Goetz Richter

Biography

Dr Goetz Richter holds degrees in Agricultural and Environmental Sciences and has established himself as agricultural systems modeller with track records in climate change impact assessment, CC adaptation and mitigation using arable and perennial crops. Funded by Defra, the European Commission and RCUK, his group develops models for Soil-Plant-Atmosphere interactions at various scales, as tools for breeders to improve perennial biomass crops. For industry and policy-makers he provides agricultural feedstock maps for the bio-economy, used in the whole system optimization, e.g. for the Biomass /Energy Value Chain Models, initially funded by The Energy Technologies Institute and since 2013 by EPSRC. He optimizes process models using a Bayesian approach to improve our understanding of the Gene x Environment x Management interaction. He recently won an Innovate-UK project “Advancing Earth Observation Applications in Agriculture” which will enable to validate yield forecasts and assess the yield gap at the landscape scale.   Dr Goetz Richter holds degrees in Agricultural and Environmental Sciences and has established himself as agricultural systems modeller with track records in climate change impact assessment, CC adaptation and mitigation using arable and perennial crops. Funded by Defra, the European Commission and RCUK, his group develops models for Soil-Plant-Atmosphere interactions at various scales, as tools for breeders to improve perennial biomass crops. For industry and policy-makers he provides agricultural feedstock maps for the bio-economy, used in the whole system optimization, e.g. for the Biomass /Energy Value Chain Models, initially funded by The Energy Technologies Institute and since 2013 by EPSRC. He optimizes process models using a Bayesian approach to improve our understanding of the Gene x Environment x Management interaction. He recently won an Innovate-UK project “Advancing Earth Observation Applications in Agriculture” which will enable to validate yield forecasts and assess the yield gap at the landscape scale.  

Research Interest

Biomass, Biofuels