Add to ORKGThe effects of higher root depth and root density of ryegrass on its N and P uptake were investigated in a pot experiment
Growing evidence has emerged that cover crops may be able to improve phosphorus (P) cycling and cont...
The effects of different bacterial fertilizers and their combinations with NPK fertilizer and wheat ...
Although grasses have dense rooting systems, nutrient uptake and productivity can be increased, and ...
Het effect van een diepere en dichtere beworteling van gras op de N- en P-opname werd onderzocht in ...
The effects of soil bulk density (ρ) and water content on root extension, phosphorus (P) uptake and ...
A pot experiment was made to test the effects of various experimental techniques on yield and nutrie...
The morphology and architecture of roots affect plant nutrient uptake. The objective of this study w...
The morphology and architecture of roots affect plant nutrient uptake. The objective of this study w...
In many EU countries fertilisation of grassland with nitrogen (N) and phosphorus (P) is limited by l...
In many EU countries fertilisation of grassland with nitrogen (N) and phosphorus (P) is limited by l...
Increased N deposition may change species composition in grassland communities by shifting them to P...
Increased N deposition may change species composition in grassland communities by shifting them to P...
Increased N deposition may change species composition in grassland communities by shifting them to P...
The effect of different levels of applied nitrogen (N) (ranging from 120-720kg N ha-1 a-1) on the ro...
Increased N deposition may change species composition in grassland communities by shifting them to P...
Growing evidence has emerged that cover crops may be able to improve phosphorus (P) cycling and cont...
The effects of different bacterial fertilizers and their combinations with NPK fertilizer and wheat ...
Although grasses have dense rooting systems, nutrient uptake and productivity can be increased, and ...
Het effect van een diepere en dichtere beworteling van gras op de N- en P-opname werd onderzocht in ...
The effects of soil bulk density (ρ) and water content on root extension, phosphorus (P) uptake and ...
A pot experiment was made to test the effects of various experimental techniques on yield and nutrie...
The morphology and architecture of roots affect plant nutrient uptake. The objective of this study w...
The morphology and architecture of roots affect plant nutrient uptake. The objective of this study w...
In many EU countries fertilisation of grassland with nitrogen (N) and phosphorus (P) is limited by l...
In many EU countries fertilisation of grassland with nitrogen (N) and phosphorus (P) is limited by l...
Increased N deposition may change species composition in grassland communities by shifting them to P...
Increased N deposition may change species composition in grassland communities by shifting them to P...
Increased N deposition may change species composition in grassland communities by shifting them to P...
The effect of different levels of applied nitrogen (N) (ranging from 120-720kg N ha-1 a-1) on the ro...
Increased N deposition may change species composition in grassland communities by shifting them to P...
Growing evidence has emerged that cover crops may be able to improve phosphorus (P) cycling and cont...
The effects of different bacterial fertilizers and their combinations with NPK fertilizer and wheat ...
Although grasses have dense rooting systems, nutrient uptake and productivity can be increased, and ...