Partnership for Research and Innovation in the Mediterranean Area - PRIMA
Overview: FARMING - Sustainable farming systems under Mediterranean environmental constraints
Project Officer Fabrice Dentressangle, Partnership for Research and Innovation in the Mediterranean Area - PRIMA
Team
members: 1149
Partner
organizations: 528
Budget
EUR :
140.359.790
Projects: 97
Atlas
Outcomes and Impact
| Outcomes and Impact | Type | Indicators | View | |
|---|---|---|---|---|
| Development and adoption of new alternative feed sources | development outcome | 0 | ||
| Adoption of a circular economy approach in the livestock production by valorising the by-products | development outcome | 0 | ||
| Valorisation of local crops or adapted species to the local conditions for animal feeding | development outcome | 0 | ||
| Reduce the cost of production and improve the quality of the final products | development outcome | 0 | ||
| Favor mix crop-livestock systems | development outcome | 0 | ||
| Socioeconomic growth of the regions | development outcome | 0 | ||
| Gender equality and women empowerment | development outcome | 0 | ||
| Impact 1: Improved efficiency and cost-effective climatic control procedures and technologies for Mediterranean year-round greenhouse cultivation. To use the Joule root heating system connected to semi-transparent PV modules and sensorized/ controlled by innovative ICT tools. No external energy will be need. ICT tools will also control other parameters such as ventilation, fertilization & irrigation. A Smart Farming system will be developed to a holistic control of the system. All the information will be used for training of farmers and processing companies. | development outcome | 0 | ||
| Impact 2: Development of innovative technologies and practices to produce organic crops. Encapsulated biopesticides in AZMUD will impact in 1) An improvement in the plant health; 2) Reduction of current environmental problems, 3) Reduction of the number of the treatments in crops due to prolonged efficiency & 4) Prevent natural pesticides degradation. Natural pests can contribute to increase organic crops production. Biodegradable films will reduce the use of pesticides and contribute to organic crops The reduction of the soilless operation costs (root hearing, PV modules, magnetic fields and ultra-low energy drip) will contribute to increase the production using these systems | development outcome | 0 | ||
| Impact 3: Development of innovative and environmentally friendly integrated pest management. IDAI will produce biopesticides by using botanical extracts as mentioned. This is in line with the Directive on the Sustainable Use of Pesticides (EU, 2009a) aims to reduce impacts on human health and the environment, and compromise to identify active substances that can acts as substitutes of synthetic pests. The control release will allow to improve the efficiency of the system along the time and protect against human manipulation and reduction of its efficiency (by effect of temperature, UV or moisture). | development outcome | 0 | ||
| Impact 4: Development of new bio-degradable materials to be used in the cultivation systems able to minimize the disposal of residues & contaminants. AZMUD aims to develop transparent agriculture films suitable for 4 months. i.e., new films are 3 times more resistant than current ones. The films are compostable mixed with waste plants, but if small pieces remain in the soil this will be degraded in a short time (soil biodegradation). The use of natural pesticides will not affect the composability of AZMUD’s films. These films will be used as a much, solarization or disinfection film. | development outcome | 0 | ||
| Impact 5: Cost-effective and socially accepted new cultivation methods aimed at improving hand-labour conditions. In WP6: Environmental, social, regulatory and economic analysis will be performed in order to ensure the full exploitation and farmers acceptance of the proposed technologies. Personal contacts and well-conducted surveys to spread new cultivation will be conducted for improving the experiences of workers. IDAI, MIRRA, TABIT. ECOFARM & NRC partners have a very closed contact with farmers communities. | development outcome | 0 | ||
| Impact 6: Novel tools (best practices, decision support system, models, discussion and co-development platforms, ICT, etc.) assisting farmers management. With our multi specialized team in NRC and TABIT, we will spread new methods for farmers to develop administration & technical supports based on ICT tools and specialised training activities. Training activities will be proposed in WP7. Smart Farming system based on the experience of Vodafone Smart Village tech will be adapted to the conditions and singularities of low-tech Mediterranean greenhouses (WP4). | development outcome | 0 | ||
| Outcome 1a: Root heating based on Joule effect integrated in hydroponic systems (WP2 &5). | development outcome | 0 | ||
| Outcome 2a: Semi-transparent flexible photovoltaic modules to be placed over the greenhouse structure (WP2 &5). | development outcome | 0 | ||
| Outcome 3a: Magnetic water and seed technologies (WP2 &5). | development outcome | 0 | ||
| Outcome 4a: Natural encapsulated pesticides (WP3 &5). | development outcome | 0 | ||
| Outcome 5a: Biodegradable agriculture films with a resistances > 3 months in warm greenhouse environments (WP3 &5). | development outcome | 0 | ||
| Outcome 6b: Low energy drip irrigation system (WP2 &5). | research outcome | 0 | ||
| Outcome 7: ICT and support decision tools for greenhouse farmers (WP4 &5). | development outcome | 0 | ||
| Outcome 8: Consultancy services to select the best AZMUD technologies for selected placed and crops (WP2 to 5). | research outcome | 0 | ||
| Outcome 1b: Root heating based on Joule effect integrated in hydroponic systems (WP2 &5). | research outcome | 0 | ||
| Outcome 2b: Semi-transparent flexible photovoltaic modules to be placed over the greenhouse structure (WP2 &5). | research outcome | 0 | ||
| Outcome 3b: Magnetic water and seed technologies (WP2 &5). | research outcome | 0 | ||
| Outcome 4b: Natural encapsulated pesticides (WP3 &5). | research outcome | 0 | ||
| Outcome 5b: Biodegradable agriculture films with a resistances > 3 months in warm greenhouse environments (WP3 &5). | research outcome | 0 | ||
| Outcome 6a: Low energy drip irrigation system (WP2 &5). | development outcome | 0 | ||
| New value chains for food industy by-products valorisation | research outcome | 0 | ||
| Food industry by-products valorisation strategies | development outcome | 0 | ||
| Food industry by-products based ingredient feeding strategies | development outcome | 0 | ||
| Production of food industry by-products based ingredients at semi-industrial scale | development outcome | 0 | ||
| Feed efficiency results of the use of food industry by-products based ingredients with animals | development outcome | 0 | ||
| Life Cycle Assessment results of the proposed valorisation strategies | research outcome | 0 | ||
| Life Cycle Costing results of proposed valorisation strategies | research outcome | 0 | ||
| Social assessment results of proposed valorisation strategies | research outcome | 0 | ||
| Dissemination and Exploitation Plan | research outcome | 0 | ||
| Project Handbook | research outcome | 0 | ||
| Mental models and participatory focus groups will provide improved knowledge of the technical, spatial and organizational dynamics of Mediterranean production systems and enable the innovation facilitators to promote adoption of innovations by farmers. | research outcome | 0 | ||
| FFS will significantly improve farmers’ appreciation and knowledge of soil erosion mechanisms to under conditions of water scarcity through illustrated examples and demonstration activities | development outcome | 0 | ||
| Redesigned cropping systems including multi-crop rotations, including pulses and other leguminous plants will be more resilient to climate uncertainties. | research outcome | 0 | ||
| Ecological approach to CA enables reduced and optimised use of water, energy, nutrients and potentially toxic substances (synthetic pesticides, mineral fertilizers, antibiotics). | research outcome | 0 | ||
| Transform recognised methods of soil building and water use efficient management techniques (i.e., crop-livestock integrated CA, reduced/no-till agroecology) into Mediterranean relevant types and demonstrate increased rainfall water availability and water use efficiency for crops, as well as, improved production of Mediterranean crops with efficient water management. | development outcome | 0 | ||
| Enable access to markets, i.e. ensure access of local producers to distribution channels and markets, providing the general population with healthy and sustainable products | development outcome | 0 | ||
| Increase the income of the farmers, also including other possible agricultural-linked income sources and ensure transparency and fair pricing structure along the value chain | development outcome | 0 | ||
| Promote access to work of young farmers and women | development outcome | 0 | ||
| Improve sustainable food production systems with efficient use of natural resources and with eco-friendly processes with low GHG emission | development outcome | 0 | ||
| Reduce food losses along production and supply chains, including post-harvest losses and potentially valorising the waste left | development outcome | 0 | ||
| Higher operational standards for pastoral organizations | development outcome | 0 | ||
| Inclusiveness and resilience. Active involvement of pastoral communities, women and vulnerable groups (smallholders, young pastoralists, unemployed), through motivation and skills provision, towards territorial development | development outcome | 0 | ||
| Increased innovation capacities for a wide range of Value Chains of Pastoral products actors, through training and information activities, and availability of Innovations and Business Models to increase their performances and competitiveness | development outcome | 0 | ||
| Healthier societies. A deeper understanding and appreciation of pastoralism, that will be linked to healthier products and environments –greener and circular economy patterns, with less waste and GHG - and will pave the way for more sustainable pathways in other systems and domains. In addition, the project outputs will represent an important reference for the provision of other services such as wildfire prevention | development outcome | 0 | ||
| Policy uptake. Targeted policy options in order to resolve issues specific to pastoralism, accelerate agro-ecological transition and allow the system to prove its potential | development outcome | 0 | ||
| Targeted and solution-driven research. Contribution to holistic interdisciplinary research on pastoralism, accounting for the totality of its multiple facets and characteristics and providing training to young scientists to ‘fill the gap’ between their skills and competences and the needs of pastoral systems and people. | research outcome | 0 | ||
| To improve food security by increasing food production per amount of irrigation water (10-20% higher wayter productivity) applied to the crops and its quality under arid and semiarid conditions. | development outcome | 0 | ||
| To increase the agricultural income (10-15%) by optimizing and/or decreasing the use of inputs and giving farmers and technicians tools. | development outcome | 0 | ||
| To implement advanced methodologies for the management of farms, promoting the creation of qualified and specialized employment. The aim is to increase direct and indirect highly qualified jobs for young people related to the use and maintenance of advanced technologies by 10-15%. | development outcome | 0 | ||
| To increase the resilience of agricultural systems to climate change through the development of tools for forecasting and advising against extreme climatic events. The aim is to increase by 10%-20% agricultural activity under adverse climatic conditions. | development outcome | 0 | ||
| To decrease the impact on the environment by reducing the use of water, energy and fertilizers in annual and fruit tree crops, by improving the integration of livestock in the management of irrigated farms, and by promoting the use of good agricultural practices. The aim is to reduce water and energy consumption in annual crops, fruit trees and vines by 15-30%, decreasing the contamination of groundwater resources, and improving the conservation of soils (decrease erosion and salinization). | development outcome | 0 | ||
| Development of new organic cropping systems based on more efficient use of a Mediterranean resource (sea fennel) with high resilience to climate change shocks/risks, low environmental impact, high economic potential | development outcome | 0 | ||
| Contribution to the zero-waste farming systems target | development outcome | 0 | ||
| Decreased use of chemical inputs and development of alternative solutions | research outcome | 0 | ||
| Encouraged consumption of food produced using more sustainable practices | development outcome | 0 | ||
| Increased income of the farmers from biodiversity use, improved farming techniques and improved certification of products | development outcome | 0 | ||
| Biodiversity conservation | research outcome | 0 | ||
| Improved scientists’ mobility, visits, and exchange across the Mediterranean | research outcome | 0 | ||
| Soil health conservation practices: These practices are improve soil health and overall agroecosystem performance. | research outcome | 0 | ||
| Links of soil health and microbiota: Identification of such links and "keystone" species will iprove the resilience of Mediterranean egro-ecosystems to abiotic stresses | research outcome | 0 | ||
| Soil biogeochemical modelling: The obtained simulations will allow us to expand experimental sites findings at timescales appropriate for agro-ecosystem management | research outcome | 0 | ||
| Development of a soil health assesment tool: This tool will enables the interpretation of soil health status in the Mediterranean (and beyond it) pedo-climatic conditions | research outcome | 0 | ||
