La experiencia y los conocimientos de Evenor-Tech se han consolidado a lo largo de una serie de proyectos emblemáticos desde 2009. Estos proyectos abarcan desde la investigación en ciencias agrícolas y ambientales hasta la implementación de avanzadas soluciones tecnológicas. A continuación, destacaremos los principales proyectos nacionales y regionales que han cimentado nuestra reputación como líderes en innovación y sostenibilidad en el sector agrícola.
| Project title | ANALYSIS OF LAND USE CHANGE IN ANDALUSIA (SPAIN) FROM 1956 TO 2007 |
| Country | Andalucía (Spain) |
| Name of client | Consejería de Medio Ambiente y Ordenación del Territorio, Junta de Andalucía |
| Origin of funding | Public funds |
| Dates (star-end) | June 2008 – September 2009 |
| Detailed description of project | Analysis of the evolution, over time, of land uses in Andalusia, first from a historical perspective and, later, a comparative analysis between the maps of the years 1956, 1999 and 2007 that, by using different domains Territorial (regional, provincial and local, but also by watersheds, natural spaces, coast, …), allows to assess in different scenarios how these changes and the magnitude of these have been. |
| Web | Link |
| Project title | SOIL THREATS UNDER CLIMATE CHANGE SCENARIOS IN THE ANDALUSIA AREA (SPAIN) |
| Country | Spain |
| Name of client | Agencia de Medio Ambiente y Agua. Consejería de Medio Ambiente y Ordenación del Territorio. Junta de |
| Origin of funding | Public funds |
| Dates (star-end) | August 2011 – June 2012 |
| Detailed description of project | This project aims to provide new information on the impacts of climate change, both current and planned in different scenarios, and through a series of soil indicators, on productivity and vulnerability of soils, in Andalusia. In this way, the regions that are most sensitive to climate change in which the need for adaptation is most evident are identified and stresses the need to improve the technologies for monitoring and reducing the uncertainties inherent in climate assessment and its impacts. This project has been developed by Evenor-Tech for the General Direction of Climate Change belonging to the Ministry of Environment of the Regional Government of Andalusia. To this end, the best available knowledge has been used: basic information on soil and climate, and interpretative methodology. |
| Web | Link |
| Project title | Development of the CarboSOIL Decision-Support E-System to evaluate carbon hazard capacity in soils |
| Country | Spain |
| Name of client | Ministerio de Economía y Competitividad |
| Origin of funding | Public funds |
| Dates (star-end) | 00/01/2011 – 00/01/2013 |
| Detailed description of project | CarboSOIL is part of the project «Development of the CARBOSOIL e-system to evaluate the carbon sequestration capacity of soils in Andalusia. Integration of climate change mitigation factors in the MicroLEIS system», funded by the Ministry of Economy and Competitiveness (MICINN) and developed in collaboration with the University of Seville. |
| Web | Link |
| Project title | CLIMALAND. DEVELOPMENT OF CARBON FOOTPRINT ESTIMATION MECHANISMS IN AGRICULTURAL SYSTEMS |
| Country | Spain |
| Name of client | Centro de Innovación y Tecnología Agroalimentaria S.A. (1) TEPRO Consultores Agrícolas S.L. (2) |
| Origin of funding | Public funds |
| Dates (star-end) | August 2012 – December 2014 |
| Detailed description of project | The CLIMALAND platform is presented as an R&D&I initiative with a strong global and transnational interest, which, based on previous experience in the regional territory of Andalusia, aims to establish a robust, reliable, validated and flexible decision support system to assess the organic carbon storage capacity of agricultural soils through soil and climate information and the management of different agricultural crops of interest. This initiative has been funded by the European Regional Development Fund (ERDF) through the IDEA Agency call for proposals. The platform consists of interactive software and explanatory documentation that can be useful for researchers, educators and technicians interested in the sustainable use and management of soils, with particular reference to the Mediterranean region. The system consists of three interactive modules: – Carboland application for predicting the carbon sequestration capacity of soils in agricultural systems under current and global change scenarios. – E-learning platform. – Networking platform. |
| Web | Link |
| Project title | RECUPERA 2020. DESIGN AND DEVELOPMENT OF A SYSTEM FOR THE EVALUATION OF EFFICIENCY IN THE USE AND PROTECTION OF WATER AND SOIL FOR IRNAS-CSIC |
| Country | Spain |
