Given the influence of aquatic plants on methane production and emission and the
challenges of regional upscaling, advances in remote sensing capabilities for mapping …

Space-based remote sensing can make an important contribution toward monitoring
greenhouse gas emissions and removals from the agriculture, forestry, and other land use …

Extensive floodplains throughout the Amazon basin support important ecosystem services
and influence global water and carbon cycles. A recent change in the hydroclimatic regime …

Water fluxes in the Amazon River floodplain affect hydrodynamic and ecological processes
from local to global scales, but they remain poorly understood due to difficult accessibility …

As of today, the uncertain distribution and dynamics of inundations in the tropical wetlands
cause large uncertainties in the quantification of the world's methane emissions. Long-term …

Extreme droughts and floods in the Amazon have great implications for ecosystems and
societies. Over the last decade, the region has undergone major extreme events with no …

The Amazon River Basin's extraordinary social–ecological system is sustained by various
water phases, fluxes, and stores that are interconnected across the tropical Andes …

Floodplain lakes are widespread and ecologically important throughout tropical river
systems, however data are rare that describe how temporal variations in hydrological …

Floodplains lakes are abundant in the Amazon basin and are important methane sources to
the atmosphere. Existing biogeochemical models require modifications and inclusion of …

Abstract The GRACE (Gravity Recovery And Climate Experiment) satellite gravity mission
enables global monitoring of the mass transport within the Earth's system, leading to …