XST-PhotoNet Series Climate and Vegetation Index Monitoring Camera
natural phenomena of a seasonal nature
Plant phenology refers to the cyclical events in plant growth and development, also known as plant growth rhythms, such as leaf spreading, flowering, and defoliation.
Plant phenology is not only a physiological phenomenon of vegetation itself, but also an integrated response to external environmental conditions, and is considered to be one of the important biological indicators of climate change (Cleland, Chuine et al. 2007).
Therefore, it is important to accurately describe plant phenology.
Model Option
| model number | name (of a thing) | elegance | descriptive | Monitoring elements |
| XST-PhotoNet-RGB | Plant Climate Camera (tri-band) | fixed focal length model Zoom head models | Get standard RGB color image | Climate monitoring of groups and individuals; output of colorimetric indices such as GCC, RCC, BCC and GVI |
| XST-PhotoNet-NDVI | NDVI Spectral Climate Camera (five-band) | fixed focal length model Zoom head models | Based on the three bands, add narrow band of red light and near infrared | Output colorimetric indices such as GCC, RCC, BCC and GVI, and increase the output of NDVI vegetation index and NDVI images; support the calculation of OSAVI. |
| XST-PhotoNet-MSI | Multi-spectral weather camera (six bands) | fixed focal length model Zoom head models | Five bands based on the addition of a narrow band of green | Output GCC, RCC, BCC and GVI chromaticity index and NDVI vegetation index and NDVI images; increase the output of 550±10nm grayscale map, support the calculation of GNDVI, NDWI, OSAVI |
| XST-PhotoNet-MF | Multi-functional Spectral Climate Camera | Zoom head models | Multi-functional 5 and 6 bands: add synchronized monitoring of sensors to the original basis | Output GCC, RCC, BCC and GVI chromaticity index, NDVI vegetation index and NDVI image and 550±10nm grayscale map; support the calculation of GNDVI and NDWI, OSAVI, and increase the output of vegetation height, air temperature and humidity, and three-dimensional inclination data (roll angle, pitch angle, heading angle) |
| XST-PhotoNet-TI | Infrared thermal imaging weather camera | fixed focal length model | Acquisition of standard RGB color images and heat distribution images | Acquire RGB image, automatically obtain and extract the highest temperature, the lowest temperature, the average temperature; support user-defined image range to extract temperature |
| XST-PhotoNet-MSI8 | Multi-spectral weather cameras (customized) | Zoom head models | Two customized narrow bands added to the six bands | Based on the six-band function, add 450±10nm and 720±10nm, or customize other narrow bands; support calculation: LCI, NDRE, EVI, SIPI, etc. |