Global Change Biology · 1997 · 323 citations · 9 references
AgricultureEarth SciencesSoil SciencesSoil BiogeochemistrySoil Organic MatterSoil ScienceCarbon SequestrationOrganic Matter AccumulationSoil Nutrient CyclingSoil Organic Matter ChemistrySoil Organic Matter FractionsSoil Organic Matter QualityGaseous EmissionsGlobal Environmental ChangeSoil Carbon StocksSoil Gaseous Exchange RatesSoil Organic CarbonSoil Organic Carbon PoolsSoil Organic Carbon QualityWorld Reference Base For Soil Resources
Soil organic matter is a key component of terrestrial ecosystems, influencing nutrient cycling, gaseous emissions, and overall ecosystem processes, and its variation is critical for agricultural sustainability and global environmental change. The study reviews strategies for long‑lasting carbon sequestration in soils via land and water management and emphasizes the need for an up‑to‑date soil database and global monitoring system to track changes in organic matter over time. The authors review management practices of land and water resources that could enhance long‑lasting soil carbon sequestration. Recent global data show substantial organic carbon and nitrogen reserves in subtropical and tropical soils.
Soil organic matter is a key component of all terrestrial ecosystems, and any variation in its composition and abundance has important effects on many of the processes that occur within the system. The role of soil organic matter in soil nutrient cycling and soil gaseous emissions is discussed in the context of agricultural sustainability and global environmental change. Recent data on organic carbon and nitrogen reserves in the soils of the world are presented, with special reference to the subtropical and tropical regions. Possibilities for long‐lasting, enhanced sequestration of carbon in the soil through management of the land and water resources are reviewed. Finally, the need is stressed for an up‐to‐date database on soil resources and for a global monitoring system in order to permit the study of changes in soil organic matter quantity and quality over time, as determined by changes in land‐use and climate.
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M. Schnitzer, Shahamat U. Khan · 1978 · 1.8K citations
Terrestrial ecosystems and the carbon cycle
David Schimel · Global Change Biology · 1995 · 1.6K citations
Natural Sciences, Earth Sciences, Environmental Sciences +17
Organic Carbon in Soils of the World
H. Eswaran, Evert van den Berg, Paul F. Reich · Soil Science Society of America Journal · 1993 · 1.5K citations
CHANGES IN SOIL CARBON STORAGE AFTER CULTIVATION
L.K. Mann · Soil Science · 1986 · 685 citations
The Soil under Shifting Cultivation
P. H. NYE, D. J. Greenland · Soil Science · 1961 · 474 citations