| DSS Software development and training: This tool in fact attempts to translate research findings to user friedly software to help farmers in decision making | development outcome | 0 | ||
| Identification of SES constrains and mechanisms for improvement: This activity will allow us to achive consensus on which problems exist and need to be solved so that new practices can be incorporated | research outcome | 0 | ||
| Cost benefit analysis of the soil heath conservation practices: The cost benefits will help to identify satisfying alternatives from the farmer viewpoint by means of multicriteria analysis as well as in the development of appropriate incentives to promote soil health conservation practices | research outcome | 0 | ||
| Dissemination and Communication: The dissemination and communication activities will help to maximize the visibility and the impact of the proposal. | research outcome | 0 | ||
| • identification of a set of genotypes better adapted to regional Mediterranean conditions by genetic and phenotypic characterization of cereal and food legumes genotype collections already available by partners; | research outcome | 0 | ||
| development of new genetic resources and evaluation of their behavior against environmental constraints; management of new agronomic systems by exploring more sustainable practices | research outcome | 0 | ||
| Soil fertility restoration and enrichment: identification of agroecological practices (no tillage and continuous soil coverage) best suited to farmers’ aims that can increase soil biological richness and diversity (in particular, arbuscular mycorrhizal fungi, rhizosphere bacteria,), and lead to high crop production; | research outcome | 0 | ||
| Develop a project Website | research outcome | 0 | ||
| Techno-economic sustainability evaluation of end-of-life alternative valorisation options and Environmental assessment of target valorization routes into bio-based products | research outcome | 0 | ||
| Assessment of social acceptance of new farming options and final products | research outcome | 0 | ||
| Report on Case Studies in the Mediterranean: adaptive forage mixtures | research outcome | 0 | ||
| Report on local farmers' perception on forage mixtures in the Mediterranean | research outcome | 0 | ||
| Report on female farmers' view on forage mixtures in the Mediterranean | research outcome | 0 | ||
| Scientific paper on adaptive forage mixtures for goods and services in the Mediterranean | research outcome | 0 | ||
| Scientific paper on local perceptions on adaptive forage mixtures in the Mediterranean | research outcome | 0 | ||
| Scientific paper on female farmers' view on adaptive forage mixtures in the Mediterranean | research outcome | 0 | ||
| Model on adaptive mixtures under different climatic conditions in the Mediterranean | development outcome | 0 | ||
| Valorisation of traditional and novel use of biodiversity in farming systems | research outcome | 0 | ||
| Increase sustainability and resilience of farming sustems, particularly regarding the environmental and social (e.g. health of farmers) dimensions | research outcome | 0 | ||
| Increase of farmers’ income through ecologically sustainable productions | research outcome | 0 | ||
| Preservation of natural resources, including biodiversity | research outcome | 0 | ||
| Agricultural productivity increased and production diversified in a participatory, sustainable and climate-change resilient manner | research outcome | 0 | ||
| New agricultural research strategy adopted and implemented | research outcome | 0 | ||
| Crop yields increased | research outcome | 0 | ||
| Number of innovations in farming systems developed enabling sustainable and efficient agriculture and food systems | research outcome | 0 | ||
| Enable access to markets, i.e. ensure access of local producers to distribution channels and markets, providing the general population with healthy and sustainable products | research outcome | 0 | ||
| Increase the income of the farmers, also including other possible agricultural-linked income sources and ensure transparency and a fair pricing structure along the value chain | development outcome | 0 | ||
| Promote access to the work of young farmers and women | research outcome | 0 | ||
| Improve sustainable food production systems with efficient use of natural resources and with eco-friendly processes with low GHG emission | research outcome | 0 | ||
| Reduce food losses along production and supply chains, including post-harvest losses and potentially valorising the waste left | development outcome | 0 | ||
| Valorise the germplasm collections maintained in Mediterranean countries, which hold large genetic diversity and contain genotypes adapted to a large diversity of stressful environments; | development outcome | 0 | ||
| Promote IFS with quality and sustainability, having organic and family farming as reference; | development outcome | 0 | ||
| Capitalize current and new knowledge about genetic mechanisms of tolerance to abiotic stresses; | research outcome | 0 | ||
| Capitalize physiological and morphological mechanisms of responses to abiotic stresses; | research outcome | 0 | ||
| Develop/improve selection methods that will increase our ability to enhance breeding approaches and crop management practices increasing maize tolerance to abiotic stresses; and | research outcome | 0 | ||
| Identify drought and heat tolerant varieties from previous breeding programs that can be released to farmers for sustainable and environmentally friendly production of maize under increasing stress. | research outcome | 0 | ||
| 1) Control of the effects of climate change and the associated risks for plant and animal health (including existing and emerging diseases, and adaptation of livestock systems) | development outcome | 0 | ||
| Research | development outcome | 0 | ||
| Development | development outcome | 0 | ||
| Research | development outcome | 0 | ||
| Development | development outcome | 0 | ||
| Development | development outcome | 0 | ||
| Development | development outcome | 0 | ||
| Development | development outcome | 0 | ||
| Development | development outcome | 0 | ||
| Research | development outcome | 0 | ||
| SHORT-TERM. Improved monitoring of soil and land degradation in the Med. context through a harmonised set of indicators. The underlying Call assumption here is that monitoring SEH enables LD monitoring, and the MR-adapted harmonized SEH indicators and monitoring protocols are the main project deliverables (WP3-4). The SIS is a further enabler of improved monitoring, beyond Call expectation. KPIs: 1) Number of Med countries/regions LLs involved in developing, validating and implementing the MR-adapted harmonized indicators and protocols, and the SIS software tool, ≥9. 2) N. of non-EU Med countries where a LUCAS-inspired sampling grid is designed and tested, 6. 3) N. of study areas where monitoring protocol is fully implemented on the ground, ≥9. 4) N. of point sites included in the new harmonized SEH open access dataset generated across the MR, >2000. 5) N. of Med countries/regions where SIS is installed at host institutions, ≥5. | research outcome | 0 | ||
| SHORT-TERM. Mapping research infrastructures and Living labs as enabling environment for the monitoring and assessment. Research infrastructures, including labs and data management facilities capable to implement monitoring and manage SIS, as well as research teams / agencies with capacity to support the process, will be mapped (WP2 deliverable; collaboration with FAO-GSP). Existing certified and potential LLs will be mapped based on criteria set by reference organisations like ENOLL and on project’s LL experience (WP8 deliverable). KPIs: 1) N. of reference laboratories identified in partner Med countries/regions, ≥9. 2) N. of entities with SDI management capacity identified in partner Med countries/regions, ≥9. 3) N. of existing or potential soil LLs identified in partner Med countries/regions, ≥9. | research outcome | 0 | ||
| SHORT-TERM. Contribution to the JRC's Soil Atlas of the Mediterranean Region. SOILS4MED will do a unique preparatory work for the future Soil Atlas of the MR: legacy data and maps inventoried, digitized, harmonized across different lab methods, data specifications, and soil classification systems (towards WRB 2022), thus made understandable and usable for data owners first, and potentially sharable for use by partners and by the public (WP2 deliverable). KPIs: 1) N. of legacy soil maps retrieved and made usable, ≥100. 2) N. of legacy georeferenced point data (including full profile files) retrieved and made usable, ≥1000. | research outcome | 0 | ||
| LONG-TERM. Assessing potential positive effects on the agro-ecosystem water, carbon and nutrients cycle of appropriate soil management practices through a validated and harmonised set of indicators (biological, chemical, and physical). This long-term impact will be achievable thanks to SOILS4MED, if the wished soil monitoring systems will be established in the MR, because: i) project’s indicator sets will be really integrated (provide information on multiple soil functions; water, carbon, and nutrients), as secured by WP3, and will be responsive in the diverse soil and environmental contexts (WP4); and ii) the monitoring system will generate data needed by tools used to support SSWM planning and assessment: such tools will be identified, further developed, applied, and demonstrated in test cases in selected study areas (WP6 deliverables). KPIs: 1) The delivered integrated indicator sets include properties that are directly linked to agro-ecosystem water, carbon, and nutrient cycle and that are responsive to soil management (deliverables D3.4 and D4.3). 2) N. of major online SSWM multi-tool platforms further developed and tailored for use in test cases, 1. 3) N. of non-EU study areas where SSWM tools are demonstrated in test cases, ≥4. 4) N. of sc. publications on use of SEH SDI and tools to plan/assess SSWM in MR, ≥6. | research outcome | 0 | ||
| LONG-TERM. Enabling Improved predictions for the potential role of Mediterranean soils for soil carbon sequestration and how external disturbances can affect this potential. WP7 will demonstrate that this long-term impact will be fully achievable, if the wished soil monitoring systems will be established in the MR: enhanced predictions of C-Stock and C-seq. potential are WP7 deliverables (among others), that are made possible by the SOC field data generated by the project and by the project sampling strategy designed to target diverse agroecological conditions, soil types, and levels of degradation (disturbance). KPIs: 1) N. of MR-wide soil maps/datasets which quality is improved thanks to project-generated SDI, ≥2. 2) Methodological pathways developed to achieve quality improvement by SDI integration (deliverable D7.4). 3) N. of sc. publications on prediction and mapping of soil C-stock and C-seq. potential, ≥6. | research outcome | 0 | ||
| LONG-TERM. Mitigating the advance in desertification through improved SIS able to alert on risks for soil degradation. This expected long-term impact implies capacity to generate spatially explicit information on soil degradation risks. Thanks to SOILS4MED, if the wished soil monitoring systems will be established in the MR, this impact will be achievable, because i) WP4 will secure that the indicator sets capture the relevant facets of soil/land degradation enabling to set LD baselines and monitor LD trends, and ii) WP6 will secure that the obtained SDI can duly feed relevant land degradation neutrality (LDN) tools. KPIs: 1) The delivered integrated indicator sets include properties that are directly linked or linkable to soil degradation and land degradation/desertification risks (deliverables D3.4 and D4.3). 2) N. of tools to plan mitigation of LD and achieve LDN demonstrated in test cases in study areas, ≥2. 3) N. of sc. publications on soil condition and degradation monitoring/mapping, ≥6. | research outcome | 0 | ||
| Identification of new genes, molecular markers involved in the expression of key traits important to enhance Mediterranean farming system sustainability | research outcome | 0 | ||
| New insights into molecular regulatory networks modulating key traits of legumes and their interactions with rhizobia | research outcome | 0 | ||
| Delivery of at least 2-5 new lentil and chickpea genotypes more adapted for biodiversity-based agriculture in 5 different geographic regions of Mediterannean basin | research outcome | 0 | ||
| Functional and quanti-qualitative evaluation of more than 50 new genotypes (under-studied genotypes, wild crops relatives) in field conditions. | research outcome | 0 | ||
| New models, tools and approaches to: 1) yield beneficial effects in term of soil and water preservation, nutrient recycling, pest and pathogen natural control; 2) reduce mono-colture | research outcome | 0 | ||
| New tailor-made cropping systems, management innovations based on integration of agrobiodiversity at any level (genetic, species and habitat) with natural capability of coping with biotic and abiotic stresses exacerbated by climate change | research outcome | 0 | ||
| Selection of elite rhizobial strains with enhanced BNF with selected germplasm valorising multiple biotic interactions (belowground interactions) | research outcome | 0 | ||
| Enhancement of ecosystem services of traditional agricultural systems of the Mediterranean basin | research outcome | 0 | ||
| “Know-how” to face future environmental constraints driven by climate change | research outcome | 0 | ||
| Improved management of natural flora/fauna interactions to adapt Mediterranean agriculture to climate change | research outcome | 0 | ||
| Provide new ground-breaking knowledge to enhance legume’s use in new sustainable farming systems | research outcome | 0 | ||
| Promote more participatory process between multi-actors in the design, performance and exploitment of innovations in BBA | research outcome | 0 | ||
