This pilot activity will be developed by UPVD for apricot cultivation. The common framework for experimentation, monitoring, and evaluation will also be defined within the
This pilot activity will be developed by the UPVD partner for cherry cultivation. The common framework for experimentation, monitoring, and evaluation will also be defined
In the project’s first year, the RELIGHT consortium has designed the project management systems, carried out a territorial assessment of opportunities and needs in the
The deliverable E 2.1.1 presents the results of the co-creation process carried out under Activity A2.1 of the ENDORSE project, aimed at refining the design of pilot actions for phosphorus salt recovery from wastewater treatment plants (WWTPs) and their subsequent agricultural application. The process was structured around two consultation rounds conducted across the SUDOE area, involving agronomic stakeholders, WWTP managers, fertilizer producers, and other actors from the recovered phosphorus value chain.
The consultations identified two main validation pathways: one based on liquid, soluble, or dispersible products compatible with fertigation systems, and another based on solid, granulated, or pelletized products intended for direct soil application. Stakeholders highlighted several critical aspects, including phosphorus bioavailability, compatibility with application systems, appropriate soil and crop selection, product safety, contaminant control, economic feasibility, and regulatory acceptance.
The deliverable concludes with a set of recommendations for designing robust, comparable, and relevant pilot actions that support the future agricultural valorization of recovered phosphorus salts.
The activities of WG2 encompass the analysis, design, installation, and monitoring of innovative water management solutions at various pilot sites in Spain, France, and Portugal,
Pilot actions in each project area to contribute to the development of an agrivoltaic strategy and its adoption in the area, facilitating the prioritization of
Once the virtual weather station system has been developed, it will be integrated into the selected and improved irrigation applications within the project’s context, and
This realization consists of implementing 1 pilot action for the identification, analysis, and reduction of micro-pollutants, with testing and demonstration of innovative, scalable, and replicable
A2.1, A2.2, and A2.3 consist of the pilot-scale testing of a prevention, early detection, and remediation solution, respectively. As described above, these solutions are not
Phase 1 Emergency actions for stabilization (WG1). Phase 1 of the pilot actions for hydro-forest recovery in GIF-affected areas across the three SUDOE regions will
