Embedding complex hydrology in the climate system - Towards fully coupled climate-hydrology models

Michael Butts; Søren H. Rasmussen; Marc Ridler; Morten A D Larsen; Martin Drews; Sara Lerer; Jesper Overgaard; Jesper Grooss; Dan Rosbjerg; Jens H. Christensen; Jens C. Refsgaard

Embedding complex hydrology in the climate system - Towards fully coupled climate-hydrology models

Michael Butts, Søren H. Rasmussen, Marc Ridler, Morten A D Larsen, Martin Drews, Sara Lerer, Jesper Overgaard, Jesper Grooss, Dan Rosbjerg, Jens H. Christensen, Jens C. Refsgaard

1 Citationer (Scopus)

Abstract

Motivated by the need to develop better tools to understand the impact of future management and climate change on water resources, we present a set of studies with the overall aim of developing a fully dynamic coupling between a comprehensive hydrological model, MIKE SHE, and a regional climate model, HIRHAM. The physics of the coupling is formulated using an energy-based SVAT (land surface) model while the numerical coupling exploits the OpenMI modelling interface. First, some investigations of the applicability of the SVAT model are presented, including our ability to characterise distributed parameters using satellite remote sensing. Secondly, field data are used to investigate the effects of model resolution and parameter scales for use in a coupled model. Finally, the development of the fully coupled climate-hydrology model is described and some of the challenges associated with coupling models for hydrological processes on sub-grid scales of the regional climate model are presented.

Originalsprog	Engelsk
Titel	Climate and Land Surface Changes in Hydrology - Proceedings of Symposium H01
Antal sider	7
Vol/bind	359
Udgivelsessted	Gothenburg, Sweden
Forlag	IAHS Press
Publikationsdato	1 jan. 2013
Sider	133-139
ISBN (Trykt)	9781907161377
Status	Udgivet - 1 jan. 2013
Begivenhed	2013 International Association of Hydrological Sciences (IAHS) Symposium on Climate and Land Surface Changes in Hydrology - Gothenburg, Sverige Varighed: 22 jul. 2013 → 26 jul. 2013

Konference

Konference	2013 International Association of Hydrological Sciences (IAHS) Symposium on Climate and Land Surface Changes in Hydrology
Land/Område	Sverige
By	Gothenburg
Periode	22/07/2013 → 26/07/2013
Sponsor	(GLASS) of the Global Energy and, Global Land/Atmosphere System Study, IAHS Int. Comm. on Coupled Land-Atmosphere Systems (ICCLAS), Remote Sensing (ICRS) and Surface Water (ICSW), Water Exchanges Project (GEWEX)

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Butts, M., Rasmussen, S. H., Ridler, M., Larsen, M. A. D., Drews, M., Lerer, S., Overgaard, J., Grooss, J., Rosbjerg, D., Christensen, J. H., & Refsgaard, J. C. (2013). Embedding complex hydrology in the climate system - Towards fully coupled climate-hydrology models. I Climate and Land Surface Changes in Hydrology - Proceedings of Symposium H01 (Bind 359, s. 133-139). IAHS Press.

Embedding complex hydrology in the climate system - Towards fully coupled climate-hydrology models. / Butts, Michael; Rasmussen, Søren H.; Ridler, Marc et al.

Climate and Land Surface Changes in Hydrology - Proceedings of Symposium H01. Bind 359 Gothenburg, Sweden : IAHS Press, 2013. s. 133-139.

Publikation: Bidrag til bog/antologi/rapport › Konferencebidrag i proceedings › Forskning › peer review

Butts, M, Rasmussen, SH, Ridler, M, Larsen, MAD, Drews, M, Lerer, S, Overgaard, J, Grooss, J, Rosbjerg, D, Christensen, JH & Refsgaard, JC 2013, Embedding complex hydrology in the climate system - Towards fully coupled climate-hydrology models. i Climate and Land Surface Changes in Hydrology - Proceedings of Symposium H01. bind 359, IAHS Press, Gothenburg, Sweden, s. 133-139, 2013 International Association of Hydrological Sciences (IAHS) Symposium on Climate and Land Surface Changes in Hydrology, Gothenburg, Sverige, 22/07/2013.

