The post-doc will work in a team with another postdoc on analysis of vulnerability patterns on building bridges between system dynamic models and qualitative case-studies by attempting to upscale lessons learned from local case-studies through Qualitative Comparative Analysis (QCA) and by down-scaling Integrated Assessment Models (IAMS) through cluster analysis of model outcomes. Both strands of the project come together in analyzing patterns of vulnerability. The project will focus on drylands and coastal zones. The post-docs will work in close collaboration with a team of experts from CERES research school and the PBL. The postdoc will be responsible for the down- scaling of Integrated Assessment Models.
The research is carried out in Wageningen and partly at the Netherlands Environmental Assessment Agency in Bilthoven, and should lead to a development of methodology and a number of high quality publications.
You have a PhD degree in social or natural sciences; a strong interest in and experience with modeling (preferably system dynamics), sensitivity for qualitative research, experience with research on (global) environmental change, and interdisciplinary work. You are a team worker and have excellent writing and communication skills and a proven ability to publish cutting-edge scientific papers in peer-reviewed journals and an excellent command of English
Additional information can be obtained from: Prof dr ir J.W.M. van Dijk (email@example.com) ( tel +31 317 482960/482957) and Drs M. Kok (firstname.lastname@example.org) (tel: +31 30 274 3717)
NASA Earth Observatory shows agricultural development and divisions on reclaimed land in the man-made IJsselmeer in the Netherlands. Over time the heterogenity of the newly created land shown in the image as fields are divided and land uses have diversified.
NASA’s Landsat satellites captured repeated images of IJsselmeer, and recorded changes on one such polder, shown in the top-middle part of each image. Landsat 2 took the top picture on September 8, 1980. Landsat 5 took the middle picture on May 23, 1989. Landsat 7 captured the bottom image on July 1, 2006. In these false-color images, red indicates vegetation, and the brighter the red, the more robust the plant life. Water appears navy blue. Pavement and bare soil range in color from pale blue to gray-green.