This page collects research on using #raspberry-pi based cameras (aka #pi-camera) to take Infragram multispectral photos, for plant health analysis. It is supported in part by the AREN project at NASA.
Low cost, low complexity, easy to build and open source!
Also see the Image Sequencer project which is designed to run on a Raspberry Pi for on-board image processing.
Questions can be either frequently asked questions, or "next step" challenges we're looking to solve.
Activities show how to use this project, step by step.
|TetraPi: a well characterized multispectral camera||-||-||@khufkens||-||-||0 replications: Try it »|
|Raspberry + NoIR cam + Sensors to detect water stress of the plants during their growing||-||-||@LaPa||-||-||0 replications: Try it »|
|How do I set a custum white balance of the NoIR modulo cam?||-||-||@LaPa||-||-||0 replications: Try it »|
|Raspberry Pi Camera Rig||-||-||@SeanKMcGinnis||-||-||0 replications: Try it »|
|NDVI from PiNoir with a blue filter||-||-||@carolccarvalho||-||-||0 replications: Try it »|
|1. Setting up the Raspberry Pi Camera for Wireless Streaming||-||-||@partsandcrafts||-||-||0 replications: Try it »|
|Raspberry + NoIR cam + Blue filter||-||-||@carolccarvalho||-||-||0 replications: Try it »|
|Removing a Raspberry Pi camera IR filter (learn from my mistakes)||-||-||@mathew||-||-||0 replications: Try it »|
|Image Sequencer on Raspberry PI||-||-||@tech4gt||-||-||0 replications: Try it »|
Activities should include a materials list, costs and a step-by-step guide to construction with photos. Learn what makes a good activity here.