Storm events in montane catchments are the main cause of mobilization of solutes and
particulates into and within stream channels in coastal California. Nonlinear behavior of …

Abstract Multiple Endmember Spectral Mixture Analysis (MESMA) is a widely applied tool to
retrieve spatially explicit information on urban land cover from both hyperspectral and …

Fire impacts many vegetated ecosystems across the world. The severity of a fire is major
component in determining post-fire effects, including soil erosion, trace gas emissions, and …

Forthcoming spaceborne imaging spectrometers will provide novel opportunities for
mapping urban composition globally. To move from case studies for single cities towards …

Urban green spaces are known to provide ample benefits to human society and hence play
a vital role in safeguarding the quality of life in our cities. In order to optimize the design and …

In cities, vegetation temperature is important for quantifying water use, microclimates, and
water and energy fluxes, as demonstrated by urban climate models and in situ studies …

Atmospheric methane has been increasing since the beginning of the industrial era due to
anthropogenic emissions. Methane has many sources, both natural and anthropogenic, and …

Successful post-fire management depends on accurate burn severity maps that are
increasingly derived from satellite data, replacing field-based estimates. Post-fire vegetation …

During 2012–2016 California experienced the longest and most severe drought in the last
centuries. This water scarcity led to an increase in non-cultivated croplands during this …

Spectral unmixing of urban land cover relies on representative endmember libraries. For
repeated mapping of multiple cities, the use of a generic spectral library, capturing the vast …