| Improved efficiency and cost-effective climatic control procedures and technologies for Mediterranean year-round greenhouse cultivation. | research outcome | 2 | ||
| Development of innovative and environmentally friendly integrated pest management practices | research outcome | 0 | ||
| Development of new bio-degradable materials to be used in the cultivation systems able to minimize the disposal of residuals and contaminants to the environment | research outcome | 1 | ||
| Cost-effective and socially accepted new cultivation methods aimed at improving hand-labour conditions | development outcome | 1 | ||
| Novel tools (best practices, DSS, models, discussion and co-development platforms, ICT, etc.) assisting farmers to improve management | research outcome | 2 | ||
| identification of priming treatments to generate climate-ready plants with enhanced defence mechanisms against abiotic threats and pests (technological) | development outcome | 1 | ||
| the characterization of target genes, molecules and pathways and their involvement in the priming process (scientific) | research outcome | 0 | ||
| reduction in synthetic chemical inputs and improvement in usage of water and other natural resources, facilitating the transition from conventional to organic farming (ecological) | development outcome | 0 | ||
| providing a cost-efficient technology to maintain farmers' income and ensure their welfare reducing the application of pesticides to manage important pests (socioeconomic) | development outcome | 0 | ||
| To induce increased resilience and adaptation in cropping and rangeland systems covering more than 1.1 M ha among the four study regions | development outcome | 0 | ||
| Results will be relevant to more than 13,500 farms among the study regions, but with potential replication to related farms in the Med. Basin, helping these achieve more sustainable productions | development outcome | 0 | ||
| To adress water reuse and use of unconventional water sources | development outcome | 0 | ||
| To test and foster systems which increase soil organic carbon by at least 0.4%, supporting ecological services | research outcome | 0 | ||
| To benefit yield. The main indicators are yield maintenance and stability, the bottom line for practitioner stakeholders. TRANSITION will also address improvements in forage quality and product value | research outcome | 0 | ||
| olive residues biochar efficiency in removing polyphenols form olive mill wastewaters | research outcome | 0 | ||
| sustainability of olive stone and husk pyrolysis | research outcome | 0 | ||
| effect of polyphenols added char from olive residues in goats and sheep diet | research outcome | 0 | ||
| sustainability of mixed crop-animal farming | research outcome | 0 | ||
| Preliminary Design of an olive residues biochar producing unit | development outcome | 0 | ||
| Business plans for olive mills, feed manufacturers and farmers | development outcome | 0 | ||
| Animal feed formulas | development outcome | 0 | ||
| Redesign of the systems | research outcome | 0 | ||
| Yield stability and quality in comparison to standard farming systems under challenging environmental conditions | research outcome | 0 | ||
| Increased soil fertility by the proposed farming systems | research outcome | 0 | ||
| Increased income and satisfaction by the farmers and consumers for the improvement of nutritional value of crops | development outcome | 0 | ||
| Increased efficiency in the use of water | research outcome | 0 | ||
| Promotion of environmentally, socially and economically sustainable agroecosystems, capable of preserving natural resources from degradation and sharply limiting the impact of production systems on the environment | development outcome | 0 | ||
| New organizations facilitating learning and coordination among actors, between farmers and along the value chain | development outcome | 0 | ||
| Database on apple and pear germplasm | development outcome | 0 | ||
| Technical guide describing the design, set up and management of the new agroecosystem | development outcome | 0 | ||
| Know-How on the possible transfer of the DREAM approach to other crops | research outcome | 0 | ||
| Report on agroecosystem management and agronomical, and productive performance. | development outcome | 0 | ||
| Database for fruit specialized metabolites of apple and pear fruits from ancient and modern varieties | development outcome | 0 | ||
| Know-How on the socio-economic and environmental impact of the DREAM alternative agroecosystems | research outcome | 0 | ||
| Positioning paper with policy recommendations | development outcome | 0 | ||
| Know-How on the consumers' attitudes towards high quality and diverse products. | research outcome | 0 | ||
| Innovative, ad-hoc marketing strategies for the DREAM products | research outcome | 0 | ||
| Consumers and society demand safe, healthy, and sustainable water and food. VEG-ADAPT solutions for sustainability will contribute to securing vegetable production while reducing the environmental load, in particular on water availability and quality. Non-agricultural water users and society at large will benefit also of the lower water mark and environmental quality of plants grown following VEG-ADAPT guidelines. Protecting vegetable crop cultivation from effects of global change also has wide implications for securing jobs in particular in the most exposed South bank countries, whose vegetable industry is however actually booming. Thus, VEG-ADAPT will contribute to preventing loss of jobs and consequent social instability and migration, as explored in WP5. | research outcome | 0 | ||
| Low-input and conventional farmers need practical solutions for increasing vegetable resilience to multiple stress induced by climate change, avoiding production losses and reducing resource inputs and production costs. They will have at their disposal new resilient genotypes/rootstocks (WP1, WP4) and optimized management techniques for open field and protected cultivation (WP4) which will be validated for their socio-economic and environmental sustainability in WP5 and demonstrated in WP6 | research outcome | 0 | ||
| Organic farmers have even larger exposure to climate effects than conventional producers, in particular due to the spread of existing and novel pests and pathogens favoured by lower crop fitness and changes in environmental conditions. These crop management innovations provided by VEG-ADAPT will be developed under conventional agriculture conditions, but their nature (novel genotypes, organic amendments) will make them potentially usable also for integrated and organic systems. Furthermore, the resilient genotypes selected within VEG-ADAPT will be tested for their susceptibility to pests and pathogens, and guidelines for integrated pest management will be delivered | research outcome | 0 | ||
| Extension services and professional advisors require continuous update on biological processes and derived techniques that can mitigate climate change effects in crops. They will have at their disposition guidelines (WP 1 to 5) and technical/scientific publications (WP6) that will allow them to share the novel knowledge and practical solutions developed by the project. | research outcome | 0 | ||
| Breeding and seed companies, in particular SMEs, strive for innovation that can be turned into marketable technology and know-how. They will benefit from innovations developed by the project and made available in accordance with Open Data principles. This will refer in particular to selected, climate resilient landraces (WP1), new varieties and hybrids to be used for breeding programmes (WP2, WP3), and novel selection markers to be used for marker-assisted selection (MAS) (WP3). | research outcome | 0 | ||
| Policymakers request science-based advice and support for policy implementation. VEG-ADAPT will provide information on economic, environmental, and social impact of climate change in the vegetable industry and the implications of uptake of VEG-ADAPT innovation (WP5). Furthermore, it will provide recommendations for policies and regulation concerning management of agricultural water and IP issues linked to germplasm exploitation in the Mediterranean (WP5, policy briefs in WP6). | research outcome | 0 | ||
| Researchers. It is widely recognised that the number of plant scientists is inadequate with respect to the gravity of the challenges agriculture is facing worldwide, due to climate change conditions and growing population. VEG-ADAPT will contribute to filling this gap through the technical training and international secondments offered to scientists/technicians/practitioners within and outside the Consortium. Additionally, its communication strategy specifically aims at raising the awareness in society about such challenges, and at recruiting the youngest to plant sciences. VEG-ADAPT is thus expected to build Mediterranean capacity both directly and indirectly. | research outcome | 0 | ||
| Optimisation of land resources exploitation, while ensuring sustainable land management, and presence the diversity of wild pollinators | research outcome | 0 | ||
| Ensure pollinations services provision considering landscape characteristics, weather and climate | research outcome | 0 | ||
| Validated tools and models for the holistics assessment of honey bee health and productivity | research outcome | 0 | ||
| Development of new models able to predict honey bee colony health and colony development as well as pollination services | development outcome | 0 | ||
| Assessment of honey bee productivity in relation to colony density | research outcome | 0 | ||
| Development of new precision apiculture tools for accurate and continuous data collection on honey bee health and productivity | development outcome | 0 | ||
| Describe the proper beekeeping management practises in different environments to minimise colony losses. | research outcome | 0 | ||
| Ensure continuous information flow from the research group to the producers | development outcome | 0 | ||
| MiDiVine project will generate and integrate heterogeneous datasets (genomics, epigenomics, transcriptomics, metabolomics, Life Cycle Inventories and ampelography) describing genotypes, phenotypes and the environment in different Mediterranean areas | research outcome | 0 | ||
| Understanding the genetic, physiological and molecular bases of grapevine adaptation to abiotic stress and resistance to fungal diseases and develop new protection strategies through multi-factorial approaches, based mainly on use and management of functional microbial biodiversity | research outcome | 0 | ||
| Understanding the relationship between the acquisition of tolerance/resistance triggered by functional microbiome and the expression of plant immunity under fluctuating environmental conditions. | research outcome | 0 | ||
| Integration of functional microbial biodiversity into technical itineraries of farming systems of different geographical locations involved in grape production in Mediterranean countries. This will provide a good source for adaptation of grape cultivars and management practices to changing climate. | development outcome | 0 | ||
| Strengthening the sustainability of production systems through reduction of chemical inputs, while minimizing environmental impact, improving water use efficiency and preserving biodiversity | development outcome | 0 | ||
| Adaptation of biocontrol strategies to different terroir of Mediterranean environment and improving management of typical products and rural development. | development outcome | 0 | ||
| Transfer of knowledge and tools (new protocols for defining threats to plant’s health and monitoring early stress responses, diagnostic methods, etc) among partners | development outcome | 0 | ||
| The achievement of an economically and environmentally sustainable agroecosystem should combine optimal use efficiency of natural resources, lower external inputs, increased biodiversity and production stability that collectively sustain crop resilience, crop profitability and optimisation of water use efficiency under climate change, all would result in reduction of grape production costs. | development outcome | 0 | ||
| Improving product quality, food security, transition to a biobased economy, knowledge to support for decision making process and increase of competitiveness through innovations are also pivotal for progress in societal challenges in terms of future food and job security. | development outcome | 0 | ||
| Sustainable and climate resilient farming | development outcome | 0 | ||
| Small farmer empowerment | development outcome | 0 | ||
| Improved access to technology | development outcome | 0 | ||
| New knowlwdge on plant-to-plant communication | research outcome | 0 | ||
| New knowlwdge on the connections between shade and abiotic stress | research outcome | 0 | ||
| Improve resilience of crops to climate change by improving soil quality | development outcome | 0 | ||
| Secure or increase farmers' income | development outcome | 0 | ||
| Minimize risk of failure with loss of yield | development outcome | 0 | ||
| Production of an optimised organic amendment based on local date-palm residues | development outcome | 0 | ||
| Increase organic matter content of soil | research outcome | 0 | ||
| Increase water retention of soil | research outcome | 0 | ||
| Improve microbial and fungal life in soil to help plant to be more resistant to external aggressions | research outcome | 0 | ||
| Crop recommandation sheetto help farmers to choose the best and the most relevant farming systems | development outcome | 0 | ||
| Demonstration of an intercropping system in olive groves with local leguminous crops that can adapt to climate change | development outcome | 3 | ||
| Test and apply the nature-based solution of constructed wetlands for sustainable treatment of wastewater from cork and olive oil industry | development outcome | 1 | ||
| Recovery/production of high value-added by-products from agricultural and industrial residues and the reed biomass grown in the CWs in a closed loop of resources management | research outcome | 1 | ||
