Add to ORKGSoil fertility and agricultural system sustainability depend upon soil organic matter (SOM), particularly in the tropics, because of highly weathered soils and low fertiliser inputs. Because of the beneficial effects of SOM on chemical, physical, and biological soil properties, Greenland (1994) suggested that SOM is an indicator of agro-ecosystem sustainability. Pasture management may affect SOM by altering the production/decomposition ratio of residues (Johnson, 1995). The objective of this study was to characterise the SOM of Pensacola bahiagrass pastures grazed for four years at a range of management intensities
Increased soil organic matter (SOM) improves the cation exchange capacity of tropical weathered soil...
Combining integrated crop-livestock systems under no-till management may improve soil organic matter...
Overseeding legumes in natural grasslands coupled with phosphorous fertilization are management prac...
Soil fertility and agricultural system sustainability depend upon soil organic matter (SOM), particu...
Key points 1. Legume/grass pastures retain feedbacks on N supply that may help to reduce losses of N...
Elevating soil organic matter (SOM) levels through changes in grassland management may contribute to...
It has been well known that higher plant density provides more effective protection for soils. Howev...
Global soils are under increasing pressure from a range of drivers including intensive agriculture, ...
International audienceGrassland introduction into intensively managed agricultural landscapes may en...
Grassland degradation is a worldwide problem that often leads to substantial loss of soil organic ma...
Soil organic matter pools under contrasting long-term management systems provide insight into potent...
Conversion of arable land (maize) to pasture will affect the soil organic matter (SOM) content. Chan...
The natural spatial variability in soil organic carbon (SOC) found under perennial pasture systems c...
Soil organic matter (SOM) is recognized as an important characteristic of sustainable agricultural s...
In the short-term mixed cropping farming system, commonly used on the Canterbury Plains region of Ne...
Increased soil organic matter (SOM) improves the cation exchange capacity of tropical weathered soil...
Combining integrated crop-livestock systems under no-till management may improve soil organic matter...
Overseeding legumes in natural grasslands coupled with phosphorous fertilization are management prac...
Soil fertility and agricultural system sustainability depend upon soil organic matter (SOM), particu...
Key points 1. Legume/grass pastures retain feedbacks on N supply that may help to reduce losses of N...
Elevating soil organic matter (SOM) levels through changes in grassland management may contribute to...
It has been well known that higher plant density provides more effective protection for soils. Howev...
Global soils are under increasing pressure from a range of drivers including intensive agriculture, ...
International audienceGrassland introduction into intensively managed agricultural landscapes may en...
Grassland degradation is a worldwide problem that often leads to substantial loss of soil organic ma...
Soil organic matter pools under contrasting long-term management systems provide insight into potent...
Conversion of arable land (maize) to pasture will affect the soil organic matter (SOM) content. Chan...
The natural spatial variability in soil organic carbon (SOC) found under perennial pasture systems c...
Soil organic matter (SOM) is recognized as an important characteristic of sustainable agricultural s...
In the short-term mixed cropping farming system, commonly used on the Canterbury Plains region of Ne...
Increased soil organic matter (SOM) improves the cation exchange capacity of tropical weathered soil...
Combining integrated crop-livestock systems under no-till management may improve soil organic matter...
Overseeding legumes in natural grasslands coupled with phosphorous fertilization are management prac...