Jelmer Nijp

Jelmer Nijp serves as an External employee within the Soil Physics and Land Management group at Wageningen University & Research, focusing on critical peatland ecosystem dynamics. His work bridges fundamental ecohydrological processes with climate change adaptation strategies, particularly examining water table fluctuations, carbon cycling, and methane emissions in northern peatlands.

His educational trajectory includes a Master of Science (MSc) followed by doctoral research completed in 2015 at Wageningen University. His PhD thesis investigated climate-induced critical transitions in peatland carbon sequestration, supervised by Prof. F. Berendse and Prof. S. van der Zee with co-supervision from Dr. J. Limpens and Dr. K. Metselaar.

Nijp's research program centers on peatland vulnerability to climate stressors, with emphasis on drought impacts on sphagnum mosses, Holocene-scale peatland expansion dynamics, and methane emission mechanisms. His methodology integrates field experiments, paleoecological data analysis, and computational modeling to unravel feedback loops between vegetation, hydrology, and carbon storage. Recent work demonstrates how deepened water tables increase peat moss vulnerability to drought while exploring peatland bistability as a climate resilience mechanism.

Analysis of his 26 research outputs reveals a clear trajectory toward understanding peatland responses to anthropogenic climate change, with increasing focus on practical applications like the Waterwijzer Natuur tool for low-peat landscape management. His publications span fundamental processes (e.g., photosystem responses in drought-stressed mosses) to policy-relevant outcomes (e.g., implications for atmospheric methane budgets).

As Principal Investigator for two major PostDoc projects—'Smart landscapes' (2015-2018) and 'Tipping points in heterogeneous landscapes' (2013-2018)—Nijp has secured substantial research funding. His collaborative network spans international institutions, evidenced by co-authorship with researchers from Canada, Finland, China, and Sweden. The 2024 lecture on Waterwijzer applicability for regional planning demonstrates his commitment to translating research into climate adaptation practice.

Embedded within Wageningen's Soil Physics and Land Management research group, Nijp contributes to one of Europe's leading peatland science teams. His work directly supports global efforts to conserve peatland carbon stocks—critical for meeting Paris Agreement targets—through improved understanding of hydrological controls and ecosystem resilience mechanisms.