Peatland degradation causes a number of environmental problems ranging from
greenhouse gas (GHG) emissions to subsidence and ecosystem loss. Degraded peatlands …

Natural and semi-natural habitats in agricultural landscapes are likely to come under
increasing pressure with the global population set to exceed 9 billion by 2050. These non …

The EU is committed to quantifying greenhouse gas emissions and removals from land use,
land use change and forestry, including wetlands. Wetlands and peatlands will play a …

A new mixed radiometric normalization (MRN) method is introduced in this paper which
aims to eliminate the radiometric difference in image mosaicking. The radiometric …

The increasing need for high quality Habitat/Land-Cover (H/LC) maps has triggered
considerable research into novel machine-learning based classification models. In many …

Relative radiometric normalization (RRN) minimizes radiometric differences among images
caused by inconsistencies of acquisition conditions rather than changes in surface. Scale …

Detecting fine-scale spatiotemporal land use changes is a prerequisite for understanding
and predicting the effects of urbanization and its related human impacts on the ecosystem …

Spatiotemporal information on historical peatland drainage is needed to relate past land use
to observed changes in catchment hydrology. Comprehensive knowledge of historical …

The applicability of a land surface temperature (LST)-evapotranspiration (ET) regression
model to estimate ET fraction (ETrF) was tested in the temperate maritime climate of Central …

Abstract Amendments to Articles 3.3 and 3.4 of the Kyoto Protocol have meant that detection
of vegetation change may now form an interracial part of national soil carbon stocks. In this …