| Production of renewable energy via anaerobic digestion of lignocellulosic agro-industrial residues and reeds biomass grown in the CWs and identification of optimum energy conversion routes (electric power, heat, cooling) of the biogas production under the MED context in the countryside. | development outcome | 1 | ||
| Valorization of pressed anaerobic digestion residues (from biogas) as biofertilizer or for the production of biobased chemicals via valorization of lignin in the anaerobic residue | research outcome | 2 | ||
| Production of biochar from the residual biomass resulting from the maintenance of olive and cork trees and the anaerobic fermentation residues to amend soil | research outcome | 1 | ||
| Evauation of the project results with regards to economic, ecological and social parameters and communication and dissemination of the project results to farmers and general and professional public and adaptation of the project outcome to other regions and MED countries | development outcome | 1 | ||
| Ensuring effective communication within project partners and with funding agencies and the general public | development outcome | 1 | ||
| Outcome: Develop novel diagnostic tools for early detection of cystic echinococcosis in sheep. Impact: Provide new solutions for improving agrosystem resilience to climatic change in the Mediterranean area, developing new approaches to control CE in order to increase sheep productivity, thus improving the agro-livelihood, income and satisfaction by farmers in these areas. | development outcome | 0 | ||
| Outcome: Validate the use of the EG95 recombinant vaccine for the first time in the selected Mediterranean countries using two different vaccination programs. Impact: Promote novel management practices based on sustainable and efficient use of natural resources (increasing sheep productivity) and decreases the use of chemical inputs (e.g. vaccination of animals). | research outcome | 0 | ||
| Outcome: Improve surveillance and control activities for CE in Mediterranean areas. Impact: Promote novel management practices based on sustainable and efficient use of natural resources (increasing sheep productivity) and decreases the use of chemical inputs (e.g. vaccination of animals). | research outcome | 0 | ||
| Outcome: Strengthen CE surveillance and control through capacity building and training activities. Impact: Secure adequate expertise within research management, data collection methods and analysis among the partners | research outcome | 0 | ||
| Systems redesigned to minimize the risk of failure associated with yield losses due to inappropriate farming systems and climate change, and secure the incomes of the farmers | development outcome | 0 | ||
| Adoption of environmentally, socially and economically sustainable agroecosystems productions | development outcome | 0 | ||
| New organizations facilitating learning and coordination among actors, between farmers and along the value chain | development outcome | 0 | ||
| Increased efficiency of the use of natural resources (water) | development outcome | 0 | ||
| Increased soil fertility by the proposed farming systems | development outcome | 0 | ||
| Increased income and satisfaction by the farmers | development outcome | 0 | ||
| Yield stability and quality in comparison to standard farming systems under challenging environmental conditions | development outcome | 0 | ||
| The proposed farming system is based on crop rotation with legumes and on the enhancement of the intra specific diversity by using EPs (Evolutionary Populations) of bread wheat, durum wheat, barley and triticale and introducing NPGs (New Perennial Grains). This strategy will limit yield losses due to climate extremes and diseases, and secure farmers’ income since EPs have the capability of continuously adapting to the conditions under which they are grown while NPGs guarantee soil restoration, grains and forage for animals on degraded soils. | research outcome | 0 | ||
| The proposed strategy holds the potential to improve environmental parameters as well as socioeconomic conditions of the farming system. The project will assess and increase the economic and social sustainability of farming activity by identifying drivers and gaps and taking actions for improvements with focus on local specificities and readiness of transferability. | research outcome | 0 | ||
| At least 200 farmers (with the target of 50% women farmers) will participate at different levels, directly in the experimental work by either hosting the field trials or evaluating the field trials, workshops and T-groups, or by dissemination activities (field visits, events). The participatory action approach will promote community awareness on important issues related to sustainable development, management of natural resources, social structure and roles leading to positive changes. | research outcome | 0 | ||
| The ability of NPGs to rebuild degraded soils improving SOM, soil biodiversity, and porosity consents the ecological and economic rehabilitation of agricultural land. In addition, both EPs and NPGs allow for an improved use of marginal land being low resource demanding systems. | research outcome | 0 | ||
| The project will quantify the mean increased incomes and satisfaction of the farmers due to cereal yield stability and increase, together with the reduced use of agrochemicals (at least 50%) achieved thanks to rotation practices, crop diversification (legumes), EPs and NPGs adoption. Women and men farmers hosting the field trials will have the capacity and receive the necessary support, to access, maintain and increase their income from the use of EPs that increase production while at the same time maintaining yield stability and ecosystem resilience under changing climate conditions. Farmers will be left with seeds and practices so that they can continue to use them well beyond the project duration. They will be the testimonials for further extension of the approach during and after the project. | research outcome | 0 | ||
| NPGs are 3D crops, providing not only grain yields but also biomass for forage during their continuous growing along the year. EPs guarantee more stable productions over the years as compared to single varieties and productivity increase is expected in the medium-long term. | research outcome | 0 | ||
| For NPGs, assuming lower yield of approximately 38-40% in comparison with annual wheat, a lower profitability is foreseen. Nevertheless, the lower profitability is counterbalanced by the higher environmental sustainability and resilience of the perennial crop, specifically in areas affected by heat, draught, unfavourable soil composition etc., as well as by a series of cost advantages: i) lower insurance and seed cleaning costs; ii) lower cost of fertilizer; iii) lower pesticide, seeding and harvesting costs (thus, particularly useful to small farms); iv) potential subsidization linked to carbon footprint. For EPs, the better adaptability will result in: 1) higher yields, prudently, +10% (i.e. higher output for farmers), more significantly in the Southern Mediterranean Countries (Algeria, Morocco, Tunisia) and in EU Mediterranean countries (such as France, Italy, Greece and Spain) under low-input conditions; 2) more stable yields over time (i.e. more stable output). The total effect is a reduction of uncertainty on profit and a higher orientation to undertake agricultural activities also in difficult areas. | research outcome | 0 | ||
| The diversification of agro-ecosystems within CHANGE-UP will result in increased nutritional functional diversity i.e. the diversity of nutrients in cropping systems with possible positive impact on human health. The use of EPs will also specifically address the issue of nutritional complementarity within the same nutritionally functional group (i.e. cereals). Safeguarding genetic variability within plant species is a way not only to protect the species against pathologies or adverse environmental effects, but also to assure a wide nutritional profile in terms of macro- and micro-nutrients for humans. | research outcome | 0 | ||
| NPGs and EPs are well suited to low-input agriculture, thus per se contributing to lower the impact of nitrogen and phosphorus fertilization on the environment and the occurrence of herbicide and pesticide residues both in the environment and in foods. In the case of EPs, it has been reported that the presence of complementarity resistance patterns (complementation) exerts less selection pressure on pathogens, thus reducing the risk of new virulent strains appearing. This will possibly result in less diffusion of plant pathogens, that in the case of fungi (i.e. Fusarium species) will result in a lower accumulation of harmful mycotoxins in the products for human consumption (i.e., bread). | research outcome | 0 | ||
| CHANGE-UP will increase farmers’ capacity to manage NPGs and EPs for enhanced productivity and quality of their local food and feed crops. Farmers will be the testimonials for further extension of the approach during and after the project. The CHANGE-UP participatory action approach will promote community awareness on important issues related to sustainable development, management of natural resources, social structure and roles leading to positive changes in habits. | research outcome | 0 | ||
| CHANGE-UP will have an impact on national seed legislations in the partner countries (Algeria, Tunisia and Morocco) and beyond them by bringing to the attention of national policy makers the process that is actually taking place in EU related to the use of heterogeneous material not complying with distinctiveness, uniformity, and stability requirements. The new legislation will mean improved availability of seeds and plant reproductive materials more adapted to organic farming requirements. CHANGE-UP will anticipate the development of suitable material – which will be ready to use in 2022 - for the organic sector, thus giving an important contribution to equip a fast-growing sector. | research outcome | 0 | ||
| Scientific impact and technological impacts. The “BIOPESTICIDES” project will create new knowledge on distribution of bioactive plants in the participating countries, on novel extraction methods, bioactive substances, formulation, mechanisms of action, and biological activities of new botanical and algal preparations | research outcome | 0 | ||
| Health and social impact. Application of natural herbicides and/or insecticides will reduce the chemical traces in feed and food chain which in turn reduce the negative impacts on humans and animals | research outcome | 0 | ||
| Economic impact (i) Transfer of technology through technical cooperation contracts for the methodology that is developed. (ii) Creation of new market opportunities with the main activity of exploiting the research results of the current project. (iii) New job opportunities. (iv) Commercialization of plants or microalgae with herbicidal/insecticidal activities would generate income that would help sustain the liveli-hoods of communities in semi-arid areas. (v) Reduction of natural product costs through extraction by biofermentation. | development outcome | 0 | ||
| Environmental impact. The “BIOPESTICIDES” project will contribute to the EU goal of increased sustainability in agriculture, according to the directive 2009/128/EC18 of the European Parliament and the Council, providing a range of actions in order to achieve the sustainable use of pesticides in the EU by (1) reducing the risks and impacts of pesticide use on human health and the environment and (2) promoting the use of Integrated Pest Management (IPM) and other alternative approaches. An expected outcome of the “BIOPESTICIDES” project is the development of natural products exhibiting a large degree of specificity against harmful insects and weeds, but which are safe for humans and environmental animals such as fish and beneficial insects | development outcome | 0 | ||
| Collection of Mediterranean local varieties/ landraces of Vitis vinifera and other species of Vitis genera | research outcome | 0 | ||
| Collection of Mediterranean microbiological consortia | research outcome | 0 | ||
| Associations between vines and legumes that allow double profitability | development outcome | 0 | ||
| Findable, Accessible, Interoperable and Reusable (FAIR) phenotyping data/protocols (Standard Operating Procedures, data in open databases) | research outcome | 0 | ||
| Management techniques adapted to local resilient varieties | development outcome | 0 | ||
| Communication and dissemination products (training material, practice abstracts in local languages, guidelines, policy briefs, web media, ...) | development outcome | 0 | ||
| Exploitation plan | development outcome | 0 | ||
| Enable access to markets providing the general population with healthy and sustainable products | research outcome | 0 | ||
| Increase the income of the farmers and ensure fair pricing structure along the value chain | development outcome | 0 | ||
| Promote access to work of young farmers and women | research outcome | 0 | ||
| Sustainable food production systems and eco-friendly processes | research outcome | 0 | ||
| Reduce food losses, including post-harvest losses and valorizing the waste left | development outcome | 0 | ||
| Training of new Researchers, thus increasing the essential specialised scientists on sustainable crop production and protection | development outcome | 0 | ||
| Establishment of stakeholder networks within and across countries, thus promoting effective knowledge exchange and collaboration in the Mediterranean area | development outcome | 0 | ||
| Publications in peer review journals and international conferences thus enhancing the knoweldge base for sustainable crop production and protection | research outcome | 0 | ||
| increased understanding of the complex interactions that occur at the farm scale among trophic levels (microbe-crop-pest-beneficial organisms), thus enhancing the knowledge needed for a sustainable management of agroecological applications | research outcome | 0 | ||
