Start date: 01/01/2024
End date: 30/06/2026
Project Code: V3219_14653
Acronym: SMART GREEN WATER
The main objective of SMART GREEN WATER is to promote common responses to the challenges of agriculture in the SUDOE area by implementing smart specialisation strategies for a more sustainable and intelligent agricultural sector that strengthens the socio-economic fabric of rural areas. To this end, the partners work together to implement solutions aimed at accelerating the digital transition of agriculture towards a more resilient agricultural sector, adapted to climate hazards, optimised and more sober in the consumption of water resources. The project develops a transnational strategy that promotes the development, availability and dissemination of digital solutions to build the necessary capacities among key actors in the agricultural value chain and innovation.
SUDOE projects promote social cohesion and territorial and demographic balance in Southwest Europe (SUDOE) through innovation and transformation of productive sectors.
More information: Smart Green Water – Eurorregión
The major challenge for agriculture in the SUDOE is to cope with the consequences of climate change, in particular the increasingly frequent episodes of drought. Freshwater availability continues to decrease, making the agricultural sector, which is highly dependent on water resources, particularly vulnerable. It is necessary to create the conditions to promote resilience in agriculture by improving the use of an increasingly scarce resource.
To meet this challenge, the digital transformation of agriculture is essential. To support this transition, SMART GREEN WATER project partners will promote responses by implementing smart specialisation strategies (S3) for a more sustainable agricultural sector and by increasing the sector’s digital competences, thus strengthening the social fabric. Thanks to transnational cooperation, the project partners will benefit from a wealth of situations: crop and irrigation typologies, water availability, collective water management organisations, etc. The solutions, tested through pilot actions and transportable to different contexts, will make it possible to identify the best tools to meet farmers’ needs. Innovative irrigation optimisation technologies will be consolidated and disseminated through experimentation in partner regions.
Finally, digital tools will be made more accessible through a transnational training programme and a link between innovative companies and the agricultural sector. The transnational strategy developed and validated through tested solutions will connect innovation ecosystems, public administrations and the agricultural sector, the end user. The resulting digitalisation support will ensure a more water-efficient agricultural sector and rural territories that are more resilient to the effects of climate change.