LEAF TO PANICLE RATIO (LPR): A NEW PHYSIOLOGICAL TRAIT INDICATIVE OF SOURCE AND SINK RELATION IN JAPONICA RICE BASED ON DEEP LEARNING

Leaf to panicle ratio (LPR): a new physiological trait indicative of source and sink relation in japonica rice based on deep learning

Abstract Background Identification and characterization of new traits with sound physiological foundation is essential for crop breeding and production management.Deep learning has been widely used in image data analysis to explore spatial and temporal information on crop growth and development, thus strengthening the power of identification of phy

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Syndromic surveillance in companion animals utilizing electronic medical records data: development and proof of concept

In an effort to recognize and address communicable and point-source epidemics in dog and cat populations, this project created a near real-time syndromic surveillance system devoted to companion animal health in the United States.With over 150 million owned Pastes pets in the US, the development of such a system is timely in light of previous epide

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