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title = "Embedding complex hydrology in the climate system - Towards fully coupled climate-hydrology models",

abstract = "Motivated by the need to develop better tools to understand the impact of future management and climate change on water resources, we present a set of studies with the overall aim of developing a fully dynamic coupling between a comprehensive hydrological model, MIKE SHE, and a regional climate model, HIRHAM. The physics of the coupling is formulated using an energy-based SVAT (land surface) model while the numerical coupling exploits the OpenMI modelling interface. First, some investigations of the applicability of the SVAT model are presented, including our ability to characterise distributed parameters using satellite remote sensing. Secondly, field data are used to investigate the effects of model resolution and parameter scales for use in a coupled model. Finally, the development of the fully coupled climate-hydrology model is described and some of the challenges associated with coupling models for hydrological processes on sub-grid scales of the regional climate model are presented.",

keywords = "Atmospheric feedbacks, Climate change, Coupling, HIRHAM, Hydrological modelling, Land surface modelling, MIKE SHE, Remote sensing, SVAT",

author = "Michael Butts and Rasmussen, {S{\o}ren H.} and Marc Ridler and Larsen, {Morten A D} and Martin Drews and Sara Lerer and Jesper Overgaard and Jesper Grooss and Dan Rosbjerg and Christensen, {Jens H.} and Refsgaard, {Jens C.}",

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AU - Butts, Michael

AU - Rasmussen, Søren H.

AU - Ridler, Marc

AU - Larsen, Morten A D

AU - Drews, Martin

AU - Lerer, Sara

AU - Overgaard, Jesper

AU - Grooss, Jesper

AU - Rosbjerg, Dan

AU - Christensen, Jens H.

AU - Refsgaard, Jens C.

PY - 2013/1/1

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N2 - Motivated by the need to develop better tools to understand the impact of future management and climate change on water resources, we present a set of studies with the overall aim of developing a fully dynamic coupling between a comprehensive hydrological model, MIKE SHE, and a regional climate model, HIRHAM. The physics of the coupling is formulated using an energy-based SVAT (land surface) model while the numerical coupling exploits the OpenMI modelling interface. First, some investigations of the applicability of the SVAT model are presented, including our ability to characterise distributed parameters using satellite remote sensing. Secondly, field data are used to investigate the effects of model resolution and parameter scales for use in a coupled model. Finally, the development of the fully coupled climate-hydrology model is described and some of the challenges associated with coupling models for hydrological processes on sub-grid scales of the regional climate model are presented.

AB - Motivated by the need to develop better tools to understand the impact of future management and climate change on water resources, we present a set of studies with the overall aim of developing a fully dynamic coupling between a comprehensive hydrological model, MIKE SHE, and a regional climate model, HIRHAM. The physics of the coupling is formulated using an energy-based SVAT (land surface) model while the numerical coupling exploits the OpenMI modelling interface. First, some investigations of the applicability of the SVAT model are presented, including our ability to characterise distributed parameters using satellite remote sensing. Secondly, field data are used to investigate the effects of model resolution and parameter scales for use in a coupled model. Finally, the development of the fully coupled climate-hydrology model is described and some of the challenges associated with coupling models for hydrological processes on sub-grid scales of the regional climate model are presented.

KW - Atmospheric feedbacks

KW - Climate change

KW - Coupling

KW - HIRHAM

KW - Hydrological modelling

KW - Land surface modelling

KW - MIKE SHE

KW - Remote sensing

KW - SVAT

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M3 - Article in proceedings

AN - SCOPUS:84901349792

SN - 9781907161377

VL - 359

SP - 133

EP - 139

BT - Climate and Land Surface Changes in Hydrology - Proceedings of Symposium H01

PB - IAHS Press

CY - Gothenburg, Sweden

T2 - 2013 International Association of Hydrological Sciences (IAHS) Symposium on Climate and Land Surface Changes in Hydrology

Y2 - 22 July 2013 through 26 July 2013

ER -

Embedding complex hydrology in the climate system - Towards fully coupled climate-hydrology models

Abstract

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