Innovative GIS-technologies in agriculture based on the automated platform EOSDA CROP MONITORING
Keywords:
geoinformation systems, program, data analysis, crop yield forecastingAbstract
Innovative GIS technologies based on the EOSDA Crop Monitoring automated platform play a key role in the modernization of agriculture, providing the ability to quickly collect and analyze field data. This information is gathered not only from traditional ground installations but also through satellite monitoring and drones, facilitating accurate assessments of field conditions, plant health, and climatic factors.
One of the primary applications of this data is yield forecasting, which empowers farmers to strategize in advance. This proactive approach reduces the risk of losses and optimizes resource utilization. GIS-based precision farming technologies enable the precise regulation of fertilizers and plant protection products in specific areas of the field, thereby enhancing farm efficiency.
Furthermore, the EOSDA Crop Monitoring platform provides tools for tracking livestock movements and populations, which is essential for managing large agricultural operations. By integrating satellite data with information from various enterprise sources, the platform achieves short-term financial outcomes and supports long-term sustainable development goals within the agricultural sector.
The platform features an intuitive interface, making these technologies accessible to small farms. The adoption of innovative GIS technologies helps assess risks linked to climate change, pests, and plant diseases. Additionally, accurate dosing of fertilizers and pesticides minimizes their usage, improving soil quality. Integrated decision support
systems offer recommendations to optimize agronomic practices. Collaboration among stakeholders in the agricultural sector is crucial, as it encourages joint development and knowledge sharing.
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