Soil erodibility and organic carbon dynamics relation to landuse and soil type in submontane Punjab
Bhowmik, Arnab
Soil erodibility and organic carbon dynamics relation to landuse and soil type in submontane Punjab - Soil Science - Ludhiana PAU 2012 - 29cm, ; 109
Soil can act as a sink or source of atmospheric carbon dioxide in the form of soil organic carbon (SOC) and thus it is of paramount importance to understand the dynamics of SOC and aggregate stability in the terrestrial ecosystem. A study was conducted in
SOIL AGGREGATION
HOT WATER PARTICULATE ORGANIC CARBON 1.SOIL EROSIO SOC FRACTIONS SOIL AGGREGATION SOLUBLE CARBON
T 631.45 B51S
Soil erodibility and organic carbon dynamics relation to landuse and soil type in submontane Punjab - Soil Science - Ludhiana PAU 2012 - 29cm, ; 109
Soil can act as a sink or source of atmospheric carbon dioxide in the form of soil organic carbon (SOC) and thus it is of paramount importance to understand the dynamics of SOC and aggregate stability in the terrestrial ecosystem. A study was conducted in
SOIL AGGREGATION
HOT WATER PARTICULATE ORGANIC CARBON 1.SOIL EROSIO SOC FRACTIONS SOIL AGGREGATION SOLUBLE CARBON
T 631.45 B51S