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Release date: 08 April 2011 at
9:30am
Theme: Agriculture and Environment | Department: Environment, Food and Rural Affairs | Coverage: UK
Geographic breakdown: Output Area
| Designation: Official Statistics not designated as National Statistics
Summary: Soil nutrient balances provide a method for estimating the annual nutrient loadings of nitrogen and phosphorus to agricultural soils and hence provide an indication of the potential risk associated with losses of nutrients to the environment which can impact on air and water quality and on climate change.
Release date: 28 July 2011 at
9:30am
Theme: Agriculture and Environment | Department: Environment, Food and Rural Affairs | Coverage: UK
Geographic breakdown: Output Area
| Designation: Official Statistics not designated as National Statistics
Summary: Soil nutrient balances provide a method for estimating the annual nutrient loadings of nitrogen and phosphorus to agricultural soils and hence provide an indication of the potential risk associated with losses of nutrients to the environment which can impact on air and water quality and on climate change.
Release date: 24 July 2012 at
9:30am
Theme: Agriculture and Environment | Department: Environment, Food and Rural Affairs | Coverage: UK
Geographic breakdown: Output Area
| Designation: Official Statistics not designated as National Statistics
Summary: Soil nutrient balances provide a method for estimating the annual nutrient loadings of nitrogen and phosphorus to agricultural soils and hence provide an indication of the potential risk associated with losses of nutrients to the environment which can impact on air and water quality and on climate change.
Title:
Soil Nutrient Balances UK - 2012
Provisional release date: July 2013
Theme: Agriculture and Environment | Department: Environment, Food and Rural Affairs | Coverage: UK
Geographic breakdown: Output Area
| Designation: Official Statistics not designated as National Statistics
Summary: Soil nutrient balances provide a method for estimating the annual nutrient loadings of nitrogen and phosphorus to agricultural soils and hence provide an indication of the potential risk associated with losses of nutrients to the environment which can impact on air and water quality and on climate change.