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Lines of Business > Unmanned Aircraft Vehicles (UAV) > Agriculture


Agriculture


Applications:

Control of agricultural subsidies

 Detection of water stress on crops for efficient water management

 Detectionof nutritional stress on crops

 Early detection of diseases and pests on crops

Quality indicators for crops (ex. grapevine)

Generation of stocks in crop areas

Fumigated areas supervision


Our unmanned aerial vehicles (UAV) can be used in crop monitoring and within what is called "precision agriculture", which works in order to optimize plantation management and assess more accurately the optimum density planting, in addition to making decisions regarding the use of fertilizers, irrigation frequency and other possibilities, such as to predict more accurately the crop production

The UAV can perform scheduled flights to carry out controls in crops (an indicated use, for example, for the of agricultural subsidies), or detect the water stress (lack of irrigation) in the plantations betting on the efficient use of water.
In addition, unmanned aerial vehicles are also able to detect nutritional stress in crops (optimal use of fertilizers only in areas where its application is necessary) and to carry out an early detection of diseases and pests. UAVs are also able to carry out a single ups last plant to be determined by the main indexes of quality of a crop, as well as generate inventories and monitoring sprayed areas, among other applications.

 

The UAV can perform scheduled flights to carry out controls in crops (an indicated use, for example, for the of agricultural subsidies), or detect the water stress (lack of irrigation) in the plantations betting on the efficient use of water.

In addition, unmanned aerial vehicles are also able to detect nutritional stress in crops (optimal use of fertilizers only in areas where its application is necessary) and to carry out an early detection of diseases and pests. UAVs are also able to carry out a single ups last plant to be determined by the main indexes of quality of a crop, as well as generate inventories and monitoring sprayed areas, among other applications.