Prediction of climatic impacts on pesticide leaching to the aquatic environments: Evaluation of direct and indirect (crop rotations, crop management, and pesticide use) climate change effects of pesticide leaching in a regulatory perspective for two Danish cases

H.J. Henriksen; A. Rosenbom; P. van der Keur; J.E. Olesen; L.J. Jørgensen; J. Kjær; T. Sonnenborg; O.B. Christensen

Prediction of climatic impacts on pesticide leaching to the aquatic environments: Evaluation of direct and indirect (crop rotations, crop management, and pesticide use) climate change effects of pesticide leaching in a regulatory perspective for two Danish cases

H.J. Henriksen, A. Rosenbom, P. van der Keur, J.E. Olesen, L.J. Jørgensen, J. Kjær, T. Sonnenborg, O.B. Christensen

Research output: Book/Report › Report (publicly available)

Abstract

The present report describes the work carried out in the PRECIOUS project.

Pesticide use under future climate depends on crop choice, crop rotations, timing of crop production, and occurrence of problematic weeds, pests and diseases. Here, crop choice and rotations are defined for current and future (until 2050) climate conditions for two different farm types: dairy farms and for arable/pig production farms. The crop rotations were defined for sandy and loamy soils respectively based on current crop statistics for two catchments in Denmark. The changes in crop choice, crop management and pesticide use under climate change for 2050 were based on expert judgement from experience from a study tour to Germany and France and from literature on climate change impacts on agriculture. Technological changes in crop and crop management are not included in the scenarios.

Original language	English
Place of Publication	København
Publisher	Miljøstyrelsen
Number of pages	166
ISBN (Print)	978-87-92903-23-5
Publication status	Published - 4 Apr 2013

Publication series

Series	Pesticide Research
Number	143
Volume	2013

Programme Area

Programme Area 2: Water Resources

Access to Document

https://mst.dk/service/publikationer/publikationsarkiv/2013/apr/prediction-of-climatic-impacts-on-pesticide-leaching-to-the-aquatic-environments/Licence: Unspecified

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Henriksen, H. J., Rosenbom, A., van der Keur, P., Olesen, J. E., Jørgensen, L. J., Kjær, J., Sonnenborg, T., & Christensen, O. B. (2013). Prediction of climatic impacts on pesticide leaching to the aquatic environments: Evaluation of direct and indirect (crop rotations, crop management, and pesticide use) climate change effects of pesticide leaching in a regulatory perspective for two Danish cases. Miljøstyrelsen. Pesticide Research Vol. 2013 No. 143 https://mst.dk/service/publikationer/publikationsarkiv/2013/apr/prediction-of-climatic-impacts-on-pesticide-leaching-to-the-aquatic-environments/

Henriksen, H.J. ; Rosenbom, A. ; van der Keur, P. et al. / Prediction of climatic impacts on pesticide leaching to the aquatic environments : Evaluation of direct and indirect (crop rotations, crop management, and pesticide use) climate change effects of pesticide leaching in a regulatory perspective for two Danish cases. København : Miljøstyrelsen, 2013. 166 p. (Pesticide Research; No. 143, Vol. 2013).

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abstract = "The present report describes the work carried out in the PRECIOUS project.Pesticide use under future climate depends on crop choice, crop rotations, timing of crop production, and occurrence of problematic weeds, pests and diseases. Here, crop choice and rotations are defined for current and future (until 2050) climate conditions for two different farm types: dairy farms and for arable/pig production farms. The crop rotations were defined for sandy and loamy soils respectively based on current crop statistics for two catchments in Denmark. The changes in crop choice, crop management and pesticide use under climate change for 2050 were based on expert judgement from experience from a study tour to Germany and France and from literature on climate change impacts on agriculture. Technological changes in crop and crop management are not included in the scenarios.",

author = "H.J. Henriksen and A. Rosenbom and {van der Keur}, P. and J.E. Olesen and L.J. J{\o}rgensen and J. Kj{\ae}r and T. Sonnenborg and O.B. Christensen",

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Henriksen, HJ, Rosenbom, A, van der Keur, P, Olesen, JE, Jørgensen, LJ, Kjær, J, Sonnenborg, T & Christensen, OB 2013, Prediction of climatic impacts on pesticide leaching to the aquatic environments: Evaluation of direct and indirect (crop rotations, crop management, and pesticide use) climate change effects of pesticide leaching in a regulatory perspective for two Danish cases. Pesticide Research, no. 143, vol. 2013, Miljøstyrelsen, København. <https://mst.dk/service/publikationer/publikationsarkiv/2013/apr/prediction-of-climatic-impacts-on-pesticide-leaching-to-the-aquatic-environments/>

Prediction of climatic impacts on pesticide leaching to the aquatic environments: Evaluation of direct and indirect (crop rotations, crop management, and pesticide use) climate change effects of pesticide leaching in a regulatory perspective for two Danish cases. / Henriksen, H.J.; Rosenbom, A.; van der Keur, P. et al.
København: Miljøstyrelsen, 2013. 166 p. (Pesticide Research; No. 143, Vol. 2013).

Research output: Book/Report › Report (publicly available)

TY - BOOK

T1 - Prediction of climatic impacts on pesticide leaching to the aquatic environments

T2 - Evaluation of direct and indirect (crop rotations, crop management, and pesticide use) climate change effects of pesticide leaching in a regulatory perspective for two Danish cases

AU - Henriksen, H.J.

AU - Rosenbom, A.

AU - van der Keur, P.

AU - Olesen, J.E.

AU - Jørgensen, L.J.

AU - Kjær, J.

AU - Sonnenborg, T.

AU - Christensen, O.B.

PY - 2013/4/4

Y1 - 2013/4/4

N2 - The present report describes the work carried out in the PRECIOUS project.Pesticide use under future climate depends on crop choice, crop rotations, timing of crop production, and occurrence of problematic weeds, pests and diseases. Here, crop choice and rotations are defined for current and future (until 2050) climate conditions for two different farm types: dairy farms and for arable/pig production farms. The crop rotations were defined for sandy and loamy soils respectively based on current crop statistics for two catchments in Denmark. The changes in crop choice, crop management and pesticide use under climate change for 2050 were based on expert judgement from experience from a study tour to Germany and France and from literature on climate change impacts on agriculture. Technological changes in crop and crop management are not included in the scenarios.

AB - The present report describes the work carried out in the PRECIOUS project.Pesticide use under future climate depends on crop choice, crop rotations, timing of crop production, and occurrence of problematic weeds, pests and diseases. Here, crop choice and rotations are defined for current and future (until 2050) climate conditions for two different farm types: dairy farms and for arable/pig production farms. The crop rotations were defined for sandy and loamy soils respectively based on current crop statistics for two catchments in Denmark. The changes in crop choice, crop management and pesticide use under climate change for 2050 were based on expert judgement from experience from a study tour to Germany and France and from literature on climate change impacts on agriculture. Technological changes in crop and crop management are not included in the scenarios.

M3 - Report (publicly available)

SN - 978-87-92903-23-5

T3 - Pesticide Research

BT - Prediction of climatic impacts on pesticide leaching to the aquatic environments

PB - Miljøstyrelsen

CY - København

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Henriksen HJ, Rosenbom A, van der Keur P, Olesen JE, Jørgensen LJ, Kjær J et al. Prediction of climatic impacts on pesticide leaching to the aquatic environments: Evaluation of direct and indirect (crop rotations, crop management, and pesticide use) climate change effects of pesticide leaching in a regulatory perspective for two Danish cases. København: Miljøstyrelsen, 2013. 166 p. (Pesticide Research; No. 143, Vol. 2013).