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Open-Source Agronomists' Python Library: Empowering Water Stress and Transpiration Modeling
I'm excited to announce the availability of a Python version of the CWSI and transpiration module/class originally developed in C++ for...
Sep 21, 20242 min read
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Achieve Optimal Plant Growth: How to Measure Rockwool Moisture Content with a Sensor and Smartphone
Rockwool is a popular growing medium for hydroponics and greenhouse gardens. While it offers excellent aeration and drainage, maintaining...
Aug 13, 20243 min read
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For CEA Growers: Tips for Substrate Monitoring and Automation
Large amount of data that grower does not know what to do with leads to frustration and mistrust in the technology. more data does not ...
Jul 24, 20243 min read
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Seeing is Believing Computer Vision for Precision Crop Irrigation
This article explores how affordable computer vision systems combined with evapotranspiration models can automate the estimation of crop water needs for more efficient irrigation.
Apr 16, 20246 min read
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Agronomists' C++ Toolkit: CWSI & Transpiration Biophysical Models
For a long time, I wanted to share the source code (embedded software in C/C++) for my computer vision system (BINA Pro) system on GitHub.
Mar 31, 20241 min read
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