Highlights: The findings of this study revealed that depletion of top soil Po under all of the three tree species over 10 years following afforestation of grassland had a rapid and major impact on soil properties and processes mainly attributed to enhanced mineralisation of readily extractable organic P. The apparent net reduction in topsoil total P can be attributed to a combination of factors including cessation of grazing, decomposition of pasture residues, tree uptake, changes in organic matter and nutrient returns to soil under trees compared with grassland, and direct impacts of changes in the nature, distribution and activities of tree root systems compared with grassland. These findings confirm that afforestation of grassland has a ...
© 2018 Elsevier Masson SAS Land-use change from forest to agriculture, which is driven by the demand...
Reforestation of agricultural land in many European countries has progressed more slowly than antici...
To test how soil nitrogen (N) and phosphorus (P) limit plant growth along a soil fertility gradient,...
Previous studies have revealed that significant changes in soil phosphorus (P) occurred as a consequ...
Large scale afforestation of grasslands has occurred in New Zealand. Detailed investigation of chang...
Highlights: The findings of this study revealed that depletion of top soil Po under all of the three...
Continued expansion of plantation forestry in New Zealand is expected to alter soil chemical, bioche...
Phosphorus (P) is an essential element for all living organisms and the productivity of natural and ...
Silvopastoral systems comprise part of the continued expansion of conifer plantings on grassland in ...
While grassland afforestation can enhance the net mineralization of soil organic phosphorus (P), the...
We investigated how multiple-crop forestry has influenced the magnitude and variability of soil and ...
Topsoils under planted conifer forests in the Canterbury high country have high levels of 0.5 MH2S04...
The objective of this research project was to determine the effect of afforestation with Douglas fir...
We aim to understand the impact of ecological restoration on soil biogeochemistry, and the interrela...
Background and aims: We hypothesized that successful early ecosystem and soil development in these P...
© 2018 Elsevier Masson SAS Land-use change from forest to agriculture, which is driven by the demand...
Reforestation of agricultural land in many European countries has progressed more slowly than antici...
To test how soil nitrogen (N) and phosphorus (P) limit plant growth along a soil fertility gradient,...
Previous studies have revealed that significant changes in soil phosphorus (P) occurred as a consequ...
Large scale afforestation of grasslands has occurred in New Zealand. Detailed investigation of chang...
Highlights: The findings of this study revealed that depletion of top soil Po under all of the three...
Continued expansion of plantation forestry in New Zealand is expected to alter soil chemical, bioche...
Phosphorus (P) is an essential element for all living organisms and the productivity of natural and ...
Silvopastoral systems comprise part of the continued expansion of conifer plantings on grassland in ...
While grassland afforestation can enhance the net mineralization of soil organic phosphorus (P), the...
We investigated how multiple-crop forestry has influenced the magnitude and variability of soil and ...
Topsoils under planted conifer forests in the Canterbury high country have high levels of 0.5 MH2S04...
The objective of this research project was to determine the effect of afforestation with Douglas fir...
We aim to understand the impact of ecological restoration on soil biogeochemistry, and the interrela...
Background and aims: We hypothesized that successful early ecosystem and soil development in these P...
© 2018 Elsevier Masson SAS Land-use change from forest to agriculture, which is driven by the demand...
Reforestation of agricultural land in many European countries has progressed more slowly than antici...
To test how soil nitrogen (N) and phosphorus (P) limit plant growth along a soil fertility gradient,...