Prioridad proyecto 27: 2 - Promoting social cohesion and territorial and demographic balance in Sudoe through innovation and the transformation of productive sectors

Smart Green Water | Alentejo: Strategies to Address Drought

The document shows how Alentejo is strengthening drought management by combining hydrological planning, irrigation modernization, and a strong commitment to digital tools to monitor, plan, and optimize irrigation management. It is particularly addressed to hydro-agricultural schemes and farms that need to adapt to a climate change context with less rainfall, higher temperatures, and increasingly frequent and intense droughts.

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18 de December de 2025

Smart Green Water | Catalonia: Strategies to Tackle Drought

Drought is a recurring phenomenon that affects Catalonia, altering the water cycle and conditioning both natural and human uses. The severity of drought depends not only on its duration and intensity but also on the vulnerability of the affected systems, particularly the agricultural sector, which is one of the main water consumers in the region.

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30 de October de 2025

Fashion Forward | Territorial mapping of technologies for textile circularity

The textile and fashion industry in the SUDOE region (Spain, Portugal, and southern France) faces the challenge of adapting to the European Green Deal’s requirements, with a strong focus on sustainability and circular economy. The report “Territorial Mapping of Available Technologies”, part of the Fashion Forward project, provides an analysis of current and future technology adoption in the sector.

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20 de August de 2025

Ensayos piloto de soluciones de robótica autónoma

El proyecto FRUCTHOR-IA contempla la realización, en varios territorios, de un conjunto de actividades piloto. Estos ensayos abarcarán dos categorías de soluciones de robótica autónoma: monitorización de cultivos y trabajo colaborativo humano-robot. Se asegurará la representatividad de territorios y se emplearán tecnologías de vanguardia.

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7 de August de 2025

PILOTO1 TERRAVITIS

The experimental areas are located in central France, north-western Spain and southern Portugal and belong to very different soil and climate zones, with diverse socio-economic characteristics. However, they face common challenges such as loss of soil organic matter and increased water stress due to climate change. All of this leads to a loss of microbial life and, consequently, soil fertility. Other soil problems in these areas include the impact of pesticides and synthetic fertilisers.

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7 de August de 2025

PILOTO2 ECOLAB

In this case, cross-border collaboration will take place between wineries and research centres in France, Spain and Portugal, combining their specialities to make better use of lignocellulosic waste (LCW) generated in the wine sector. All wineries in the SUDOE area face the challenge of improving their competitiveness in a global market and their resilience to crises.

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7 de August de 2025

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El proyecto FRUCTHOR-IA (código S2/1.1/E0170) es una iniciativa cofinanciada a través del Programa Interreg SUDOE, con el objetivo principal de optimizar la competitividad del sector hortofrutícola en el espacio SUDOE mediante el desarrollo de soluciones de robótica autónoma.

Yendo más allá de la transición digital, se centra en el análisis de las necesidades de automatización del sector y en el desarrollo de 2 tipos de soluciones: a) robótica para la monitorización de los cultivos; b) robótica para el trabajo colaborativo hombre-robot.

El proyecto tiene una duración de 36 meses y cuenta con una asociación diversificada de 10 beneficiarios de España, Francia y Portugal.

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22 de July de 2025

FRUCTHOR-IA

FRUCTHOR-IA (code S2/1.1/E0170) is an initiative co-financed through the Interreg SUDOE Programme, with the main objective of optimizing the competitiveness of the fruit and vegetable sector in the SUDOE area through the development of autonomous robotics solutions.
Going beyond the digital transition, it focuses on analyzing the sector’s automation needs and developing 2 types of solutions: a) robotics for crop monitoring; b) robotics for human-robot collaborative work.
The project has a duration of 36 months and boasts a diversified partnership of 10 beneficiaries from Spain, France, and Portugal.

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22 de July de 2025