENT BRAZILIAN HYDROELECTRIC DAMS. Over the 90s surged a growing co...
Carbon dioxide (CO2) and methane (CH4) generated in reservoirs are released downstream of dams, and ...
Many countries consider hydroelectricity a clean source of power because it doesn't involve burning ...
For almost two decades, studies have been under way in Brazil, showing how hydroelectric reservoirs ...
EMISSIONS OF GREENHOUSE GASES FROM THE RESERVOIRS OF HYDROELECTRIC DAMS: IMPLICATIONS OF A POWER LAW...