12. Marker Assisted Trait Selection Early screening to reduce selection costs in germplasm improvement Healthy Diseased disease resistance marker ID’ed disease-resistant plants selected by markers DNA analysis of young plants
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16. WHEAT: Invinsa delayed senescence in both stems/leaves and heads when applied at flag leaf and/or heading stage Control Invinsa Chemical approaches to crop enhancement Invinsa UTC Oil
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18. What is in a typical carbon footprint? Conventional Corn (Iowa, Rain-fed, 175 bu/ac) Note : footprints can also be developed for water and other elements of sustainability ~3 lb C/bu
19. Modern technologies play an important role in sustainable production Lower Impact Higher Impact Eliminating tillage Decreasing fuel use Optimizing Fertilizer Practices Preventing Pest Losses Cover crops and N 2 O Emissions Reducing Pesticide Applications Managing biodiversity Using less water and pumping energy The primary impact of CP is enabling other improvements
20. Corn and soybean– nitrogen use efficiency and drought tolerance traits
21. Syngenta CP products help in Sustainable Ag Improved water use efficiency Improved nitrogen use efficiency Optimal water solubility f or high efficiency drip irrigation Improved vigor and drought tolerance Improved water use efficiency Source: Syngenta Soybeans Brazil Untreated Examples
I would like to thank the organisers for the opportunity to share some of my views on this really important topic, and I am looking forward to an interesting discussion. Syngenta is a leading Plant Science company, investing over $900m on R&D in 2008 I would like to share with you in my talk some of the technologies that Syngenta’s scientists are devloping, as I am sure they represent a key component of creating a resilient food supply system globally in the decades ahead To stop me overrunning, once I hit this button the slides will complete in less than 10 minutes. Perhaps unwisely for a researcher, I am relying on technology working! Here goes!