The revolution of technologies nowadays has produced many changes in our farming methods. These technologies are GIS and GPS together with controllers, sensors, and monitors for the agricultural gear and together they enable farmers to employ elec
tronic aids for their modern farming. Modern farming helps the farmers to plant with the use of machines so they do not need to do it all with their bare hands.
Now farmers are keeping busy at the computer. They are now using global positioning systems to do the precision part in Precision agriculture. This new trend in agriculture is very important in the concept of farming management as it is based on the response to the intra field variations.
Tetracam monitors the visible and near infrared radiation that plants reflect. This enables the farmers to capture the data that they need in order to react to the problems caused by the extreme climate change; diseases, pests, and weeds; improper irrigation; over planting; poor drainage; inconsistent application of fertilizers; and other problems that causes problems with the health of every crop. Tetracam produces the world’s most economical and most efficient multi spectral cameras and there is software required to interpret the images they capture.
On farms, the Tetracam systems monitor the subtle changes in the visible and near infrared radiation that plant reflects. Farmers are then able to use the data to see the dangers to their crops. Changes in the infrared indicate the factors that can threaten the plants long before any indications appear in the visible spectrum. Agricultural Surveys show that Tetracam can be helpful in precision agriculture since it can give accurate information on the conditions of the crop specifically the measurement of crop health. With the Tetracam application, farmers are now able to identify if the crop is healthy or not. By monitoring it, farmers are able to find the solution, thus there is possible highest economic profit in the end.