The crop health can be monitor with the help of wide band near infrared sensor. The sensor allow to measure photosynthetic activity within each leaf which helps in determining benchmarks for different parametric variable.
- Chlorophyll content
- Nitrogen content
- Leaf area
The sensor collects aerial multispectral images which are processed and develop on dedicated processed server. The final result is orthorectified mosaics which are georeferred for locating each individual crop and site coordinates for further agriculture process. These mosaics provide agriculture experts with an opportunity to monitor behavior of plants not visible to naked eye and give them time to pre-emptively detect problems in crop health before it even become visible to the farmer or expert.
These parameters are detected by days or even weeks , in advance which help to save crop loss and consequently increase seasonal yield.
- Pest problem
- Plant overheating
- Topography
- Area measurement
These parameters are detected by days or even weeks , in advance which help to save crop loss and consequently increase seasonal yield.
Another important advantage to this is agriculture input control such as
A farmer can be advised as to which crop doesn’t require input and which crop requires urgent care which helps to save resources and finances. These processes are carried out at different crop growth stages until harvest. A farmer can be advised as to what the optimal time for harvest is which can result is more yield from a crop.
- Water
- Fertilizer
- Pesticide etc
A farmer can be advised as to which crop doesn’t require input and which crop requires urgent care which helps to save resources and finances. These processes are carried out at different crop growth stages until harvest. A farmer can be advised as to what the optimal time for harvest is which can result is more yield from a crop.