European forest monitoring is a central topic nowadays due to the critical role that forests
can play in combatting climate change. Crucial information on forests is the number of tree …

Large-extent maps of three-dimensional vegetation structure are important for
understanding the hydrologic cycle, climate, carbon fluxes, and habitat. We aggregated over …

Forest above-ground biomass (AGB) is the basis of terrestrial carbon storage estimation,
and making full use of the seasonal characteristics of remote sensing imagery can improve …

Accurate estimation of fine particulate matter (PM 2.5) concentrations can provide necessary
data sources for epidemiological studies and environmental management decisions …

The utility of remotely sensed auxiliary data for increasing the precision of sample-based
inventory estimates of population parameters is well-established. To this end, the model …

Over the last decade, biotic disturbances caused by bark beetles have represented a
serious environmental and economic issue in Central Europe. Great efforts are expended on …

Since the 1970s, there has been a long history of assessing the accuracy of remotely
sensed land cover types. Various accuracy assessment methods have been proposed …

The forest structure of Canada's northern unmanaged boreal forests are not well
characterized despite their critical importance for ecosystem services such as carbon …

Emerging satellite radar and lidar platforms are being developed to produce gridded
aboveground biomass (AGB) predictions that are poised to expand our understanding of …

Remote sensing (RS) facilitates forest inventory across a wide range of variables required
by the UNFCCC as well as by other agreements and processes. The Conventional model …