- May 25 2022
- 12:30 - 16:00
Internationl online conference: “Novel Crop Breeding Techniques: Towards more sustainable agriculture”
Climate change, population growth combined with the need for improved sustainability represent mayor challenges to agriculture worldwide. Crop breeding can make key contributions to counter some of these challenges. Recent developments of novel crop breeding techniques (such as gene editing) have the potential to significantly accelerate crop breeding processes.
At this online conference, organised in the frame of the BUNGEE ERC project, we want shed light on the recent developments in novel crop breeding techniques, discuss examples about how those can contribute to a more sustainable agriculture and also about the different challenges that innovations in this sector encounter which can limit progress in Europe.
This conference is free of charge, everybody’s welcome!
12:30 –Welcome & Introduction: Using crop genome dynamics for stress adaptation and the challenges in breeding innovation in Europe – Etienne Bucher, Agroscope, Switzerland
13:00 – Boosting plant genome editing with a versatile CRISPR-Combo system – Yiping Qi, College of Agriculture & Natural Resources, University of Maryland, U.S.A.
13:30 – Targeted mutagenesis for virus resistance in Barley – Robert Hoffie, IPK Gatersleben, Germany
14:00 – TBA
14:30 – Field trials – the missing link in plant biotechnology and synthetic biology – Jonathan Napier, Rothamsted Research, UK
15:00 – New plant breeding technologies, regulation, and sustainable food security – Matin Qaim, Center of Development Research, University of Bonn, Germany
15:30 – Improving nutritional and health aspects of durum wheat using CRISPR gene editing – Francesco Camerlengo, Washington State University, U.S.A.
16:00 – Closing
Attendants are also encouraged to consider these two online lectures by Caixia Gao and Holger Puchta that will take place right after this conference.
Please check the event website for programme’s updates: http://plantepigenetics.ch/NBT2022/