CONTEMPORARY APPROACHES TO PASTURE RESEARCH
Keywords:
pasture, geographic information system, remote sensing, PHP programming languageAbstract
This thesis explores the development of the Automated Pasture Information System (APIS) to enhance pasture management using Geographic Information Systems (GIS) and remote sensing technologies. APIS gathers and analyzes data on pasture productivity, soil salinity, and surface temperature, presenting the information in an accessible format. The system is built on a MySQL database, organized into three key modules: NDVI (plant productivity), SI (soil salinity), and LST (land surface temperature). By leveraging these advanced technologies, APIS aims to improve the efficiency of pasture management and address the complex challenges associated with rangeland management.
References
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