Self-hosted collaborative plant management and tracking system for plant enthusiasts
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Updated
Dec 23, 2024 - PHP
Self-hosted collaborative plant management and tracking system for plant enthusiasts
Plant Phenotyping APP
☘️ A beautiful Plant App UI written in Java for android with examples.
A plant showing and selling App
Project to monitor (and improve) plant growth with a Raspberry Pi, using Pimoroni's Enviro Phat and optional components like a hygrometer (to measure soil humidity and to know when it's time to water your plants) and a Raspberry Pi Camera.
ForestESS simulates plant demographic processes (e.g., growth, reproduction, and mortality), competition for light and soil resources, and soil biogeochemical processes. The codes are from the version of LM3-PPA used to simulate the forest successional dynamics in the paper of Weng, E., Farrior, CE, Dybzinski, R, and Pacala, SW, et al. 2016 Glob…
A fully 3D-printable, vertical NFT system with ready to use STL files.
BayesForest: A morphological tree clone generator
This is a Python3, Maker and DIY project where I am building a self watering system for a plant using a Raspberry Pi, sensors, diods and other nifty little things.
Raspberry Pi Grow Box Control Software
randomly shape plant planting in pot in browser.
Cellular automata-based simulation of plant growth in semi-arid regions, as part of my final project in my degree. Implementing some papers from Nature, and introducing a competitor species to the simulation. See the PDF for details on the report
Automatically water plants based upon moisture sensor feedback.
Adaptive Artificial Sunlight Radiator to Provide Optimum Photosynthetic Results in Plant Growing Applications
The identification of plant disease is the premise of the prevention of plant disease efficiently and precisely in a complex environment. Machine Learning algorithm this work attempt to predict in an earlier stage and outcomes are better.
High-level framework for easy control of multiple devices connected to the Raspberry Pi and Arduino via GPIO
Combined CNN and Transformer model to generate time-dependent plant images out of incomplete and irregular image sequences.
R package siplab - Spatial individual-plant modelling
Predicting crop growth with NASA NEX climate projections
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