| Identification of tomato/eggplant/pepper local varieties (landraces) that are resistant to (a) salt and nitrogen-limiting stresses and (b) pests, thus new tools will be available for sustainable crop production | research outcome | 0 | ||
| Characterization and testing soil microbes that boost plant growth and defenses, thus new tools will be available for sustainable crop production | research outcome | 0 | ||
| Identification of Wild Mediterranean plants that attract natural enemies and pollinators, thus new tools will be available for sustainable crop production. | research outcome | 0 | ||
| Online platform to inform farmers about the risks associated with pesticide use, the alternative eco-friendly solutions to pesticides and the risk farmers might face in the future in relation to climate change and extreme climate events. | development outcome | 0 | ||
| Selection of the best agricultural practices for target crops (maize, vineyard and aromatic plants) in the Mediterranean region will enhance crop yield and soil fertility using less resources and reduced chemical inputs. This will further increase farmers income and prompt the production of valuable/certified products. | development outcome | 0 | ||
| Redesigned Mediterranean agro-systems to minimize yield losses due to climate change will decrease economic losses of farmers | development outcome | 0 | ||
| Increased efficiency of the use of natural resources namely water, will allow water conservation in agricultural systems and alleviate adverse effects of drought on crops growth and yield, ensuring high productivity. | research outcome | 0 | ||
| New techniques comprising the combination of new bioinoculants and/or amendments with cropping systems to increase soil fertility and climate change resilience of farming systems. This will positively impact soil health, nutrient availability, water holding capacity and soil organic matter in Mediterranean area. | research outcome | 0 | ||
| New stakeholders’ networks comprising farmers and farmers associations will help new farmers to overcome barriers and identify opportunities in establishing redesigned agro-systems. | development outcome | 0 | ||
| New guidelines regarding widely adaptable agricultural practices and the economic assessment of the expected adopted practices will improve sustainable agricultural productivity in the Mediterranean region and farmers acceptance | development outcome | 0 | ||
| Best agricultural practices for improvement of soil biodiversity in Mediterranean agro-systems | research outcome | 0 | ||
| Omics and Online tools for soil “productive-biodiversity” characterization will allow the development of i) new markets regarding the assessment of agricultural soil quality based on biological criteria, ii) databases for Mediterranean climates and related crops (like PIA Agroecosol); iii) recommendations for soil management in the Mediterranean region. | development outcome | 0 | ||
| Improved design of Agri-Environmental Schemes (AES) regarding the Common Agricultural Policy (CAP) | research outcome | 0 | ||
| Improve sustainable food production systems | development outcome | 0 | ||
| Increase farmer's income, also including other possible agricultural-linked income sources and ensure transparency and fair pricing structure along the value chain | development outcome | 0 | ||
| Promote access to work for young farmers and women | development outcome | 0 | ||
| Enable access to markets, i.e., ensure access of local producers to distribution channels and markets, providing the general population with healthy and sustainable products | development outcome | 0 | ||
| Improve sustainable food producion systems with efficient use of natural resources and with eco-friendly processes with low GHG emission | research outcome | 0 | ||
| Reduce food losses along production and supply chains, including post-harvest losses and potentially valorising the waste left | research outcome | 0 | ||
| More sustainable farming system to face the current and future marginal conditions and better adapted with the climate change for improving the farmers’ incomes. | development outcome | 0 | ||
| Decreasing use of chemical inputs and development of alternative solutions (new bio-based products, new techniques, and policies) | research outcome | 0 | ||
| Increasing income of the farmers from biodiversity use, improved farming techniques | development outcome | 0 | ||
| Engaged youth, empowered women | development outcome | 0 | ||
| CICLICA will enhance precision irrigation techniques and the NCW use combined with SAPs, by the creation and effectively deployment in the living labs | development outcome | 0 | ||
| CICLICA will provide a methodology for optimizing irrigation practices adapted to the alternative crops and soil conditions. Moreover, the Biotechnology applications and genetic selection and alternative crops will generate data in that way that it will be possible to optimize the soil fertility, and salt retention, emphasizing various aspects of absorbency and absorbent. | research outcome | 0 | ||
| CICLICA will allow the introduction to new varieties of crops through the combination of economic and environmental performance and exploiting the biodiversity of Mediterranean systems | development outcome | 0 | ||
| Innovation across the Mediterranean agri-food sector through the Life Cycle Analysis. | development outcome | 0 | ||
| Sustainable feeding systems based on spontaneous halophytes and a maximal contribution of local feed resources | research outcome | 0 | ||
| Sustainable feeding systems based on spontaneous halophytes and a maximal contribution of local feed resources | research outcome | 0 | ||
| Preservation and better valorization of local breeds adapted to harsh conditions (salinity, dry and high temperature) | research outcome | 0 | ||
| Best practices for welfare and health management | research outcome | 0 | ||
| Meat/milk with higher sensorial and nutritional quality | research outcome | 0 | ||
| Meat/milk Labelling and developing innovative market opportunities | development outcome | 0 | ||
| Identification of natural compounds from the halophytes having antibacterial, antiparasitic effects | research outcome | 0 | ||
| Promotion of meat/milk produced using sustainable and agro-ecological practices | development outcome | 0 | ||
| Improving farmers income by reducing cost, improvement of performances by adapting best practices for feeding, health, and welfare management and producing a higher quality | research outcome | 0 | ||
| The employment of young people and women in this sector can be enhanced since the activity is sustainable | development outcome | 0 | ||
| Shepherds with a sustainable income will not have to migrate to other regions | development outcome | 0 | ||
| New biofertilizer/s for controlling soil-borne fungal pathogens and increasing the Alpha acid content in hops | research outcome | 0 | ||
| New bio-pesticide/s based on aromatic plants or priming molecules | research outcome | 0 | ||
| Resistant varieties to adapt against climate change adverse effects | research outcome | 0 | ||
| Sustainability Assessment indicators and a digital web-based tool. | development outcome | 0 | ||
| Novel Crop management strategies | development outcome | 0 | ||
| A more sustainable agriculture and food production system with more efficient use of natural resources and better resilience to climate change (more ecologically stable cropping systems), adaptation (choice of species and varieties adapted to the climate) and mitigation (reuse of crop residues and soil carbon sequestration). | research outcome | 0 | ||
| Improved economic and social resilience of Mediterranean smallholder farming systems to climate change | development outcome | 0 | ||
| Contribution to the zero waste farming systems, and new bioconversion of cropping residues in a frame of circular economy. | research outcome | 0 | ||
| Decreasing use of chemical inputs and development of alternative solutions (new bio-based products, new techniques and policies). | research outcome | 0 | ||
| Increasing income of the farmers from biodiversity use. | development outcome | 0 | ||
| Fostering the empowerment of youth and women. | development outcome | 0 | ||
| Greater presence of qualified farmers in agriculture sector and in the Mediterranean area. | development outcome | 0 | ||
| Primed seeds of naturally resilient orphan legumes | development outcome | 0 | ||
| Priming system based on PGPB | development outcome | 0 | ||
| Med Hub data collection for orphan legumes utilization/implementation | development outcome | 0 | ||
| Pilot sites across the Mediterranean Region | development outcome | 0 | ||
| Knowledges about the agrosystem features related to orphan legumes farming | research outcome | 0 | ||
| Open data collection related to orphan legumes farming | development outcome | 0 | ||
| Screening of germplasm for stress tolerance | development outcome | 0 | ||
| Influence of priming on agronomic performance under different conditions | research outcome | 0 | ||
| Report on barriers and enablers of the use of orphan crops | development outcome | 0 | ||
| Report on impact of dietary preferences and climate change on adoption of orphan legumes | development outcome | 0 | ||
| Bias correction tailored at agriculture in Great Mediterranean Region | research outcome | 0 | ||
| Bias corrected climate projections for the Great Mediterranean Region | development outcome | 0 | ||
| Environmental impact underlying the inoculant production | research outcome | 0 | ||
| Environmental, socio and economical impact of BENEFIT-Med farming system | research outcome | 0 | ||
| Socioeconomic analysis and participatory breeding | development outcome | 0 | ||
| Enhanced training of key stakeholders | development outcome | 0 | ||
| Exploitation strategy for the outcomes | development outcome | 0 | ||
| Better knowledge of epigenetic and genetic processes of adaptation in sheep and poultry | research outcome | 0 | ||
| Valuation of local sheep breeds and chicken populations for more sustainable in-situ conservation | development outcome | 0 | ||
| More efficient gene banks for ex-situ conservation of genetic resources | development outcome | 0 | ||
| Implementation of nucleous flock for genome assisted breeding in Morocco | development outcome | 0 | ||
| Implementation of poultry breeding and cross-breeding centers in Tunisia, Algeria and Morocco | development outcome | 0 | ||
| Validation of sensors for animal remote phenotyping in extreme environments | research outcome | 0 | ||
| Centralised database to store/retrieve Mediterranean agro-pastoral systems information | development outcome | 0 | ||
| Diagnoses of agro-pastoral systems and ecosystems health cards | research outcome | 0 | ||
| Predictive models of crop/forage productivity, pasture growth, animal growth, herd performance, shelf-life of foods (& web apps) | research outcome | 0 | ||
| Banks of bacteriocinogenic and probiotic LAB from Mediterranean foods; feed blocks formulas; Added-value compounds from agri-food residues | research outcome | 0 | ||
| Quality notebooks for labelling agro-pastoral products and Pricing /Marketability of products | research outcome | 0 | ||
| PAS-AGRO-PAS e-platform, the e-commerce and the body of training materials | development outcome | 0 | ||
| First outcome: Reduction of the risk of failure associated with yield losses and climate change | development outcome | 0 | ||
| Second outcome: Reduction of intervention for water supply | development outcome | 0 | ||
| Third outcome: Valorization of microbial endophyte biodiversity and consequent ecosystem services to the plant analysing and selecting the optima consortia of endophytes. | research outcome | 0 | ||
| Fourth outcome: Valorization of the local grapevine biodiversity that has naturally adapted to environmental constraints in the Mediterranean conditions; | research outcome | 0 | ||
| Fifth outcome: A high improvement of knowledge on the metabolic pathways regulated in grapevine cultivars upon exposure to drought | research outcome | 0 | ||
| Impact 1: For each variety, 15-20 genetic markers of tolerance to water stress to be used in early screening in nurseries, or in breeding programs for the production of new tolerant varieties. | research outcome | 0 | ||
| Impact 2: One collection of culturable grapevine microbiomes, characterized for their beneficial properties in the plant response to water stress. Overall, we will produce collections representative of different Mediterranean districts (Sicilian and Algerian). | research outcome | 0 | ||
| Impact 3: Ready-to-use microbial endophytic preparations following the optimization of producing and formulation protocols. These preparations can be safely used in the field without the risk of altering the local biodiversity. | development outcome | 0 | ||
| Impact 4: 1 model for the study of plant-microbe interaction under controlled conditions in response to abiotic stresses useful to other perennial fruit crops. | research outcome | 0 | ||
| Impact 5: 2 innovative procedures (double grafting or direct inoculation) to produce commercial material enriched with beneficial endophytes. | development outcome | 0 | ||
| Valorisation of traditional and novel use of biodiversity infarming systems | research outcome | 0 | ||
| Increase sustainability and resilience of farming systems, particularly regarding the environmental and social dimensions. | development outcome | 0 | ||
| New organizations/living labs facilitating learning and coordination among actors, between farmers and along the value chain | development outcome | 0 | ||
| Preservation of natural resources, including biodiversity | research outcome | 0 | ||
| The detection of molecular markers in close linkage to agronomic traits for the set-up of marker-assisted selection (MAS) approaches in novel breeding schemes to enhance abiotic stress tolerance. | development outcome | 0 | ||
