Phosphorus leaching from intensive agriculture systems is one of major contributors responsible for pollution of ground-water and surface water bodies. The aim of this study was to determine the content of phosphorus in orchard lawn for reduction of phosphorus fertilizer application and to include the phosphorus from mown grass into P balance and turnover calculation. The investigation was done at the Latvia State Institute of Fruit–Growing in 2009. Three treatments were compared: control, mulch and fertigation. Inter-row strips were covered by grass vegetation. Grass samples were collected at the time of grass mowing. The removal of phosphorus was calculated as kilograms per hectare area. The concentration of phosphorus in the lawn and the...
End of Project ReportThe work described under this project covers field work on phosphorus(P) loss ...
Increasing human population placed stress on the environment, as well as shifting in land use patter...
With the intensification of agricultural production in many European countries, more marginal soils ...
Phosphorus leaching from intensive agriculture systems is one of major contributors responsible for ...
Phosphorus (P) applications at dosages higher than the necessary may cause P buildup in the soil lab...
Effects of three contrasting orchard soil management practices on the soil physical properties, leve...
AbstractPhosphorus (P) is an important nutrient for all plant growth and it has become a critical an...
Phosphorus (P) is an essential element in crop production, but P losses from agricultural soils are ...
Excessive use of manure and fertilisers in western Europe has led to high phosphorus (P) contents in...
Managing phosphorus (P) import and export from pastures is a key issue in global agriculture. Knowle...
© 2018 Elsevier Masson SAS Land-use change from forest to agriculture, which is driven by the demand...
Runoff from pastures and crop production areas contributes phosphorus (P) to surface water. This the...
Fertilizer phosphorus (P) application rate and method are anticipated to have important influences o...
Agriculture contributes a larger percentage of phosphorus (P) to freshwaters eutrophication. Fertili...
The theoretical part of the work is to describe the importance of phosphorus in soils and plants, an...
End of Project ReportThe work described under this project covers field work on phosphorus(P) loss ...
Increasing human population placed stress on the environment, as well as shifting in land use patter...
With the intensification of agricultural production in many European countries, more marginal soils ...
Phosphorus leaching from intensive agriculture systems is one of major contributors responsible for ...
Phosphorus (P) applications at dosages higher than the necessary may cause P buildup in the soil lab...
Effects of three contrasting orchard soil management practices on the soil physical properties, leve...
AbstractPhosphorus (P) is an important nutrient for all plant growth and it has become a critical an...
Phosphorus (P) is an essential element in crop production, but P losses from agricultural soils are ...
Excessive use of manure and fertilisers in western Europe has led to high phosphorus (P) contents in...
Managing phosphorus (P) import and export from pastures is a key issue in global agriculture. Knowle...
© 2018 Elsevier Masson SAS Land-use change from forest to agriculture, which is driven by the demand...
Runoff from pastures and crop production areas contributes phosphorus (P) to surface water. This the...
Fertilizer phosphorus (P) application rate and method are anticipated to have important influences o...
Agriculture contributes a larger percentage of phosphorus (P) to freshwaters eutrophication. Fertili...
The theoretical part of the work is to describe the importance of phosphorus in soils and plants, an...
End of Project ReportThe work described under this project covers field work on phosphorus(P) loss ...
Increasing human population placed stress on the environment, as well as shifting in land use patter...
With the intensification of agricultural production in many European countries, more marginal soils ...