A method is presented to simulate nitrogen (N) critical load values per vegetation type in the Netherlands following the method outlined in Chap. 3 and to integrate these simulated critical loads with empirical values to unique values per habitat type as defined in the European Habitats Directive. In this way critical loads are generated that (a) can be used as local deposition targets to comply with the Habitats Directive, and (b) have a broad international support
Acidification, eutrophication and desiccation are the most important threats to (semi-)natural ecosy...
Members of the UK Critical Loads Advisory Group (CLAG) have calculated critical loads for nutrient n...
Verzuring, vermesting en verdroging behoren tot de belangrijke bedreigingen van de natuurlijke en ha...
A method is presented to simulate nitrogen (N) critical load values per vegetation type in the Nethe...
In this report an overview of unique critical load values for nitrogen deposition is presented for t...
In this report an overview of unique critical load values for nitrogen deposition is presented for t...
This paper describes a new method to derive nitrogen critical loads for vegetation, and its applicat...
This paper describes a new method to derive nitrogen critical loads for vegetation, and its applicat...
An iterative search procedure was used to 'invert' the soil chemical model SMART2. This 'inverted' f...
An iterative search procedure was used to 'invert' the soil chemical model SMART2. This 'inverted' f...
This chapter reports the findings of a Working Group to review the critical loads (CLs) and levels a...
This chapter reports the findings of a Working Group to review the critical loads (CLs) and levels a...
The effects of an excess input of nitrogen on terrestrial ecosystems may include changes in vegetati...
The effects of an excess input of nitrogen on terrestrial ecosystems may include changes in vegetati...
An iterative search procedure was used to 'invert' the soil chemical model SMART2. This 'inverted' f...
Acidification, eutrophication and desiccation are the most important threats to (semi-)natural ecosy...
Members of the UK Critical Loads Advisory Group (CLAG) have calculated critical loads for nutrient n...
Verzuring, vermesting en verdroging behoren tot de belangrijke bedreigingen van de natuurlijke en ha...
A method is presented to simulate nitrogen (N) critical load values per vegetation type in the Nethe...
In this report an overview of unique critical load values for nitrogen deposition is presented for t...
In this report an overview of unique critical load values for nitrogen deposition is presented for t...
This paper describes a new method to derive nitrogen critical loads for vegetation, and its applicat...
This paper describes a new method to derive nitrogen critical loads for vegetation, and its applicat...
An iterative search procedure was used to 'invert' the soil chemical model SMART2. This 'inverted' f...
An iterative search procedure was used to 'invert' the soil chemical model SMART2. This 'inverted' f...
This chapter reports the findings of a Working Group to review the critical loads (CLs) and levels a...
This chapter reports the findings of a Working Group to review the critical loads (CLs) and levels a...
The effects of an excess input of nitrogen on terrestrial ecosystems may include changes in vegetati...
The effects of an excess input of nitrogen on terrestrial ecosystems may include changes in vegetati...
An iterative search procedure was used to 'invert' the soil chemical model SMART2. This 'inverted' f...
Acidification, eutrophication and desiccation are the most important threats to (semi-)natural ecosy...
Members of the UK Critical Loads Advisory Group (CLAG) have calculated critical loads for nutrient n...
Verzuring, vermesting en verdroging behoren tot de belangrijke bedreigingen van de natuurlijke en ha...