| The project will improve and make better use of genetic resources by acting at various levels | research outcome | 0 | ||
| E1.More efficient use of natural resources and better climate change adaptation. Local crop varieties with increased resistances to droughts and extreme weather; Microbial and chemical biostimulants that increase nutrient efficiencies and drought resistances; Agronomical practices to increase soil water holding capacity ↓ 25% average use of irrigation water ↓ 40% average use of N and P fertilizers | research outcome | 1 | ||
| E2.Improved economic and social resilience of Mediterranean smallholder farming systems to climate change. With full-cost/value accounting, the value of local natural capital (ecosystem services) will be revealed in terms of higher small-farms’ resistance towards climate variability and costs’ reduction due to lower payments for insurances and compensations. At the social level, the increased efficiency will release time for the improvement of family relationships and the personal development of women.↓30% cost for insurance fees and compensations against climate events ↑50% efficiency and available time for the family and the personal development of women | development outcome | 2 | ||
| E3.Contribution to zero waste farming system. Local biomasses are recycled as soil amendments and not wasted; Leaching of N to groundwater is reduced by using N-fixing microorganisms; Pesticides is pollution is reduced by employing crop varieties resistant to pests and microorganisms with ↓ 60% reduction of wasted useful biomasses ↓ 30% of N leached to groundwater ↓ 50% of pesticides applied. | research outcome | 3 | ||
| E4.Increased income of the farmers from biodiversity use,improved techniques and products certification. The substitution of conventional methods (e.g. agrochemicals) by eco-based methods, combined with full-cost/value accounting, will increase small farms’ income, while the monetization of the PEF performance at all production stages -“from farm to fork”- will attract significant financial capital to small-farms for further improvements. ↑ 50% of small-farms’ income ↑65% PEF performance compared to conventional agriculture ↑75% capital investment due to ↑PEF. | development outcome | 1 | ||
| E5.Engaged Youth, Empowered women Special attention will be paid to the involvement of female stakeholders, stimulate networking and participation of women to dissemination events, courses and workshops. Moreover, participation to these events will be promoted among youth. Training courses will aim to involve researchers, MSc and PhD students to develop and enhance the multifaceted training of young scientists. This will also help on the integration of project results into curriculums of university participants. ↑ 20% or more of women’s and ↑ 30% or more of youth (< 30 years old) participation in courses and workshops. | development outcome | 2 | ||
| E6.Encouraged consumption of food produced using more sustainable practices Open discussions during the demonstration workshops (T6.3) will promote consumption of food produced using more sustainable practices. It will also be promoted through promotional and information materials, as well as social media. Expected 40 participants from local communities (citizens) in the open discussions in the frame of the demonstration workshops. | development outcome | 1 | ||
| E7.Reduction of greenhouse gases (GHG) emissions from soils. The adoption of no-tillage practices and the soil application of humified organic matter, strongly foreseen in SIRAM as 2 main pillars, are known to reduce GHG emissions ↓ 30% of GHG | research outcome | 1 | ||
| E8.Increase of structural and functional biodiversity of agricultural soils. Sustainable agriculture practices adopted in SIRAM (beneficial microorganisms, no-tillage, cover crops, applied biomasses) will result in an increased soil biodiversity and enrichment of beneficial microorganisms ↑ in soil bacterial and fungal diversity indexes ↑ of OTUs with beneficial traits. | research outcome | 2 | ||
| E9.Understaning of plants induced systemic resistance (ISR) processes SIRAM will carry out advanced omics studies to assess the gene expression and metabolomics response of plants exposed to ISR-eliciting microorganisms >20 metabolites discovered >40 genes expressed 1 process described. | research outcome | 2 | ||
| E10.Valorizaton of local biodiversity SIRAM will isolate, characterize and apply bacterial and fungal strains with stimulation and defence abilities, and plants with resistance towards abiotic stresses >100 new beneficial strains discovered >10 genomes sequenced >10 resistant crop varieties tested. | research outcome | 3 | ||
| Technical indicator - Innovations developed enabling sustainable and efficient agriculture and food systems | research outcome | 4 | ||
| Technical indicator - Access to novel foods | research outcome | 1 | ||
| Technical indicators - Integrated solutions for pest management | research outcome | 2 | ||
| Impact indicators - Improved resource efficiency and increased circularity | development outcome | 6 | ||
| Impact indicators - Reduction of environmental impacts | development outcome | 3 | ||
| Impact indicators - Increased competitiveness of Mediterranean farmers | development outcome | 2 | ||
| Operational indicators - Stakeholder involvement | development outcome | 3 | ||
| Operational indicators - Knowledge-sharing/Dissemination | development outcome | 1 | ||
| Business indicators - Nº of exploitable results | development outcome | 1 | ||
| Business indicators - Nº of publications | development outcome | 1 | ||
| Improved monitoring of soil and land degradation in the Mediterranean context through a harmonised set of indicators | research outcome | 1 | ||
| Mapping of research infrastructures and Living labs as enabling environment for the monitoring and assessment | research outcome | 0 | ||
| Contribution to the JRC’s Soil Atlas of the Mediterranean Region | research outcome | 0 | ||
| Assessing/Enabling the assessment of the potential positive effects on the agro-ecosystem water, carbon and nutrients cycle of appropriate soil management practices through a validated and harmonised set of indicators (biological, chemical, physical) | development outcome | 0 | ||
| Enabling Improved predictions for the potential role of Mediterranean soils for soil carbon sequestration and how external disturbances can affect this potential | development outcome | 0 | ||
| Mitigating the advance in desertification through improved soil information systems able to alert on the current risks for soil degradation | development outcome | 0 | ||
| Samples taken in unsampled areas (D3.1) | research outcome | 0 | ||
| Statistical analyses and models on land use (D4.2) | development outcome | 0 | ||
| Analyses of soil and crop response to management (D3.3) | research outcome | 0 | ||
| Economic and Environmental impact analyses (D3.5) | research outcome | 0 | ||
| Soil degradation driver (D5.3, D6.3) | development outcome | 0 | ||
| Integration of scientific and communication expertise (D6.1) | research outcome | 0 | ||
| Dissemination, Exploitation, Communication & Outreach (DECO) to foster sustainable management practices to enhance soil functions (D7.1, D7.3, D7.4, D7.5, D7.6) | development outcome | 0 | ||
| Licensing process of the models built (D7.7) | development outcome | 0 | ||
| To build and manage a long-lasting partnership of relevant actors | development outcome | 0 | ||
| Development, test and validation of novel low cost and low energy urban decentralized wastewater treatments aimed at enhanced renewable water supply | research outcome | 0 | ||
| Study of the impact of wastewater treatments in plants/crops performance through modern -omics tools | research outcome | 0 | ||
| Evaluation of the local biodiversity and co-benefits. | research outcome | 0 | ||
| Promotion of environment respectful practices like pest management by biofertilizers such as Trichoderma sp., including knowledge transfer for their practical implementation. | research outcome | 0 | ||
| Safety evaluation related to the proposed approaches, including monitoring of emerging pollutants, in water soil and produced crops. | research outcome | 0 | ||
| Development of general management models able to simulate local and decentralized agro-ecological practices in several scenarios. | research outcome | 0 | ||
| Optimization of implemented approach in terms of techno-economic analysis, environmental impact and local feasibility | research outcome | 0 | ||
| Local promotion of the proposed solutions both in terms of acceptability but also to increase their economic value | research outcome | 0 | ||
| Realization of the photocatalytic system for freshwater RAS (trout)) | development outcome | 0 | ||
| Realization of the photocatalytic system in seawater RAS (Seabream) | development outcome | 0 | ||
| Potential improvement of growth performance, water quality, lowering of fish disease incidence evaluation in trout | research outcome | 0 | ||
| Potential improvement of growth performance, water quality, lowering of fish disease incidence evaluation in seabream | research outcome | 0 | ||
| Decrease of drug pollution including the antibiotic resistance in aquatic bacteria and its potential risks to humans in trout and seabream RAS | research outcome | 0 | ||
| Improvement of feed conversion efficiency in trout and in seabream | research outcome | 0 | ||
| Reduction of NH3 and Greenhouse gasses emitted from trout and seabream rearing systems | research outcome | 0 | ||
| Efficient coordination, collaboration and cooperation among working groups | research outcome | 0 | ||
| A wide dissemination plan, during and after the end of the project, will be conducted at various levels to sensitize fishermen, filters producers and consumers towards the need of a more sustainable in aquaculture. The involvment of policy makers and fish/filters producers (see attached letters) will guarantee the spreading of information of the obtained results, in order to encourage sustainable aquaculture throughout inland or costal farms of the Mediterranean basin Countries. | development outcome | 0 | ||
| More sustainable agriculture and food production system with more efficient use of natural resources and better climate change resilience, adaptation and mitigation | research outcome | 0 | ||
| Decreasing use of chemical inpputs and development of alternative solutions (new bio-based products, new techniques and policies) | development outcome | 0 | ||
| contribution to the zero-waste farming system | development outcome | 0 | ||
| Incresing income of the farmers from biodiversity use, improved farming techniques and improved certification of products | development outcome | 0 | ||
| Improved economic and social resilience of Mediterranean smallholder farming systems to climate change; a.o. through engaged youth and empowered women | development outcome | 0 | ||
| Preventing emergence of pest species through improved knowledge and monitoring systems | research outcome | 0 | ||
| Improved knowledge on, and access to, eco-friendly rodent management products, services, and technologies | research outcome | 0 | ||
| More sustainable agriculture and food production system with more efficient use of natural resources and better climate change resilience, adaptation and mitigation | research outcome | 0 | ||
| Decreasing use of chemical inpputs and development of alternative solutions (new bio-based products, new techniques and policies) | development outcome | 0 | ||
| contribution to the zero-waste farming system | development outcome | 0 | ||
| Incresing income of the farmers from biodiversity use, improved farming techniques and improved certification of products | development outcome | 0 | ||
| Improved economic and social resilience of Mediterranean smallholder farming systems to climate change; a.o. through engaged youth and empowered women | development outcome | 0 | ||
| Preventing emergence of pest species through improved knowledge and monitoring systems | research outcome | 0 | ||
| Improved knowledge on, and access to, eco-friendly rodent management products, services, and technologies | research outcome | 0 | ||
| 9% waste reduction, 20% GHG emission reduction, 8% production cost reduction of feedstuffs | research outcome | 0 | ||
| 2 insect species, 3 local poultry breeds and 8 plant varieties adapted to climate change | development outcome | 0 | ||
| 2% of inorganic fertiliser replacement by organic fertilisers in the Mediterannean Region | research outcome | 0 | ||
| 2 new insect organic fertilisers, poultry meat and eggs locally produced with improved quality | development outcome | 0 | ||
| 10 courses (2 in each country) with at least 100 youth and women engaged for improving socio-economic resilience of local, smallholder farms | research outcome | 0 | ||
| Co-creation living labs and workshops with at least 6 position paper reports | research outcome | 0 | ||
| New, circular, sustainable value chains aiming at climate neutrality | research outcome | 0 | ||
| Physical collections of identified BCA/microorganisms of selected regions. | research outcome | 0 | ||
| Primary data regarding the metagenomic/genomic data of microbial communities of the selected regions. | research outcome | 0 | ||
| Primary and statistical data on vines’ ecosystems performance | development outcome | 0 | ||
| Statistical and Integrative data and functional models | research outcome | 0 | ||
| Confidential data regarding development of new products | development outcome | 0 | ||
| Data on training including under-graduation and post-graduation internships | research outcome | 0 | ||
| Data on the innovation/economic expected impacts of the project on local/regional end-users | development outcome | 0 | ||
| Others: e.g., photos/images/videos of terroirs, ecosystems, grapevines, microrganisms, etc | research outcome | 0 | ||
| Enhance the resilience of Mediterranean pastoral and agro-pastoral communities to societal and climate change | development outcome | 0 | ||
