Do you want to contribute to more biodiverse and healthier cities? Then this PhD position might be for you!
The ecology of Amsterdam’s water system, characterized by its historic canals and bridges, is pressured by the intense and diverse uses of these waterways. Quay walls are essential components of the canal systems of many cities. In Amsterdam, heavy usage and low maintenance have led to a deterioration of these structures, and therefore large-scale renewal will take place during the coming decades. This provides a unique opportunity to restore natural processes and create novel ecosystems. As urban areas located along major waterways can be a central and productive link in the ecological system, enhancing their ecological function can benefit existing and novel ecosystems in and surrounding cities, contributing to biodiverse, water-wise, green, and healthy cities.
Here, we propose that reconnecting the currently fragmented landscape and re-introducing ecological flows and dynamics across landscape boundaries is key to making the urban water system more biodiverse and climate-resilient. A well-functioning ecology will help meeting quality standards, such as formulated in the EU Water Framework Directive, and can provide input to nature-based solutions for water storage & treatment.
As part of a larger project focused on multiple aspects of novel designs for quay walls (e.g. heritage, construction, logistics, climate resilience), you will evaluate and validate preferred design options for multifunctional urban waterfronts from an ecological perspective in terms of benefits for the urban as well as the surrounding greater Amsterdam water system.
Do you enjoy working in an interdisciplinary research setting, and closely linked to end-users of your research results? The Institute for Biodiversity and Ecosystem Dynamics (IBED) is looking for an ambitious PhD on Biodiverse Urban Waterfronts. Your research will take place at the Department of Freshwater and Marine Ecology (
FAME) within the Institute for Biodiversity and Ecosystem Dynamics (
IBED).
What are you going to do? In this position, you will:
- Inventorize existing biodiversity monitoring data and collect new data using (semi-) automated (aquatic) biodiversity monitoring systems in the city and in connected (novel) ecosystems with a focus on insects and fish as indicators. This biodiversity information will be related to information on water flows and human pressures.
- Design scenarios for improved connectivity and dynamics (e.g. in temperature, salinity, water tables) across urban-rural-water landscapes. You will also inventorize and evaluate ecologically functional canal design possibilities, given urban constraints.
- Experiment with and test options related to quay wall restoration to improve connectivity, e.g. urban riparian zones, use of alternative materials, lay-out and design.
- Model organism dispersal patterns in different scenarios of connectivity and use of quay wall designs between the city and surrounding (novel) ecosystems.
- Validate preferred designs for multifunctional urban waterfronts from an ecological, water quality and health perspective in terms of benefits for the urban and the surrounding ecosystem.
Together with stakeholders, you will reflect on context-specific requirements for a fruitful implementation of the developed approach. You will work within an interdisciplinary cohort of young researchers from various Dutch academic research institutes. You will combine field, laboratory, and modelling work, and communicate your results via conference presentations and publications in peer-reviewed journals. You will write a high-quality PhD thesis, showing your capabilities as independent researcher, while closely working with the program team. Furthermore, we expect you to be an active member of our research group and to take part in teaching efforts, including assisting in practical courses and supervision of bachelor and master students.