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Webinar – New approaches to help improve the productivity of your crops
Brought to you by
Webinar – New approaches to help improve the productivity of your crops
Got a question from the webinar?
Let us know below and we’ll answer your question!
Meet the speaker – Dr. Pete Berry, Head of Crop Physiology team
Pete is a Crop Physiologist who has worked at ADAS for 15 years and leads the ADAS Crop Physiology team. He is based at ADAS High Mowthorpe in North Yorkshire. Prior to this he worked as a post-doctoral researcher in crop science at Nottingham University. The main aim of his work is to improve performance and reduce pollution of cropping systems through an understanding of crop physiology, plant breeding and agronomy. His goal is to produce sound practical advice for the farming industry which is based on rigorous and high quality research (he has authored >40 peer reviewed research papers). His projects engage with a wide range of audiences including farmers, agronomists, policy makers and scientists. Important areas of his research include; increasing crop yields sustainably, optimising nitrogen nutrition of crops, exploitation of precision farming technologies, lodging control & plant growth regulation and development of reliable pest thresholds. He works on a wide range of crops including all cereals, oilseed rape and grassland in the UK and overseas (USA, Ireland, China, Mexico).
Got a question from the webinar?
Let us know below and we’ll answer your question!
Meet the speaker – Dr. Pete Berry, Head of Crop Physiology team
Pete is a Crop Physiologist who has worked at ADAS for 15 years and leads the ADAS Crop Physiology team. He is based at ADAS High Mowthorpe in North Yorkshire. Prior to this he worked as a post-doctoral researcher in crop science at Nottingham University. The main aim of his work is to improve performance and reduce pollution of cropping systems through an understanding of crop physiology, plant breeding and agronomy. His goal is to produce sound practical advice for the farming industry which is based on rigorous and high quality research (he has authored >40 peer reviewed research papers). His projects engage with a wide range of audiences including farmers, agronomists, policy makers and scientists. Important areas of his research include; increasing crop yields sustainably, optimising nitrogen nutrition of crops, exploitation of precision farming technologies, lodging control & plant growth regulation and development of reliable pest thresholds. He works on a wide range of crops including all cereals, oilseed rape and grassland in the UK and overseas (USA, Ireland, China, Mexico).