| Contribute to improving the economic, social and environmental conditions of agro-pastoral farming and livelihoods | development outcome | 0 | ||
| Preserve and rehabilitate pastoral ecosystems, including animal and plant biodiversity, rangeland recovery and landscape management | development outcome | 0 | ||
| Enhance the quality, typicity, diversity, value-adding and related value chains for traditional pastoral products | development outcome | 0 | ||
| ASTER promotes specific tools (root symbionts, biobased tools) and strategies improving the use of resources (water, nutrients), the adaptation to climate change (e.g drought, invasive species) and the environmental conditions for rural populations. Conservation, increase and exploitation of functional biodiversity will foster the sustainability and the resilience of tomato crop system in the top world productive countries all located in the Mediterranean Basin. | research outcome | 0 | ||
| ASTER particularly targets small farmers by promoting a management model based on crop diversification that guarantees an enhanced resilience in response to social, economic and environmental stresses particularly those linked to climatic change. | research outcome | 0 | ||
| ASTER model generates an extra income deriving both from the reduction of external inputs (as replaced by ecosystem services) and from specific companion plants. The support received by a large certification company (Agroqualità s.p.a., Italy) indicates how ASTER model is considered reliable and feasible. | research outcome | 0 | ||
| ASTER promotes the use of symbionts, antagonists, bio-based tools and strategies to reduce dramatically the dependence on chemical inputs (pesticides, fertilizers, herbicides). | research outcome | 0 | ||
| ASTER devoted a specific WP to dissemination and formation that involves from the beginning the stakeholders (P8 and 19 supporters including main farmers associations and 1 certification agency) via the interactive platform (SIP) to widely publicize its results via web, social channels, videos and on-site meetings, didactic farms. | research outcome | 0 | ||
| ASTER promotes an increase in soil cover by plant diversification (intercropping), with direct impact on the accumulation of organic matter, water retention ability, newly formed organic C, direct sequestration of the atmospheric CO2; | research outcome | 0 | ||
| ASTER promotes the enhancement of the quality of tomato product arriving to EU markets and consumers from the main export countries (e.g. Morocco) | research outcome | 0 | ||
| ASTER promotes a sustainable model for the management of marginal and peri-urban gardening where tomatoes are commonly grown at small scale (see https://ec.europa.eu/eip/agriculture/en/tags/urban-agriculture) which is a growing activity with relevant socio-economic effects considering that about 60% of the 177 million ha of land in the Mediterranean Basin is degraded, with several tens of millions of people involved | research outcome | 0 | ||
| ASTER model is suitable for the next generation high tech agriculture (no-soil, hydroponic) | research outcome | 0 | ||
| ASTER model can be easily transferred to other parts of the world and to other annual crops | research outcome | 0 | ||
| EI-1: Improvement of the economic, social and environmental conditions of agro-pastoral farming and livelihoods | development outcome | 0 | ||
| EI-2: Preserve and rehabilitate pastoral ecosystems, including animal and plant biodiversity, rangeland recovery and landscape management | research outcome | 0 | ||
| EI-3: Enhance the quality, typicity, diversity, value-adding and related value chains for traditional pastoral products | development outcome | 0 | ||
| EI-4: Support generational renewal of agro-pastoral farming through the involvement of women, youth and newcomers | development outcome | 0 | ||
| EI-5: Improvement of the overall efficiency of the feed chain. | research outcome | 0 | ||
| EI-6: Improvement of economic water productivity | development outcome | 0 | ||
| EI-7: Reduce GHG emissions from goat production systems | research outcome | 0 | ||
| EI-8: Promotion of beneficial health effects of goat products against chronic diseases | research outcome | 0 | ||
| Generation of new insights on differential vulnerability and resilience of the Mediterranean honey bee subspecies to the main environmental stressors typical of the region. Defining advantageous adaptations of local subspecies. Helping tackle the problem of the introduction of foreign subspecies/strains into the Mediterranean region, so serving the efforts to preserve locally adapted breeds. | research outcome | 0 | ||
| Improvement of honey bee biodiversity, promoting the use of local subspecies, some of which are threatened. Contribution to creating new trade opportunities by the commerce of selected breeds of local subspecies. Establishing the basis for introducing criteria of environmental resilience in honey bee breeding programs. Promotion of strains that are more resilient to climate change as those honey bees would exploit the environmental resources better, reducing loss rates. | research outcome | 0 | ||
| Development of Novel panels of SNPs (highly dense multi-subspecies SNP-chip: MediB-Chip XK) as advanced genetic tools to support a genetic selection of Mediterranean honey bee subspecies for resilience to climate change of which in the longer term may also benefit subspecies native to more northerly latitudes. | development outcome | 0 | ||
| Determination on the differential quality of the honey produced by each subspecies in those locations where comparisons are possible. | research outcome | 0 | ||
| Development of a new tool for honey characterization | development outcome | 0 | ||
| Development of Panels of experts on sensory analysis to help the beekeepers promote their honey. Supporting the development of Protected Designation of Origin (PDO) or Geographical Indication (GI) to increase the economic value of honey. Making the honey production more competitive in the local market. | development outcome | 0 | ||
| Testing beekeeping by-products capability to foster the beneficial soil nematofauna, with a focus on agroecosystem environments to increase soil fertility and to contribute to the circular economy. | research outcome | 0 | ||
| Increase profitability for the survival of the apiculture industry by the valorization of the honey bee products (honey) and their by-products. | research outcome | 0 | ||
| Increase the know-how in each participating country. Dissemination about the advances in this project directed to other partners, scientists, beekeepers, consumers and general public, also involving woman in the process. | research outcome | 0 | ||
| Improvement the beekeeper production systems in the Mediterranean in a resilient, efficient and cost-effective fashion, and according to principles of environmental and social sustainability. | development outcome | 0 | ||
| To guarantee this farming activity in order to contribute to food security as this activity increases crop production by improving the biodiversity of crops and wild plants, prevents the overexploitation of natural resources and therefore contributing to sustainable agriculture. | research outcome | 0 | ||
| Test Outcome | research outcome | 0 |
Priority Areas
Projects
| Acronym | Project Title | Year | Section | Project Coordinator | Coordinating Body | Budget | Start Date | End Date | View |
|---|
Publications and Outreach
| Priority Area | Project Acronym | Type of the scientific paper | Title of the scientific paper | Authors | DOI | DOI | Download link | Download link |
|---|
Personnel Involved
A Birouk
Abdel Kader Benbelkacem
Researcher
Researcher
Abdelali LAAMARI
Abdelaziz Hmyene
Abdelhamid Khaldi
Abdelilah Araba
Abdelillah Araba
Abdelkader Bekki
Abdelkarim Laatamna
Abdelmadjid Boufekane
Abdelmajid Haddioui
Abdelmajid Krouma
Abdennacer Zaakir
Abderahim Bentaibi
Abderahmane Djemel
Abderrahamane Jannoune
Abderrahim Karim
Abderrahim Lazraq
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Abderrahmane Hannachi
Abdessalem Tahiri
Abigail Fallot
Achille Schiavone
Adbel Khalid Essamadi
Adel Adel M. Aboul-Naga
Emeritus Chief Researcher
Emeritus Chief Researcher
Adel Setti
Adnane El Yaacoubi
Professor in Ecology
Professor in Ecology
Adnane El Yaacoubi
Adnen Abdrabba
Adolfo Rosati
Adriana Sacco
Adriano Profeta
Afroditi Tsampalla
Afroditi Tsampalla
Agata Gadaleta
Agnieszka Klonowska
Agostino Fricano
Ahmad Yousef Daour
Ahmed Askar
Ahmed Bamouh
Ahmed Elbakkali
Ahmed Taha
Ahmet Gönülaçar
Ait Ammar Brahim
Ait lhaj Abderrahmane
Alaa El-Din Abdin
Alaa Jamal
Alain Charcosset
Alba Mininni
Alberto Brugiapaglia
Alberto Pardossi
Alberto Urbaneja
Alejandra Navarro Garcia
Alejandro Fernández
Alejandro Gallego Barrera
Alenka Žunič Kosi
Alessandra Gentile
Alessandra Roncarati
Alessandra Salvioli di Fossalunfa
Alessandra Stella
Alessandra Stella
Alessandro Gastaldo
Alessandro Triantafyllidis
Alessia Perego
Alex Costa
Alexandra Sintori
Alexandre Gonçalves
Alexandros Stefanakis
Alexia Tsouni
Alexis Giannarakis
Alfonso Domínguez
Alfredo Vera
Ali Abidar
Ali Boularbah
Ali El Battay
Ali Ghrissi
Ali Hammani
Ali Sahri
Researcher
Researcher
Alia Gana
Alicia Pou
Alicia Talavera Judez
Alisdair R. Fernie
Alma Balestrazzi
Amal ElRawy
Amandine Lurette
Amandine Menet
Amar Rouabhi
Amel Hannachi
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Amel Meddad Hamza
Amelia Virginia González Porto
Amin Nehme
Amina Richa
Amine Elleuch
Amira Narimane Aouachria
Amjad Kallel
Amr Abdel Tawab Sabahy
Ana Caiado
Ana Carrilho
Ana Carrilho
Ana Hurtado
Ana Isabel Vela Alonso
Ana Margarida Fortes
Ana Margarida Lopes
Ana Martins
Ana Rita Pontes
Ana Sofia Almeida
Anais COLLET-CANIVEZ
Anaïs Riffiod
Anas Saad
Anastasios Tripitsidis
Anca Macovei
Andi Mehmeti
Andrea Cavallini
Andrea Ferrarini
Andrea Fiorini
Andrea Monti
Andrea Sala
Andrea Schubert
Andrea Visioni
Associate Scientist - Barley Breeding
Associate Scientist - Barley Breeding
Andreas Kamilaris
Andreia Figueiredo
Androniki Papafilippaki
Andronikos Metaxakis
Angela Costa
Angela D'Alessandro
Ángela García
Angela R. Piergiovanni
Angela Ribas
Ángeles Prieto Fernández
Angelo Parente
Anis Zaiem
Anna Dedousi
Anna Deluca
Anna Geraci
Anna Maria Ranieri
Anna Maria Vaira
Anna Menozzi
Anna Simonetti
Annamaria Costa Costa
Associate Professor, PhD
Associate Professor, PhD
Anne Marie Chevre
Ante Ivankovic
Antonello Cannas
Antonello Carta
Antonino Cusumano
Antonio Biondi
Antonio Delgado Garcia
Antonio Domenico Marsico
Antonio Franca
Antonio Graca
Antonio Javier Garcia
Antonio López-Francos
Antonio Martin Munoz
Antonio Nanetti
Antonio Raffo
Antonio Rossetti
Project manager
Project manager
Antonio Zuorro
Aounallah Aymen
Apostolis Koutinas
Apostolos Kapranas
Aretzki Lehad
Arif Metin Karagol
Arlindo Caniço Gomes
Arturo Casieri
Arzu Peker
Aser García
Ashraf M. A. Goda
Asli Isci Yakan
Atakan Koç
Athanasios Ragkos
Associate Researcher
Associate Researcher
Aurélie Charton
Aurore Honvo
Awad Shehata
Awad Shehata
Aya Abdellatif
Aydin Uzun
Ayoub El Ghadraou
Aytekin Kaya
Ayzin Kuden
Aziz AZIZ AZIZ
Aziz Baidani
Aziz Benhamrouche
Aziz Faissal
Associate professor
Associate professor
Aziz Smouni
Bacem Mnasri
Badr Benjelloun
Barbara Merlo
Bassem Khemakhem
Beatrice Denoyes
Beatriz Bielsa
Belent Fernandez
Belkacem Boumaraf
Benedicte Quilot
Bernard Faye
Bernardo Corrado de Gennaro
Bertrand Guenet
Besher Soukarieh
Bezaiet Dessalegn
Social Sciences Specialist
Social Sciences Specialist
Bianca Gasparrini
Biancamaria Torquati
Bojan Stipešević
Brahim Chermiti
Branmir Urlic
Brunella Morandi
Bruno Mezzetti
Camino Fábregas Martínez
Carla Ceoloni
Carla Gonzales Gemio
Researcher
Researcher
Carlo Bergamini
Carlo Bibbiani
Carlos Cantero-Martínez
Carlos Garbisu
Carlos García Estrada
Carlos Rouco
Carlotta Balconi
Carmen Manganiello
Carol Elvin Kohen
Carol Elvin Kohen
Carolina Pugliese
Caroline Chatillon
Cecile Ben
Cecilia Osera
Cédric Moisy
Cesare Freda
Chadi Hosri
Chahine Karmous
Chantal Ebel
Chaouki Jerrari
Charalampos Kontoes
Charalampos Kotzamanidis
Cherkaoui El Modafar
Chiara Bulfon
Chiara Guglielemetti
Christian Chiffe
Christian Corniaux
Christian Magné
Christian Roynac
Christina Hildebrandt
Christina von Haaren
Christos Athanassiou
Christos Dordas
Christos Pliatsikas
Cinzia Calvio
Claudia Heindorf
claudio montanari
Claudio Zucca
Scientist
Scientist
Clemence Plissonneau
Constantina BITCHAVA
Cornelia Rumpel
Cristiana Correia
Cristina Andonegui
Cristina Carlos
Cristina Morabito
Cüneyd Helvaci
D. Chachalis
D. Savvas
D. Skepastianos
D. Vaquero
Dalida Darazy
Dalila Loudyi
Damien Eybalin
Daniel Alonso Martínez
Daniel Murta
Daniel Said Pullicino
Daniela Leonardi
Daniele Bassi
Daniele Torreggiani
Danilo Marandola
Danilo Scordia
Dany El-Obeid
Dany Yammouni
Daoui Hicham
Daria Zizzola
Darine Trabelsi
Dario Dongo
David P. Neira
David Pereira
David Ruiz
David San Martín
Davide Pacifico
Davide Parisi
Debora Giorgi
Debora Puglia
Deborah Pacetti
Demosthenis Katsis
Derya Yucel
Diana Elisa Jiménez
Diana Elisa Jiménez
Dicle Donmez
Diego Amores de Gea
Diego Ferrando
Diego Rubiales
Diego Valdeolmillos
Dietmar Schwarz
Dimitra Perperidou
Dimitrios Triantakonstantis
Dina Ibrahim
Dina Najjar
Scientist, Gender Specialist
Scientist, Gender Specialist
Dina S.S. Ibrahim
Domenico Carlucci
Dominique Gruffat
Donatella Barsacchi
Donatella Battaglia
Donatella Volpatti
Donato Andueza
Dora Henriques
Dorra Sfayhi
Drogoudi Pavlina
Dubravka Kolarić Zatezalo
Dulce Rodríguez-Navarro
Dursun Buyukaktas
Ebru Yasakafkas
Edoardo Puglisi
Edurne Azcona
Efthymia Alexopoulou
Eike Lüdeling
Eirini Sarrou
Eirini Xaxiri
El Hassan Mayad
Associate Professor
Associate Professor
El Sayed El Habbasha
El-Hassan Achbani
Elena Baraldi
Elena Bozzetta
Elena Ciani
Elena Díaz Medina
Elena Domene
Elena Saccà
Elena Selli
Eleni Kasapidou
Eleni Tani
Eliel Gonzalez
Elio Fantini
Elisabet Aranda
Elisabetta Frascarali
Associate professor
Associate professor
Elisabetta Mazzucotelli
Elli Barampouti
Elmaz Özkan
Elodie Vandelle
Elsa Gerhard
Elvira Marín
Emad Al-Karablieh
Emanuela Frapiccini
Emanuela Gobbi
Emanuele Toccaceli
