I am a physical geographer, specialized in coastal processes (PhD 1999, University of Amsterdam; postdoctoral research fellow 1999 up to 2002 at Royal Holloway, University of London).
In 2002, I joined NIOO/NIOZ in Yerseke, focusing on remote sensing of tidal (eco)systems.
Since Oct 2017, I am also part-time full professor at the University of Twente, Faculty of Geo-Information Science and Earth Observation (ITC).
I focus on remote sensing and geo-informatics of coastal and estuarine systems and processes. An overview of my research interests can be found in my inaugural lecture:
The central theme of my work is to assess interactions between organisms (such as saltmarshes, algae, shellfish) and their environment, shaping the estuarine, delta and coastal landscape, including both the bottom sediment and the water column.
Current research topics
Methods & techniques
I use remote sensing techniques and geo-informatics to investigate coastal and estuarine systems and processes:
Laengner, M.L.; Siteur, K.; van der Wal, D. (2019). Trends in the seaward extent of saltmarshes across Europe from long-term satellite data. Remote Sensing 11(14): 1653. https://dx.doi.org/10.3390/rs11141653
- NWO/NSO Ruimteonderzoek, “Saltmarshes under stress: thresholds for saltmarsh dynamics from global satellite data” (MARSH), started 2017. PhD candidate at NIOZ: Marieke Laengner.
- EU FP7 SPACE - FAST "Foreshore Assessment using Space Technology". Consortium Deltares, University of Cambridge, NIOZ Royal Netherlands Institute for Sea Research, University of Cadiz, GeoEcoMar. PhD candidate at NIOZ: Bas Oteman, started 2014.
- NWO/NSO Ruimteonderzoek: “Benthic diatoms as indicator for ecosystem structuring in shallow tidal waters. PhD candidate at NIOZ Tisja Daggers, started 2013.
- NWO/NSO Ruimteonderzoek: "Consequences of global change for ecosystem engineering of shellfish". PhD-candidate at NIOZ Sil Nieuwhof, started 2012. See Sil's PhD thesis.
FAST has developed services to help design nature-based flood risk strategies in foreshores, based on earth observation data and big data analysis capabilities.
Read more on EU FAST in the associated article on this Copernicus downstream service for coastal needs.
Have a tour around the Danube Delta in Romania, one of the field sites in the EU FAST project!
See also the synthesis of results of the EU FAST project.
Try the MI-SAFE tool to calculate wave attenuation over vegetated foreshores around the globe.