Soil erosion is generally recognized as the dominant process of land degradation. The
formation and expansion of gullies is often a highly significant process of soil erosion …

Gully erosion is a major driver of elevated sediment yields across many areas of the globe,
and considerable rehabilitation has occurred to reduce the amount of sediment eroded from …

Gully erosion, one of the most damaging forms of land degradation, destroys farmlands and
threatens grain and ecological stability. Approximately 295,000 gullies have formed in the …

This review of soil erosion (SE) studies in Russia focuses on two main tasks:(i) ensuring the
completeness and reliability of SE data in Russia, a large country (17.1 million km 2) with a …

Abstract The European Commission's Thematic Strategy for Soil Protection (COM (2012) 46)
identified soil erosion as an important threat to European Union's (EU) soil resources. Gully …

The development and evolution of gullies on soil‐mantled hillslopes can devastate
agricultural regions and cause widespread soil and landscape degradation. Since 2000 …

Prolonged and intensive agricultural exploitation in the European territory of Russia has
resulted in extensive soil erosion, which has led to anthropogenically induced degradation …

Badlands are considered hotspots of sediment production, contributing to large fractions of
the sediment budget of catchments and river basins. The erosion rates of these areas can …

Gully erosion normally causes land degradation, especially on the Chinese Loess Plateau
(CLP). However, research on gully spatial variations at larger regional scales, particularly …

Evaluation of the vegetation and agricultural-management factor (C-factor) is an important
task, the solution of which affects the correct assessment of the intensity of soil erosion. For …