Spatial modelling integrating agricultural production, costs and hydrology for nitrogen policy assessments - a catchment approach

Research output: Chapter in Book/Report/Conference proceeding › Book chapter › Research

Standard

Spatial modelling integrating agricultural production, costs and hydrology for nitrogen policy assessments - a catchment approach. / Hasler, Berit; Hansen, Line Block; Konrad, Maria Theresia Hedegaard; Andersen, Hans Estrup; Termansen, Mette.

International Nitrogen Initiative Conference - Conference proceedings. 2017.

Research output: Chapter in Book/Report/Conference proceeding › Book chapter › Research

Harvard

Hasler, B, Hansen, LB, Konrad, MTH, Andersen, HE & Termansen, M 2017, Spatial modelling integrating agricultural production, costs and hydrology for nitrogen policy assessments - a catchment approach. in International Nitrogen Initiative Conference - Conference proceedings. International Nitrogen Initiative Conference, Melbourne, Australia, 04/12/2016. <http://www.ini2016.com/pdf-papers/INI2016_Hasler_Berit.pdf>

APA

Hasler, B., Hansen, L. B., Konrad, M. T. H., Andersen, H. E., & Termansen, M. (2017). Spatial modelling integrating agricultural production, costs and hydrology for nitrogen policy assessments - a catchment approach. In International Nitrogen Initiative Conference - Conference proceedings http://www.ini2016.com/pdf-papers/INI2016_Hasler_Berit.pdf

Vancouver

Hasler B, Hansen LB, Konrad MTH, Andersen HE, Termansen M. Spatial modelling integrating agricultural production, costs and hydrology for nitrogen policy assessments - a catchment approach. In International Nitrogen Initiative Conference - Conference proceedings. 2017

Author

Hasler, Berit ; Hansen, Line Block ; Konrad, Maria Theresia Hedegaard ; Andersen, Hans Estrup ; Termansen, Mette. / Spatial modelling integrating agricultural production, costs and hydrology for nitrogen policy assessments - a catchment approach. International Nitrogen Initiative Conference - Conference proceedings. 2017.

Bibtex

@inbook{4adb95550d3a44f0b422d936b455e84b,
title = "Spatial modelling integrating agricultural production, costs and hydrology for nitrogen policy assessments - a catchment approach",
abstract = "Nutrient loads cause eutrophication, and the non-point characteristics of this pollution problem has been studied for decades. Efforts have been made to reduce nutrient loads and eutrophication in Europe, US and elsewhere, but additional actions are required to achieve good water quality aimed for in water quality policies. Spatial data describing the relationships between biophysical andhydrological factors and agricultural production have been used to develop an ecological-economic model of the non-point pollution and the spatial configuration of the costs to reduce the loads. The model has been developed to analyze the cost-effective choice of abatement measures taking the nonpoint and diffuse distribution of the loads of nitrogen to the sea into account. The model is a cost-minimization model at a fine spatial resolution which identifies spatial distributions of the costeffective implementation of abatement measures. The model is developed to analyze and compare the costs and effects of uniform regulation versus spatially differentiated implementation of abatement measures, as well as how model assumptions affect the model solutions. Both types ofanalyses are regarded important for the use of this type of models in policy advise.",
author = "Berit Hasler and Hansen, {Line Block} and Konrad, {Maria Theresia Hedegaard} and Andersen, {Hans Estrup} and Mette Termansen",
year = "2017",
language = "English",
booktitle = "International Nitrogen Initiative Conference - Conference proceedings",
note = "International Nitrogen Initiative Conference : Solutions to improve nitrogen use efficiency for the world ; Conference date: 04-12-2016 Through 08-12-2016",

}

RIS

TY - CHAP

T1 - Spatial modelling integrating agricultural production, costs and hydrology for nitrogen policy assessments - a catchment approach

AU - Hasler, Berit

AU - Hansen, Line Block

AU - Konrad, Maria Theresia Hedegaard

AU - Andersen, Hans Estrup

AU - Termansen, Mette

PY - 2017

Y1 - 2017

N2 - Nutrient loads cause eutrophication, and the non-point characteristics of this pollution problem has been studied for decades. Efforts have been made to reduce nutrient loads and eutrophication in Europe, US and elsewhere, but additional actions are required to achieve good water quality aimed for in water quality policies. Spatial data describing the relationships between biophysical andhydrological factors and agricultural production have been used to develop an ecological-economic model of the non-point pollution and the spatial configuration of the costs to reduce the loads. The model has been developed to analyze the cost-effective choice of abatement measures taking the nonpoint and diffuse distribution of the loads of nitrogen to the sea into account. The model is a cost-minimization model at a fine spatial resolution which identifies spatial distributions of the costeffective implementation of abatement measures. The model is developed to analyze and compare the costs and effects of uniform regulation versus spatially differentiated implementation of abatement measures, as well as how model assumptions affect the model solutions. Both types ofanalyses are regarded important for the use of this type of models in policy advise.

AB - Nutrient loads cause eutrophication, and the non-point characteristics of this pollution problem has been studied for decades. Efforts have been made to reduce nutrient loads and eutrophication in Europe, US and elsewhere, but additional actions are required to achieve good water quality aimed for in water quality policies. Spatial data describing the relationships between biophysical andhydrological factors and agricultural production have been used to develop an ecological-economic model of the non-point pollution and the spatial configuration of the costs to reduce the loads. The model has been developed to analyze the cost-effective choice of abatement measures taking the nonpoint and diffuse distribution of the loads of nitrogen to the sea into account. The model is a cost-minimization model at a fine spatial resolution which identifies spatial distributions of the costeffective implementation of abatement measures. The model is developed to analyze and compare the costs and effects of uniform regulation versus spatially differentiated implementation of abatement measures, as well as how model assumptions affect the model solutions. Both types ofanalyses are regarded important for the use of this type of models in policy advise.

M3 - Book chapter

BT - International Nitrogen Initiative Conference - Conference proceedings

T2 - International Nitrogen Initiative Conference

Y2 - 4 December 2016 through 8 December 2016

ER -

ID: 188783896