Methane emissions to the troposphere from the Amazon River floodplain have been
determined. In total, 94 individual flux measurements were made along a 1,700‐km stretch …

Methane fluxes to the troposphere from the three principal habitats of the floodplain of the
Amazon River main stem (open waters, emergent macrophyte beds, and flooded forests) …

A total of 186 methane measurements from the three primary Amazon floodplain
environments of open water lakes, flooded forests, and floating grass mats were made over …

During April and May of 1987, an extensive methane flux data set from Amazonian wetland
habitats was collected during the wet season as river water levels were high and rising. This …

Tropical regions, especially the Amazon region, account for large emissions of methane
(CH4). Here, we present CH4 observations from two airborne campaigns conducted within …

During July and August 1985, the sources of methane and its flux to the troposphere were
measured from a houseboat laboratory anchored in Lago Calado, a stratified, dendritic lake …

We use a global inverse model, satellite data and flask measurements to estimate methane
(CH 4) emissions from South America, Brazil and the basin of the Amazon River for the …

Recent results from laboratory, field and remote sensing measurements suggest the
presence of large methane emissions from the Amazon basin. Here we present regionally …

To evaluate the tropical wetlands contribution to the methane (CH4) burden better, field
campaigns were performed during 2004 and 2005 near the Miranda River, in five sites …

Methane fluxes to the troposphere were measured inLake Calado, a dendritic floodplain
lake located inthe central Amazon Basin. Methane concentrations inthe surface water of the …