MATE is a key partner in the Danube Data Cube project, which focuses on collecting and analysing satellite data to monitor the environment of the Danube River Basin. This initiative addresses issues like water quality, climate change, and land use, supporting sustainable development through data-driven insights. By contributing to data sharing and environmental monitoring, MATE plays an integral role in advancing the achievement of relevant SDGs, particularly in the areas of environmental sustainability and policy development.
MATE's involvement in the Digital Agricultural Academy, a key player in the digital transformation of agriculture, aligns with the gathering and sharing of data for SDG-related agricultural innovations. The platform promotes continuous learning, modern digital tools, and the practical application of precision farming technologies. This initiative helps gather vital data on sustainable farming practices, contributing to SDG targets related to food security, climate action, and sustainable agriculture. MATE's role in this project emphasizes its active participation in global efforts to modernize agriculture and improve data access for sustainable development.
The SHEET project (Sunburn and heat prediction in canopies for evolving a warning tech solution) focuses on developing a modern warning system to predict sunburn and heat stress in fruits. Through international collaboration, the project uses meteorological and microclimate data to create predictive models and tools that help mitigate risks like sunburn. By integrating machine learning and big data processing, it aims to improve orchard management practices, enhancing the sustainability and resilience of agriculture across borders. By the project's conclusion, all models, AI modules, and code will be shared publicly, supporting further research and practical applications in sustainable agriculture.
Soils4Africa aims to create an open-access soil information system for the continent, with a focus on key indicators for soil quality and carbon sequestration. The system, which will integrate open Earth Observation (EO) data, focuses on climate resilience, functional ecosystems, and sustainable business models for agriculture. MATE University is a key partner in this international collaboration, alongside other prominent institutions. By contributing to soil health and climate resilience, this project supports sustainable agriculture and ecosystem restoration. It also connects African and European institutions, promoting innovation in sustainable food systems and fostering an open science approach.
