Do you have the ambition to analyse linkages between agriculture and water management? Are you passionate about re-designing more sustainable and resilient farming systems? Do you like to collaborate with people from different backgrounds in an international context? Then we invite you to apply for this PhD position! Low farm income, climate change, water shortage, and water pollution are real challenges asking for integrated farm- and water-system interventions at farm and landscape scale. In this PhD project you will have the opportunity to study a redesign process of farming systems and water management practices in a landscape in South/South-East Asia (India, Nepal or Vietnam) with multi-level stakeholder interactions.
The PhD candidate will study the redesign of farm systems and water management in one landscape where groups of people try to actively reduce agricultural water use or water pollution. The PhD candidate will develop a unique interdisciplinary approach that merges analyses of farm system redesign (i.e. antifragility, positive deviance approach) with reform in agricultural water management (i.e. Reorientation) using systems modelling (Compass Framework). The PhD candidate will combine participatory methods with models and analyses at farm and landscape levels.
The research questions of the PhD research cover (i) heterogeneity in farming systems and water resources, (ii) strategies and outcomes for farms to reduce water use and/or water pollution, (iii) characteristics of resilient farming, and (iv) cross-scale interconnections when scaling redesigned farming systems. The research project is a unique collaboration of Plant Sciences, Environmental Sciences, and potentially CGIAR.
The duties and responsibilities include: - develop a research proposal and write peer-reviewed publications about your research as is detailed in the next bullets;
- analyse for a landscape in South/South-East Asia the heterogeneity in farming systems and water resources (e.g. through field visits, farm survey, positive deviant analysis, river/watershed mapping);
- analyse in this landscape farmer and community strategies and changes in water use farming practices, and their impacts on water availability and pollution before and during the Reorientation (e.g. land-water balance, Reorientation, Compass Framework);
- assess characteristics of resilient farming systems across agro-hydrological zones in this landscape (e.g. through participatory mapping, antifragility analysis, positive deviant analysis);
- communicate your research findings to farmers, scientists, and other groups in society (e.g. presentations, blogs, podcast).
You will work here The research is embedded within the two chairs of
Farming Systems Ecology and
Water Resources Management Group. Daily supervision will be by Roos de Adelhart Toorop (Farming Systems Ecology) and Chris Seijger (Water Resources Management), with Jeroen Groot (Farming Systems Ecology) as promotor. Interviews for this position are scheduled for 12 and 19 November 2024.