- phenotyping (analysis and interpretation of proximal sensing data of cultivated and wild plants in nature and in the laboratory);
- construction of algorithms for thematic processing of the results of UAV and satellite data;
- building algorithms for precision farming (yield, maturity, quality);
- quantitative processing (measuring the area of objects with certain spectral and biochemical properties);
- assessment of the amount of phytomass and the content of chlorophyll in it;
- search and quantification of damages to plant tissues;
- detection of phytopathogen attacks;
- many more applications.