The sensitivity of Earth's wetlands to observed shifts in global precipitation and temperature
patterns and their ability to produce large quantities of methane gas are key global change …

This letter summarizes substantial modifications made to the Surface Water Microwave
Product Series (SWAMPS), a coarse-resolution (~ 25 km) global inundated area fraction …

A method to assess global land surface water (fw) inundation dynamics was developed by
exploiting the enhanced fw sensitivity of L-band (1.4 GHz) passive microwave observations …

Surface water inundation in the Arctic–Boreal region is dynamic and strongly influences land-
atmosphere water, energy and carbon (CO2, CH4) fluxes, and potential feedbacks to climate …

Multi-temporal C-band SAR data (C-HH and C-VV), collected by ERS-2 and ENVISAT
satellite systems, are compared with field observations of hydrology (ie, inundation and soil …

Spaceborne microwave remote sensing is widely used to monitor global environmental
changes for understanding hydrological, ecological, and climate processes. A new global …

Wetlands are not only primary producers of atmospheric greenhouse gases but also
possess unique features that are favourable for application of satellite microwave remote …

Wetlands and surface waters are recognized to play important roles in climate, hydrologic
and biogeochemical cycles, and availability of water resources. Until now, quantitative …

Abstract The Great Dismal Swamp (GDS), one of the largest, northernmost peatlands on the
Atlantic Coastal Plain, is underlain by a thick water-logged organic soil layer (peat) made up …

Hydrology (ie, inundation and soil moisture) is the most important abiotic factor controlling
wetland function and extent, and scientists predict that wetland hydrology can be …