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An ordinary point-and-shoot digital camera or webcam can be converted using this technology into a multi-spectral DIY plant analysis webcam camera that simultaneously captures images in infrared and visible light, much like the camera on the LANDSAT satellite.
The fundamental method entails taking off the built-in infrared-block filter from a digital camera or webcam and replacing it with either a red filter or a blue filter. Images can be posted to the open source following a crucial bespoke white-balancing stage.
Using pricey sensors often mounted on aircraft and satellites, NASA, huge farms, and vineyards all employ near-infrared photography to evaluate plant health.
The Global DIY Plant Analysis Webcam market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Use the Infragram.org image processing program in conjunction with this specifically adapted Infragram DIY plant analysis webcam made by Adafruit to assess the health of the plant.
With a resolution of 1600×1200 pixels, this USB camera enables you to shoot simultaneous infrared and visible pictures using the same multi-spectral satellite imaging methods as NASA.
The pre-installed filter enables to capture of an infrared image using the camera’s “red” channel and a visible image using its “blue” channel. These can be used to measure photosynthetic activity.
With unscrewable lenses and no infrared-block filter, it may be modified for multiple tasks and is the ideal size for attaching to your laptop, a Raspberry Pi, or a mobile sensing platform.
