The ANIN projects aims to: Develop and validate, together with South African experts, innovative EO-based solutions addressing drought monitoring at national scale Involve South African end-user entities throughout the project and facilitate integration of the developed solutions into their current operational working practices demonstrating the achieved benefits Fully exploit the capacity offered by ESA EO …
HyRELIEF will exploit hyperspectral narrowbands (HNBs) captured by Hyperspectral Precursor and Application Mission (PRISMA) and employ a co-production approach with knowledge users to increase the reliability and usability of ECOSTRESS ET and ESI for drought monitoring in Kenya.
Primary objective of this project is to utilize the unique spatial, spectral and temporal characteristics of ECOSTRESS thermal sensor and PRISMA hyperspectral sensor to develop novel methods addressing the growing challenges affecting the nexus of water resource management and food security in Africa. Irrigated agriculture is right in the centre of those two domains and …
An unprecedented richness of data is captured by satellites every day, resulting in an ever-growing time series of EO data. Despite the extensive availability of data, there are still many challenges when defining procedures for extracting relevant information from long time series. The goal of the AI4FOOD project is to tackle the challenges that arise …
Within “ARIES” experimental EO analysis techniques will be developed and validated, addressing water resources management and food security matters. Those techniques,algorithms and prototype solutions will leverage a new generation of upcoming operational EO data: thermal and hyperspectral. In addition to established EO resources, especially Copernicus driven Sentinel-2 and Sentinel-3, the intended ECOSTRESS and PRISMA data …
