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Transpiration-Based CWSI: A More Accurate Approach to Crop Water Stress Assessment
Transpiration-based CWSI offers an enhanced approach to crop water stress assessment.
Feb 155 min read
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Are We Becoming ChatGPT Farmers?
The perception of AI in agriculture has changed dramatically. What was once a focus on machine learning and deep learning has broadened, ...
Feb 62 min read
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Stop Swinging That Hammer: Why Synthetic Data is Banging Up Agricultural AI
Agricultural AI holds immense promise for transforming farming. We envision AI-powered tractors, drones, and robots that can revolutionize..
Feb 44 min read
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Are Your Machine Learning Models Already Obsolete? The Generative AI Revolution in Agriculture
Remember that time you spent months fine-tuning a machine learning model to predict crop yields? You meticulously collected data, tweaked...
Feb 24 min read
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Decoding VPD and CWSI for Optimized Crop Water Management
Vapor Pressure Deficit (VPD) is a critical environmental factor influencing plant water loss. While standard meteorological VPD provides...
Jan 288 min read
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