Rate My Professor Niels Anten

Niels P. R. Anten is Professor and Chairholder of Crop and Weed Ecology at the Centre for Crop Systems Analysis, Wageningen University & Research in the Netherlands. He obtained his PhD from Utrecht University. Anten's research investigates the ecological mechanisms underlying crop ecosystem functioning, encompassing plant-plant interactions, plant-climate dynamics, and plant-nutrient relations, with a particular emphasis on species diversity. His group integrates greenhouse and field experiments with sophisticated modeling approaches, including 3D functional-structural plant models, evolutionary game theory, and spatial simulations, to analyze complex systems such as intercrops and agroforestry. This work draws inspiration from natural vegetation to inform sustainable agricultural practices.

With over 14,000 citations on Google Scholar and more than 314 publications documented on ResearchGate, Anten has profoundly influenced crop ecology and ecophysiology. His contributions span key areas like competition in cereal-legume intercrops, belowground root allocation under game-theoretical frameworks, physiological responses of tropical crops to pruning and drought, and climate change projections for cocoa and coffee production in West Africa and Brazil. Notable publications include 'Managing species dominance in cereal-legume intercrop systems' (Kottelenberg et al., European Journal of Agronomy, 2026), 'Quantifying the impact of pruning on young cocoa trees using a functional-structural plant model' (Tosto et al., Computers and Electronics in Agriculture, 2026), 'Centennial-scale atmospheric CO2 rise increased photosynthetic efficiency in a tropical tree species' (Zwartsenberg et al., New Phytologist, 2025), and 'Climate change impacts on cocoa production in the major producing countries of West and Central Africa by mid-century' (Asante et al., Agricultural and Forest Meteorology, 2025). Anten supervises PhD candidates, leads projects on drought tolerance in robusta coffee, potassium mitigation of drought in cocoa, optimal pruning and shading, and sustainable harvesting of Chamaedorea palms, advancing knowledge in agroecology and biodiversity conservation in arable systems.