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Dr Nick Rutter

Associate Professor

Department: Geography and Environmental Sciences

I am interested in the hydrology of cold environments and how the frozen land surface interacts with the atmosphere. Most of my current research focuses on making improved field measurements of seasonal snow and applying this knowledge in order to better constrain uncertainties in environmental models. Models I work with include catchment scale glacio-hydrological models, snow-forest-atmosphere components of climate models, and radiative transfer models used in microwave remote sensing of snowpacks.

I have extensive experience of making snow measurements in boreal and mid-latitude forests (e.g. Switzerland, Sweden, Finland, Rocky Mountains in Canada and USA), Arctic and sub-Arctic tundra (Alaska, USA, and Manitoba, Canada), sea ice (Canadian high-Arctic), and on Alpine and Polar glaciers (e.g. Switzerland, Svalbard). As many of these environments are rapidly responding to a warming climate, better measurement, modelling and critical evaluation of variations in seasonal snow contribute to improved projections of climate change and our understanding of cold regions hydrology.

Campus Address

A215, Ellison Building
ϲ
Newcastle upon Tyne
NE1 8ST

I am interested in the hydrology of cold environments and how the frozen land surface interacts with the atmosphere. Most of my current research focuses on making improved field measurements of seasonal snow and applying this knowledge in order to better constrain uncertainties in environmental models. Models I work with include catchment scale glacio-hydrological models, snow-forest-atmosphere components of climate models, and radiative transfer models used in microwave remote sensing of snowpacks.

I have extensive experience of making snow measurements in boreal and mid-latitude forests (e.g. Switzerland, Sweden, Finland, Rocky Mountains in Canada and USA), Arctic and sub-Arctic tundra (Alaska, USA, and Manitoba, Canada), sea ice (Canadian high-Arctic), and on Alpine and Polar glaciers (e.g. Switzerland, Svalbard). As many of these environments are rapidly responding to a warming climate, better measurement, modelling and critical evaluation of variations in seasonal snow contribute to improved projections of climate change and our understanding of cold regions hydrology.

  • Georgina Woolley Measurement and modelling of Arctic snow across the forest-tundra ecotone Start Date: 01/10/2021
  • Johanna Malle Wintertime land surface albedo of forested environments Start Date: 01/10/2017 End Date: 21/01/2021
  • Victoria Dutch Seasonal snow and wintertime carbon emissions in Arctic shrub tundra Start Date: 01/10/2019 End Date: 26/05/2023
  • Gabriel Hould Gosselin Measurement and modelling of carbon emissions in snow-covered Arctic tundra and taiga biomes Start Date: 01/10/2023
  • Jonathan Rutherford Simulating Carbon Emissions Across the Arctic Boreal-Tundra Ecotone Start Date: 01/10/2022
  • Amy Clark Forest disturbance effects on snow hydrology in an operational runoff forecast model Start Date: 01/10/2023
  • Thomas Watts Influence of Stratigraphy and Heterogeneity on Simulated Microwave Brightness Temperatures of Shallow Snowpacks Start Date: 01/02/2011 End Date: 12/11/2015
  • Clare Webster Measurement and modelling of sub-canopy radiation to seasonal snow in alpine forests Start Date: 01/12/2013 End Date: 20/04/2017
  • Markus Todt Impact of longwave enhancement by forests on snow cover in a global climate model Start Date: 01/02/2016 End Date: 10/05/2019

Geography DPhil June 30 2002


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