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DECEMBER 2015 SEEDWORLD.COM 85 Batco Belt Conveyors minimize impact damage protecting the grade quality and germination performance of your delicate seed. Batco manufactures Long Conveyors and Field Loaders as well as Low Profile Transfers Pit Stops and custom conveyor options. Handling whats important. 877.667.7421 batcomfg.com MINIMUM DAMAGE MAXIMUM GERMINATION traits that contribute to yield. For example ear photometry technology is used in corn to meas- ure each ears number of kernels rows and rings. This technology can accurately predict yield on an ear basis. From this data researchers develop models to predict hybrid performance. Disease interac- tion between plants and genetic responses to environmental stresses can also be measured and as in Raineys research this data can be collected quickly in a high-throughput system. According to Pioneer the ear photometry system enables better prediction of product performance and allows for targeted selection of genetics showing adaptation to wide ranges of growing environments. It is a key technology used in the continued development of many Pioneer brand corn products. Additionally Pioneer uses EnClass a system that uses crop modeling and historical weather data to estimate long-term weather environments at certain locations to help phenotype plants. This paints a picture of how products will respond to varying environmental conditions. These models are based on scientific under- standing of environmental and physiological factors and how they combine to impact yield Hausmann says. This information guides decisions on bringing products to market seed quantities needed for sales and identifying ways customers can use a new product with the most success. Hausmann says it also helps researchers understand the strengths and weaknesses of each product guiding plant breeders in their efforts to continually improve the product pipeline. Another tool used to measure performance is the Pioneer-developed Boreas wind machine which simulates strong winds with the potential to devastate fields and yields. With the ability to create winds exceeding 100 miles per hour the Boreas wind machine gives researchers the oppor- tunity to see how well Pioneer corn hybrids hold up under intense pressure from wind storms. According to Pioneer estimates wind-related damage can cost corn producers in North America more than 1 billion annually. We use this precision phenotyping tool to screen our genetic lines filtering out hybrids that are likely to snap root or stalk lodge explains Hausmann. We have documented specific impact of the implementation of the Boreas wind machines on the improvement in our product development pipeline. The wind machine helps researchers better simulate rare or difficult-to-reproduce field condi- tions. Prior to the Boreas wind machine scientists had to wait for unpredictable natural storms or conduct mechanical push tests. Now they are able to precisely control the wind factor. Precision phenotyping tools such as drones ear photometry the EnClass system Boreas wind machine and others have real application for seed retailers and marketers. These are important tools because we can explicitly measure and com- municate the strengths and weaknesses of our products as well as deliver products with improved yield stability and agronomic characterization Hausmann says. This should provide competitive products with improved positioning and service support. SW