This pilot promotes social innovation to reactivate the management of abandoned forests in the province of Soria, combining community engagement and digital marketing strategies with remote sensing tools. The initiative seeks to reconnect absentee forest owners with their land, encourage adaptive management, and provide a replicable model to combat forest abandonment in depopulated areas.
The document “Study on Water Use in the Textile Industry in the SUDOE Region” thoroughly analyzes the challenges and opportunities faced by the textile sector in sustainable water management, particularly in the regions of Portugal, Spain, Andorra, and southwestern France. This study is part of the Fashion Forward Interreg Sudoe project, which aims to adapt the textile industry to the requirements of the European Green Deal and to promote circularity and sustainability in the sector, with special attention to rural areas where textiles have a significant economic, social, and environmental impact.
The pilot action in Toledo province focuses on restoring dehesas affected by seca and drought through the application of integrated phytotherapeutic and silvicultural treatments. The goal is to enhance the resilience of holm oak and cork oak stands to climate change, reduce fire risk and biodiversity loss, and generate medium-term environmental and productive benefits linked to livestock farming.
In the Region of Murcia, two pilot actions will be carried out: one in Cehegín (Natura 2000 area) and another in Moratalla (burnt area). Measures will be applied in two plots, one that has been previously managed and another that has not, in order to compare the impact of the project’s measures under both types of management.
The SocialForest consortium has developed research that is already being applied in different pilot sites across regions of Spain, France and Portugal
This document aims to guide irrigators, both individuals and members of irrigation communities (CCRR), in selecting the most suitable digital solution for their needs and objectives.
The “Smart Green Water” project addresses the efficient management of water in irrigation systems through the use of Digital Twins, an advanced technology that creates dynamic and real-time virtual representations of physical systems. These digital twins integrate data from local and remote sensors to simulate, analyze, and optimize the operation of irrigation systems under various scenarios, such as water scarcity, climate change, or crop modifications.
Sitio piloto sobre cultivos anuales: cereales.
Sitio piloto en cultivos permanentes: vid y olivo.
