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Science / RTTOV / MODTRAN / Advanced Very High Resolution Radiometer / EVI / Atmospheric radiative transfer codes / Atmospheric sciences / Meteorology


A comparison of MODTRAN and RTTOV radiative transfer models for lake surface water temperature retrieval Master’s Thesis Faculty of Science
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Document Date: 2012-10-10 08:35:56

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File Size: 3,73 MB

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City

Geneva / Lake Constance / /

Company

Remote Sensing Research Group / /

Event

Environmental Issue / /

Facility

University of Bern / Dr. Michael Riffler Institute of Geography / Science University of Bern / Dr. Stefan Wunderle Institute of Geography / /

IndustryTerm

The study site / satellite data / data processing / surface water temperature algorithms / long-time series satellite observations / satellite-averaged root mean square errors / retrieval algorithm / satellite observations / satellite remote sensing / reference algorithm / /

NaturalFeature

lake Lake Constance / Swiss lakes / lake Geneva / Abstract Lake / lake Constance / lake Lake Geneva / /

Organization

Stefan Wunderle Institute of Geography / Geography and Oeschger Centre / Michael Riffler Institute of Geography / French and Austrian administration / Science University of Bern / National Oceanic and Atmospheric Administration / European Center for Medium-Range Weather Forecasts / Master’s Thesis Faculty / Geography and Oeschger Centre for Climate Change Research / University of Bern / /

Person

Sebastian Schulze / Moritz / Christoph Neuhaus / Fabia Hüsler / Fabienne / Stephan / Michael Riffler / Stefan Wunderle / Ralph / Philip / Stefan Muthers / Marco / /

Position

Supervisor / Advisor / advisor / editor / /

Technology

Remote sensing / surface water temperature algorithms / RTTOV algorithm / LSWT retrieval algorithm / MODTRAN algorithm / reference algorithm / /

SocialTag