| Name of client | INCLAM, SA |
| Origin of funding | Private funds |
| Dates (star-end) | January 2015 – December 2015 |
| Detailed description of project | The RECUPERA 2020 project is funded by the FEDER through the Programa Operativo Fondo Tecnológico. Its main objective is to evaluate the efficiency of soil and water use and protection by the agricultural sector, including a sector analysis, an assessment of the impact of climate change on Andalusian soils and a diagnosis of the current situation. Specific objectives include the characterisation of agricultural holdings in Andalusia, the analysis of water requirements, the assessment of soil contamination risks, the creation of the «ANDALAND» decision support system for assessing water and soil efficiency and, finally, the dissemination of the project results. |
| Project title | RestECO. RESTORATION AND PROVISION OF ECOSYSTEM SERVICES IN SOILS DEGRADED BY MINING ACTIVITY |
| Country | Spain |
| Name of client | Institute of Natural Resources and Agrobiology of Sevilla (Spanish National Research Council |
| Origin of funding | Public funds |
| Dates (star-end) | October 2015 – January 2017 |
| Detailed description of project | RestECO is a national project funded by the Ministry of Economy, Industry, and Competitiveness in Spain, focusing on the Guadiamar Green Corridor. This area faced ecological damage due to a mining accident in 1998. The project aims to develop restoration methods for ecosystems affected by mining, with goals like studying native plant diversity’s impact on ecosystem function, assessing tree species’ ability to stabilize contaminated soil and store trace elements, evaluating carbon sequestration potential, and proposing models to enhance ecosystem services in Mediterranean environments, including soil quality improvement and climate change mitigation. |
| Project title | WATSAT. ESTIMATING WATER EFFICIENCY IN SOIL USING SATELLITE IMAGES AND MODELING APPROACH |
| Country | Spain |
| Name of client | DIVA – Boosting innovative Digitech Value chains for Agrofood, forestry and environment (H2020) |
| Origin of funding | Public funds |
| Dates (star-end) | 01/04/2019 – 31/01/2020 |
| Detailed description of project | The WATSAT project aims to develop a decision support system that estimates soil water content using satellite imagery to improve water management efficiency. The system uses multiple data sources from on-farm measurements and external resources such as climate platforms and Copernicus. The prototype developed, Watsat Desktop, generates a database for Geographic Information Systems (GIS) to calculate soil water content, taking into account external factors such as NDVI data from SENTINEL 2 imagery. Tested in Andalusia, the method correlates NDVI with soil moisture, overcoming challenges such as cloud cover and outliers. Farmers have expressed interest in consistent and accessible data, while the project provides ideas for market integration and emphasises stakeholder involvement. As CAP budgets decrease, ICT tools could support sustainable farming practices and cost-effective monitoring for authorities. |
| Web | Link |
| Project title | AgrarIA. Research on the use of Artificial Intelligence as a governance system for the Agricultural Value Chain |
| Country | Andalucía (Spain) |
| Name of client | TEPRO Consultores Agrícolas SL |
| Origin of funding | The AgrarIA project is funded by the Artificial Intelligence R&D Missions Programme of the State Secretariat for Digitalisation and Artificial Intelligence (SEDIA) of the Ministry of the Economy and Digital Transformation (File No. MIA.2021.M01.0004), corresponding to the funds of the Recovery, Resilience and Transformation Plan. |
| Dates (star-end) | 01/12/2022 – On going |
| Detailed description of project | The AgrarIA project aims to apply artificial intelligence and Industry 4.0 technologies in real solutions to improve agricultural production in Spain. The aim is to promote a more technological, innovative and sustainable agri-food sector, committed to energy efficiency and reducing the carbon footprint. The project will develop the AgrarIA platform, which will integrate the entire agricultural value chain (production, transformation and distribution) into one computer unit. This platform will allow the implementation of initiatives that facilitate a rapid, efficient, productive and sustainable transformation of the agri-food sector. As the Spanish agri-food sector faces challenges such as digitalisation, AgrarIA aims to integrate biotechnology, Agriculture 4.0, the Internet of Things (IoT), big data, robotics and artificial intelligence to identify new methods of agricultural production. This will help transform the sector into a global, sustainable and carbon-neutral industry. |
