Wie we zijn

Water Insight was founded in 2005 by Steef Peters and Marnix Laanen in order to provide innovative operational tools and services to increase the efficiency and effectiveness of water quality management. Remote sensing studies of surface water conducted by the Institute for Environmental Studies (IVM) of the Vrije Universiteit Amsterdam (VU) have conclusively shown that concentrations of coloured water quality parameters, such as chlorophyll and total suspended matter, can be easily and accurately retrieved from remote sensing data.

Water Insight continues to tap into new markets and explore commercial applications for its unique products and services

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Marnix Laanen holds an MSc in Physical Geography, graduated in 1996. Until 1999 he worked at Fugro Inpark as a Systems Engineer, mostly in web-related projects. From 1999 to 2004 he worked in a PhD position at the Institute of Environmental Studies (Vrije Universiteit Amsterdam). After this, he set up Water Insight together with Steef. In 2007 he completed his dissertation titled "Yellow Matters - Improving the remote sensing of Coloured Dissolved Organic Matter in inland freshwaters". He therefore is an expert in inland water remote sensing, hand-held and laboratory optical measurements (with e.g. a PSICAM) and in characteristics of CDOM. Marnix is working full-time for Water Insight, dividing his time between project work, general management and development a.o. of the WISP-3 and the satellite data processor.
Steef W.M. Peters is hydrologist, who finished his Phd research in 1995 at the Vrije Universiteit, Amsterdam. His dissertation is titled: Energy- and waterbalance modeling of a semi-arid area using remote sensing. Since 1995, Steef is a senior researcher and project leader remote sensing and water quality at the Insitute for Environmental Studies. He was project leader of the EU-FP5 project REVAMP. Since the foundation of Water Insight he works part time on project acquisition, management and implementation. He is a passionated Delphi and Matlab programmer.
Ate Poortinga is a Msc graduate in Land Degradation and Development. His interests lay in the domain of geo information technology. He completed an internship at Water Insight integrating the DEMI-SEC evaporation model into the STREAM model. Ate works for one day a week at Water Insight, next to his PhD. research at the WUR.
Annelies Hommersom studied Environmental Sciences at the Wageningen University and Research Center. During her internship she worked with algae at the Royal Netherlands Institute of Sea Research (NIOZ); her Msc thesis was on water quality problems in river water at the St. Lawrence River Institute in Canada. In June 2010 she will defend her PhD thesis on remote sensing of the Wadden Sea for the Institute of Environmental Studies (IVM). Currently she works at Water Insight as project leader of the WISP-3 program.
Kathrin Poser studied Environmental Sciences at the University of Potsdam. She also holds a M.Sc. degree in Photogrammetry and Geoinformatics from the University of Applied Sciences in Stuttgart. She is passionate about geospatial data and technology. Her job experience includes hydrological modelling, flood damage estimation and geographical data analysis and management, including web-based information systems.
Semhar Ghebrehiwot studied Geology in the University of Asmara, Eritrea. She holds an Msc on Water quality and Environmental management from the University of Twente. Her thesis was based on deriving inherent optical properties and associated inversion uncertainties in the Naivasha Lake. Semhar currently works full time for Water Insight in the WISP-3 testing and developing program.Philipp Grötsch studied Physics at the Ludwig Maximilians University in Munich, Germany. His diploma thesis was dealing with an analytical model for the downwelling irradiance and its direct and diffuse attenuation within the water column. In October 2011 he started his PhD at WaterInsight and the IVM (Institute for Environmental Matters) at the VU Amsterdam. His field of research is the analysis of spatial patterns on water surfaces, observed by remote sensing and in-situ measurements.