Accumulation of organic carbon in chernozems (mollisols) under Shelterbelts in Russia and the United States - Chendev, Yu. G; Sauer, T. J; Gennadiev, A. N; Novykh, L. L; Petin, A. N; Petina, V. I; Zazdravnykh, E. A; Burras, C. L (Eurasian soil science, 2015)
Keywords: Accumulation; afforestation; agricultural soils; anthropogenic activities; Biogeochemistry; biomass; Carbon; Carbon content; carbon sequestration; carbon sinks; climate; Climate change; Climatic changes; correlation; Earth and Environmental Science; Earth Sciences; ecosystem services; Genesis and Geography of Soils; Geotechnical Engineering & Applied Earth Sciences; land use; landscapes; Meadows; Mollisols; Organic carbon; Organic matter; planting; Russia; shelterbelts; Soil formation; Soil organic matter; Soil sciences; Soils; South Dakota; Steppes; Topsoil; trees; South Dakota; Russia; USA, South Dakota; INW, Russia; Russia, Kursk; USA, North Dakota; USA, Great Plains; USA, Nebraska; soil organic carbon; forest steppe; agroforest reclamation; northern continents; climate change