3 dagen geleden - Academic Medical Center (AMC) - Amsterdam
You will initiate emerging, cutting-edge genome modification technologies across the AMC/VUmc alliance, and advance our expertise in functional cancer genomics…
Land use is one of the major drivers of biodiversity loss globally. Quantifying these losses is a major yet vital effort in order to design and underpin conservation measures. The aim of this PhD project ...
Land use is one of the major drivers of biodiversity loss globally. Quantifying these losses is a major yet vital effort in order to design and underpin conservation measures. The aim of this PhD project is to quantify biodiversity responses to land use across spatial scales, with a focus on vertebrate species. To that end, we will develop a model that integrates habitat suitability mapping with species-area relationships. We will then use this model to back- and forecast species losses and estimate extinction debts based on reconstructions and projections of past and future land use. For verification, we will compare the model outcomes with assessments of the IUCN Red List and Living Planet Index. Eventually, the model developed in this PhD project will be integrated in the GLOBIO 4 model of the PBL Netherlands Environmental Assessment Agency, which is routinely used in large-scale biodiversity assessments.
You are a motivated candidate with an MSc degree in macroecology or a relevant related field. Ideally, you meet the following requirements:
- you have a drive for ecological research with conservation application;
- you have a strong background in spatial ecological modelling;
- you are a proficient programmer preferably in R or Python;
- you have experience with managing and analysing large datasets;
- you have a good command of spoken and written English.
Strategically located in Europe, Radboud University is one of the leading academic communities in the Netherlands. A place with a personal touch, where top-flight education and research take place on a beautiful green campus in modern buildings with state-of-art facilities.
Faculty of Science
The main focus of the Environmental Science group of the Institute of Wetland and Water Research (IWWR) is on quantifying, understanding and predicting human impacts on the environment. To that end, we employ a variety of research methods, including process-based modelling, meta-analyses, field studies and lab work. In our research we cover multiple stressors, species and spatial scales, searching for overarching principles that can ultimately be applied to better underpin environmental management and biodiversity conservation.
No commercial propositions please.
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