- Boegh, Eva (Project Coordinator)
- Dellwik, Ebba, Risø-DTU, Denmark (Project participant)
- Hasager, Charlotte, Risø-DTU, Denmark (Project participant)
- Hahmann, Andrea, Risø-DTU, Denmark (Project participant)
- Rosbjerg, Dan, DTU-Environment, Denmark (Project participant)
- Refslund Nielsen, Joakim, Risø-DTU, Denmark (Project participant)
- Karthikeyan, Matheswaran (Project participant)
In order to predict future freshwater availability and the vulnerability of ecosystems and society to floods and droughts, hydrological model tools are needed that are capable of accurately representing climate, land use and land cover at different spatial scales. The purpose of the current project is to develop model tools capable of quantifying the relative effects of site-specific land use change and climate variability at different scales.
| Status | Current |
|---|---|
| Period | 01-02-09 → 01-07-12 |
| URL | http://www.upscalehydrology.ruc.dk |
| Financing source | Public research council |
|---|---|
| Research programme | Forskningsrådet for Teknologi og Produktion |
| Approval year | 2009 |
Keywords
- Satellite data, land use, water resources, distributed temperature sensing, hydrological modelling
Publications
Characterizing surface water - groundwater interactions of Danish lowland stream using distributed temperature sensing
Publication: Research › Conference abstract for conference
Distributed Temperature Sensing (DTS) : A new tool to study catchment hydrologic responses in small streams
Publication: Research › Conference abstract for conference
Investigating the effect of surface water - groundwater interactions on stream temperature using Distributed temperature sensing and instream temperature model
Publication: Research › Conference abstract for conference
Modelling climate change impacts on stream habitat conditions
Publication: Research › Conference abstract for conference
Combining hydrograph analysis and distributed temperature sensing to assess climate and groundwater impacs on stream habitat conditions
Publication: Research › Conference abstract for conference
Reach scale Distributed Temperature Sensing (DTS) and instream temperature modelling of a Danish experimental river basin in Sjælland, Denmark
Publication: Research › Conference abstract for conference
ID: 3405107