| Web | Link |
| Project title | BIOLIVAR. Monitoring, optimisation and valorisation of natural capital in olive growing under integrated production in Andalusia. |
| Country | Andalucía (Spain) |
| Name of client | Regional Ministry of Agriculture, Livestock, Fisheries and Sustainable Development. Directorate General for Industry, Innovation and the Agri-Food Chain. |
| Origin of funding | AYUDAS AL FUNCIONAMIENTO DE GRUPOS OPERATIVOS DE LA AEI EN EL SECTOR DEL OLIVAR (OPERACIÓN 16.1.3.). |
| Dates (star-end) | 08/07/2022 – On going |
| Detailed description of project | The BIOLIVAR project is built from a key need of the olive sector: It is necessary to know how to improve management at farm scale to make profitable and quality production sustainable with improved biodiversity and sustainable use of soil and water with strategies valid for multiple types of olive groves. |
| Web | Link |
| Project title | C-OLIVAR. Desarrollo metodológico y validación de créditos de Carbono, y fomento de prácticas de manejo que acumulen carbono orgánico en el OLIVAR . |
| Country | Andalucía (Spain) |
| Name of client | Dirección General de Industrias, Innovación y Cadena Agroalimentaria, parte de la Consejería de Agricultura, Pesca, Agua y Desarrollo Rural de la Junta de Andalucía. |
| Origin of funding | Orden de 7 de julio de 2020, dirigidas a apoyar la productividad y sostenibilidad agrícolas a través del funcionamiento de Grupos Operativos de la Asociación Europea de Innovación (AEI). Esta iniciativa está incluida en el Programa de Desarrollo Rural de Andalucía 2014-2022, especificando ayudas dentro de la operación 16.1.3. |
| Dates (star-end) | On going |
| Detailed description of project | El proyecto BIOLIVAR tiene como meta principal el desarrollo, validación y difusión de una estrategia para optimizar el capital natural en olivares de producción integrada. Esta estrategia será aplicable a diversos tipos de explotaciones y contempla una herramienta para que terceros puedan evaluar la producción de olivar. El proyecto busca apoyar tanto a la administración regional y nacional como a los agricultores en mejorar la gestión de la biodiversidad a través de un manejo sostenible de las cubiertas vegetales. Este enfoque se adapta a las variadas condiciones sociales, económicas y ambientales específicas de los olivares, así como a los diversos riesgos y desafíos vinculados a la biodiversidad. |
| Web | Link |
| Project title | INDIBIO-OLIVAR. Modelo innovador de indicadores de biodiversidad en olivar con cubierta vegetal en el marco de la PAC 2023-2027 |
| Country | Andalucía (Spain) |
| Name of client | Dirección General de Industrias, Innovación y Cadena Agroalimentaria, parte de la Consejería de Agricultura, Pesca, Agua y Desarrollo Rural de la Junta de Andalucía. |
| Origin of funding | Orden de 7 de julio de 2020, dirigidas a apoyar la productividad y sostenibilidad agrícolas a través del funcionamiento de Grupos Operativos de la Asociación Europea de Innovación (AEI). Esta iniciativa está incluida en el Programa de Desarrollo Rural de Andalucía 2014-2022, especificando ayudas dentro de la operación 16.1.3. |
| Dates (star-end) | On going |
| Detailed description of project | El proyecto INDIBIO-OLIVAR se centra en desarrollar y validar protocolos para evaluar la biodiversidad en olivares, alineándolos con los objetivos de la nueva Política Agrícola Común. El proyecto tiene como meta apoyar a administraciones y agricultores en la implementación de prácticas sostenibles que promuevan la biodiversidad mediante la gestión adecuada de las cubiertas vegetales. Los objetivos específicos del proyecto incluyen: Desarrollo de Protocolos: Establecer protocolos de muestreo que sean accesibles y que proporcionen datos precisos para la toma de decisiones en la gestión de olivares, con un enfoque en la eficiencia económica y la sostenibilidad ambiental. Evaluación de Impacto: Medir cómo las prácticas de manejo de la cubierta vegetal afectan la fauna de olivares y desarrollar un índice de biodiversidad para facilitar el análisis de la biodiversidad a nivel local y regional. Aplicación del Índice: Utilizar el índice desarrollado para estimar la biodiversidad en diferentes escalas, lo que facilitará la identificación de necesidades y la validación de estrategias de manejo sostenible. Promoción de Buenas Prácticas: Proponer y difundir buenas prácticas basadas en los resultados obtenidos para mejorar la biodiversidad en olivares. Este enfoque busca no solo mejorar la biodiversidad sino también proporcionar herramientas y estrategias efectivas para una gestión sostenible del olivar. |
| Web | Link |