Emidio Albertini
Emilie Chary
Emilio Guerrieri
PhD in Entomology, Biological Control
PhD in Entomology, Biological Control
Emma Decayeux
Emmanuel Beguin
Emmeline Topp
Enric Frago
Enrico Vagnoni
Ercan Yildiz
Erdal Sekip
Eric Justes
Eric MINO
Ernesto Igartua
Esmat Hegazi
Ester Foppa Pedretti
Esther Blanco
Evan Marks
Evangelia Sinapidou
Evangelia Sossidou
Fabien Balaguer
Fabio Gresta
Fabio Sgolastra
Fabio Terribile
Fabrice Requier
Fabrice Weecksteen
Fabrizio Ceciliani
Fabrizio Erbetta
Fabrizio Torricelli
Fadi Karam
Faiçal Brini
Faissal Aziz
Faiza Khebour
Fani Hatjina
APICULTURE
APICULTURE
Farida Benzina
Fariza BOUSSAD
Faten Ben Chehida
Fatih Ozdemir
Fatiha Fort
Fatima Bodinier
Fatma Acheuk
Faustine Noel
Fawzy Tamer
Federica Gaiotti
Federico Martinelli
Federico Sisani
Environmental Engineer
Environmental Engineer
Ferdaous Guasmi
Fernando Sousa
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Fiammetta Alagna
Filippo Biscarini
Filippo Maria Bassi
Senior scientist, Durum Breeder
Senior scientist, Durum Breeder
Filitsa Karamaouna
Flavia Angela Maria Maggiolini
Flavia Mascagni
Florence Arsonneau
Foteini Retzo
Fouad Achemchem
Fouad Bendjeddou
Fouad Mokrini
Fouzia BENSOUIKI
Francesc Domingo-Olivé
Francesca Degan
Francesca Trevisan
Francesco Accatino
Francesco Catalano
Francesco Cellini
Francesco Fantozzi
Francesco Loreto
Francesco Rossini
Francesco Sestili
Francesco Spinelli
Francesco Sunseri
Prof. Plant Genetics and Breeding
Prof. Plant Genetics and Breeding
Francisco Montes Delgado
Francisco Pedrero
Francisco Pérez-Alfocea
Researcher
Researcher
Franck Boue
Francois Buscot
Frane Strikic
Frantz Boudet
Frederic Douhard
Frederic Gerard
Friedrik Bornke
Frisio Dario Gianfranco
Gabriela Clemente Polo
Gabriela Cruz
Gabriele Sacchettini
Gaetana Mazzeo
Gaetano Distefano
Gaetano Perrotta
Gelsomin Formisano
Gemma Diana Perilli
Project Manager
Project Manager
Gemma Safont Artal
George Broufas
George Tsiamis
Environmental Microbiologist
Environmental Microbiologist
Georgia Papoutsi
Georgia Tanou
Georgios C. Koubouris
Georgios Karakatsanis
Georgios Ntinas
Germana Borsetta
Germana Borsetta
Ghada Baraket
Ghandi Anfoka
Ghania Zitouni
Ghislaine Le Gall-Reculé
Giacomo Giannoccaro
Giacomo Suglia
Gian Luca Chiarello
Gian Luigi Marcazzan
Gianluca Brunori
Gianluca Veneziani
Gianluigi Buttiglieri
Gianni Galaverna
Gianni Gilioli
Gianpiero Vigani
Giorgia Liguori
Giorgio Saralli
Giorgio Setti
Giorgos Kokkinos
Giovanni Chillemi
Giovanni Russo
Giovanni Savini
Giuseppe D’Alessandro
Giuseppe DiVita
Giuseppe Mancini
Giuseppe Meca
Giuseppe Radaelli
Gonçalo Morais Tristão
Gorkem Akinci
Guadalupe Domínguez
Guido Lingua
Gustavo Slafer
Guy Baret
Hacib Ammami
Scientist
Scientist
Hacib Ammami
Hacina Ain Baziz
HADJ-ARAB Houria
Hafouda Lamine
Haifa El Hentati
Hajer Ammar
Hajer Ben Ghanem
Hakan Ozkan
Hakima ARRAR
Halima El Hatmi
Hamid Mazouz
Hamide Gubbuk
Hamza Elfil
Hanaa Sedhom zawam
Hanane Menasria
Hanen Falleh
Hanine Hafida
Hans-Josef Schroers
Haroun Chenchouni
Harun Cicek
PDF - Agronomist, DSIPS
PDF - Agronomist, DSIPS
Harun Cicek
Senior Scientist
Senior Scientist
Hasan Pinar
Hasan Yılmaz
Hasna Mohammadi
Hassan Awny Rahmy
Hassan El Shaer
Hatem Cheikh M'hamed
Hazem Mehwad
Hélia Sales
Henda Hanafi
Hervé Hoste
Hiba El Khamal
Hicham Messaoudii
Hichem Ben Salem
Hichem Chenaker
Hichem Khemiri
Hojka Kraigher
Houcine Angar
Houda Boureghda
Hugo Valls
Hussam Hawwa
Iban Eduardo
Ibrahim Ortas
Ignacio Lorite
Igor Bogunovic
Ihab Jomaa
Ikbal Chaieb
Ilaria Biasato
Ilaria Mazzoli
Ilhan Altinok
Iman Busuttil
Imane Thami Alami
Imen Trabelsi
Iñaki Fernández
Iñaki Hormaza
Inès BELLIL
Ines Rahma Zoghlami
Ines Yacoubi
Ioannis Daliakopoulos
Assistant Professor
Assistant Professor
Ioannis Evangelopoulos
İrfan Ozberk
Irfan Turhan
Irma Terracciano
Isam Bashour
Ismail Karaca
Ismail Turkan
Ivan Acosta
Ivana Generalić Mekinić
Ivet Ferrer
Jacopo Bacenetti
Jaime Coello
Jaime Lloret
Jaime Vila-Traver
Janez Prešern
Janja Filipi
Janos Istvan Petrusan
Jasenka Kapuralin
Jaume Gramona
Jaume Martinez
Javier Montaño
Javier Peña Lamas
Javier Rodrigo
Jawad Al-Bakri
Consultant
Consultant
Jean Joseph Minviel
Jean-Jacques Drevon
Jean-Paul Dubeuf
Jens Nejstgaard
Jérôme Cortet
Jerome Grimplet
Jeroni Galmes
Jmedina Alcazar
Joan Marull
Joana Patrícia da Silva Abrantes
João Nunes
Joel Aubin
Joelle Braidy
Joëlle Fustec
Jone Ibarruri
Jörg Rinklebe
Jorge Álvaro Fuentes
Jorge Cunha
Jorge Lampurlanés
José Antonio Hernández
Scientific Researcher
Scientific Researcher
Jose Antonio López Pérez
José Carlos Franco
Josè Francisco Fernandez-Garayzabal
José Garcia
José L. Quiles
José Lorenzo
José Luis Caballero Repullo
José M. Blanco-Moreno
Jose Pascual
Jose Tarjuelo
Josep Jaques
Josep Vives
Josipa Liker
Juan Antonio Sánchez
Juan Carlos Segura Ruiz
Juan José Rubio
Juan Manuel Corchado
Juan Reca Cardeña
Juan Sagarna García
Juan Varga
Julien Job
Julio Berbel Vecino
Kalliope K. Papadopoulou
Kamal Targuisti
Kamel Gargouri
Karim Barkaoui
Researcher
Researcher
Karim Ben Hamed
Karim Lahmar
Katayoun Moazami‐Goudarzi
Katerina Grigoriadou
Katia Varello
Katja Klumpp
Khaled Abbas
Khaled Didri
Khaled Sabry
Khaled Soliman
Khaled Taibi
khalid Azim
Khalil El Majahed
Khaoula Mokrani
KHAYI slimane
Konstantinos Kasiotis
Konstantinos Moustakas
Laarif Asma
Laetitia Fourrié
Laid Meratla
Laila Sbabou
Lamia Hamrouni Bel Hadj Brahim
Lamiae Ghaouti
Lamis Chalak
Latifa Najar Abdennebi
Latifa Najar Abdennebi
Laura Armengot
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Laura Gasco
Laura Gazza
Laura Rinaldi
Laura Rossini
Laure Hossar
Laurence Puillet
Laurene Gay
Laurent Caner
Leda Fenili
Leila El Bassi
Lia-Tânia Dinis
Liliane Ruess
Lillian Barros
Lina Choueiri
Lina Jaber
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Linda Majdoub Mathlouthi
linke Rainer
Lionel Julien
Livia Arcioni
LCA Specialist
LCA Specialist
Ljiljiana Kuzmanovic
Lobna Hajji
Loïc Rajjou
Professor in Plant Physiolgy
Professor in Plant Physiolgy
Lorenzo Capucci
Lorenzo Frison
Loukas Kanetis
Luca Galeazzi
Luca Incrocci
Luca Nerva
Luca Regni
Lucia Aquilanti
Lucia Natali
Lucia Rosaria Forleo
Lucia Zappalà
Luciana Baldoni
Luciano Pecetti
Lucio Fariano
Luigi D'Acqui
Luigi Lodice
Luigi Lucini
Luigi Milella
Luigi Pari
Luigi Roselli
Ph.D. in Agricultural Economics and Policy
Ph.D. in Agricultural Economics and Policy
Luigi Tosi
Luigi Vesce
Luís Guerrero Asorey
Luís Pinto
Luisa Custodio
Luna Al-Hadidi
Luwieke Bosma
M. Alice Pinto
M. Teresa Sebastià
Mabelle Chedid
Macario Rodríguez-Entrena
Madiha Hadj Ayed
Mahmoud Hozayn
Maissara Elmaghraby
Maite Espiau
Majida Hafidi
Manel Ben Larbi
Manuel González de Molina
Manuel Piñeiro
Manuel Rodriguez-Concepcion
Manuela Renna
Mapi Diego
Maram Zaid
Marc Bonazountas
Marc Tchamitchian
Marco Caruso
Marco Cirilli
Marco Locatelli
Marco Maccaferri
Associate professor
Associate professor
Margalida Joy
Margarita Lopez@juntaex.es
Margherita D'Amico
María Algarra
Maria Assunta D'Oronzio
María Cantos Alemany
Maria Carlota Vaz Patto
Maria Conceição Santos
Maria Concetta Tomei
María Dolores Fernandez
Maria Francesca Cardone
PhD- Researcher
PhD- Researcher
Maria Helena Guimarães
María José La Rota
María José Rubio-Cabetas
Maria Karatassiou
Maria L. Pappas
Maria Lopez-Abelairas
María Luisa Gallardo Pino
Maria Manuela Rigano
María Mar Alguacil
María Martínez Valladares
Maria Teresa Capucchio
Maria-Anastasia Karatzia
Mariano HIges
Mariano Pauselli
Marie Gosme
Marie-Helene Wagner
R&D seed projects manager
R&D seed projects manager
Mariella Bruzzoniti
Mariem Rouatbi
Marika Santamaria
Marina Mainardi
Marino Prearo
Mario Di Guardo
Mario Enrico Pè
Marion Zammit Mangion
Markus Albert
Marshall Lightowlers
Marta Garrón Gómez
Marta Manrubia
Marta Vilarrasa
Martin Kaltschmitt
Marvin Scherzinger
Maryam Rafiqi
Mascha Stroobant
Massimiliano Ballardini
Massimiliano Corso
Massimo Blandino
Massimo Del Bubba
Massimo Giorgini
Mathali Sbih
Mathieu Marguerie
Mathilde Causse
Matteo Bonasso
Maurizio Servili
Mauro Zampilli
Maxime Gommeaux
Maxime Guillaume
Tomato breeder
Tomato breeder
Maxime Jacquot
Mazza Maria
Med Naoufel Ben Haha
Mehdi Ben Mimoun
Mehdi Ben Mimoun
Mehmet Ali Turan KOÇER
Mehmet Emin Duru
Mehmet Karli
Mehmet Özbayrak
Mehmet Yaman
Melanie Salazar-Ordoñez
Melike Kuş
Melissa Venturi
Menelaos Stavrinides
Meriem Laouar
Meriem Msaad Guerfali
Meriem Msaad Guerfali
Mete Yilmaz
Mevlüt Emekci
Mia Marchini
Michael Rostas
Professor
Professor
Michail Orfanoudakis
Michalis.D. Antonopoulos
Michel Chalot
Michel Havaux
Michela Zottini
Michele D'Amico
Michele Moretti
Michele Perniola
Michele Rinaldi
Director of research
Director of research
Michèle Tixier-Boichard
Michelina Ruocco
Micòl Mastrocicco
Miguel Cachao
Miguel Sanchez-Garcia
Scientist - Barley Breeder
Scientist - Barley Breeder
Mikhail Pooggin
Miloud Hafsi
Miloudi Hlaibi
Minas Mina
Minh Hoang
Mirko Castellini
Moez Hanin
Moez Hanin
Moha Arouch
Mohamed Annabi
Mohamed Aziza
Farming Systems' Specialist
Farming Systems' Specialist
Mohamed Banni
Mohamed Benidir
Mohamed Emran
Mohamed Faize
Mohamed Ghrab
Mohamed Ibriz
Mohamed Kharrat
Mohamed Moussa
Mohamed Moustafa Eid
Mohamed Najib Saidi
Mohamed Rashad
Mohamed Sami
Mohamed Taher Srairi
Mohamed Tarhouni
Mohamed Yousri
Mohamed Zied Dhraief
Mohammed Aderghal
Mohammed Khalij
Mohammedi Arezki
Moisés Caballero Páez
Moisés Caballero Páez
Mondher Ben Salem
Animal Nutritionist - Dairy Cattle Production
Animal Nutritionist - Dairy Cattle Production
Monia mnari Hattab
Monica Brienza
Mónica Haroum Izquierdo
Monika Kordić
Morgiane Hamdaoui
Mouna Friha
Mouna Meziani
Mouna Taghouti
Mounir Louhaichi
Principal Scientist & Team Leader Rangeland Ecology and Forages (REF)
Principal Scientist & Team Leader Rangeland Ecology and Forages (REF)
Mounir Mekki
Mounira Harbi Ben Slimane
Mourad Baghour
Mourad Latati
Moussadek Rachid
Moustafa Fadel
Mustafa Mohamed
Mustafa Necati Muz
Mustapha Bani
Nabila Kabli
Nacer Tarai
Nacera Tabet Aoul
Naceur M'Hamdi
Nacyb Allouchi
Nadia Cerone
Nadia Cherif
Naem Mazahrih
Nahla Zghonda
Naima El Ghachtouli
Nasreddine Louahdi
Head of experimental station - ITGC Sétif
Head of experimental station - ITGC Sétif
Nawel Achir
Nawel Boukhobza
Nazan Koluman-Darcan
Naziha Atti
Nelson Marmiroli
Neus Sanjuan Pellicer
Nevzat Agri
Nicola Pecchioni
Nicola Suglia
Nicolas Friggens
Nicolas Minary
Nicolas R. Dalezios
Nicolas Vincent
Nicole Casanova
Nicole Fangmann
Nikolaos Karatolos
Nikolaos Paranychianakis
Nikolaos Tzortzakis
Nikos Georgantzis
Nizar Haddad
Nora Ibáñez
Noureddine Adjlane
Noureddine Djebli
Nuno Ponte
Nunzio Scaramozzino
Nurdan Savas Gungor
Nuria Ferrol
Nursen Ozturk
Obaida Hummash
Oihane Erkoreka
Olfa Boussadia
Assistant Professor
Assistant Professor
Omar Heldahan
Omar Hizaj
Omar Idrissi
Omar Khalid
Önder Altuntas
Oren Shelef
Orhan Kurt
Ornella Calderini
Osama Kodad
Ouranios Tzamaloukas
Outghouliast Hakim
Ozhan Simsek
Özlem Karahan Uysal
Paffetti Paffetti
Palamara Annuziata
Panagiotis Kougias
Panagiotis Milonas
Pandi Zdruli
Paola Pepe
Paolo Ajmone-Marsan
Paolo Annicchiarico
Paolo Pastorino
Paride D’Ottavio
Pascal Lorenz
Pascale Gillon
Pasquale Cascone
Patrice This
Patrick Laux
Patrizia Vergni
Paula Castro
Paula Cristina dos Santos Baptista
Paula Garcia Fraile
Paula V. Morais
Pauline Aad
Pedro Revilla
Peter Deplazes
Peter Zander
Peterschmitt Michel
Scientist
Scientist
Petros Kartsimadakis
Philippe Chartier
Philippe Gallusci
Philippe Roussel
Pier Paolo Danieli
Pierluigi Acutis
Primo Proietti
Prof. Dr. Marta Guadalupe Rivera-Ferre
Quang Bao Le
Senior Scientist, Agricultural Livelihood Systems expert
Senior Scientist, Agricultural Livelihood Systems expert
Rachid Bouabid
Rachid Bouamri
Rachid Bouharroud
Rachid Dahan
Deputy Director
Deputy Director
Rachid Dahan
Rachid Lahlali
Rachid Mentag
PhD, MBA, Plant Biotechnologist/Institutional Coordinator of Medileg project
PhD, MBA, Plant Biotechnologist/Institutional Coordinator of Medileg project
Rachid Mentag
Rachid Moussadek
Researcher
Researcher
Rachid Mrabet
Research Director
Research Director
Rachid Rahmoune
Rachid Razouk
Radhouan Nciri
Rafael Ángel Ferrer Martínez
Rafael Balaña Fouce
Rafet Cagri OZturk
Raffaella Maria Balestrini
Raffaella Maria Balestrini
Rafik Aloulou
Rafla Attia
Ramón López Urrea
Rania Ahmed
Raquel Martín-Hernández
Raúl Bodas
Rebecca Stevens
Redouanae Benabbes
Remedios Carrasco Sanchez
Ricard Fenollosa
Ricardo Beck
Riccardo Scalenghe
Riccardo Terriaca
Riccardo Valentini
Riccardo Velasco
Rim Ben Amor
Roberta Cimmino
Roberto Altieri
Roberto Demontis
IT Scientist
IT Scientist
Roberto Garay-Martinez
Roberto García Ruiz
Roberto Kron Morelli
Roberto Pasi
Roberto Ruggeri
Rocco Perniola
Rocío Rosa
Rodolphe Sabatier
Rodrigue Elbalaa
Rogelio Santiago
Rok Mihelic
Rola El Amil
Rola Geryes El Amil
Rola Geryes El Amil
Consultant
Consultant
Romain Barnard
Rosa María Reguera Torres
Rosa Vilaplana Ventura
Rosalina Marrão
Rosário Alves
Ru Giuseppe
S. Zientara
S.K. Hamadeh
Saad Drissi
Sabanekh Bassam
Sabri Merabet
Safia Taleb
Sahar Haffar
Said Amiri
Said Chatibi
Said Ennahli
Said Gmouh
Saida Boumakrat
Salah Er Raki
Salah Er-Raki
Salah Hammami
Salah Lamouchi
Salaheddine Azz
Salama El Fatehi
Salma Lasram
Salma Sai Kachout
Salma Sai Kachout
Sameh Shaddad
Sameh Shaddad
Samer Talozi
Samia Khadar
Samia Lahmar
sammy Nasr
Sanaa Majid
Sanja Sikora
Sara Gonzalez Garcia
Sauro Vittori
Sayed Fathi Habasha
Sébastien Roussel
Sebastjan Radišek
Selnahta Selnahta
Semir Bechir Gaouar
Senoussi Hakim
Serge Chiron
Sergio G. Atienza
Sergio Ponsá Salas
Sergio Saia
Sergiy Smetana
Servet Yalcin
Shereen Basiouni
Sherif El-Areed
Sibel Türedi
Sihem Tellah
Silvia Colussi
Silvia Martínez Miró
Silvia Pampana
Simon Arina
Simone Severini
Sinan Zengin
Smaragda Sotiraki
Socrates Sokratous
Sofia Isabel Pereira
Sofiane Abdelhamid
Sofoklis Vlassides
Sonia Andres
PhD in Veterinary Sciences
PhD in Veterinary Sciences
Sonia Labidi
Soraya Cabrera
Souad Abdel-Latif Shairra
Souad El Hajjaji
Soufiane El Aayadi
Soumaya Dbara
Sourour Chaabane Elaoud
Spyridon A Petropoulos
Associate Professor
Associate Professor
Spyridon Ntougias
Spyros Fountas
Sripada M. Udupa
Senior Scientist, Biotechnology
Senior Scientist, Biotechnology
Stanislao Pernice
Stefania Astolfi
Stefanidou Reveka
Stefano Amaducci
Stefano Tavoletti
Stephan Jezequel
Stéphane Bertagnoli
Stéphane Marchandeau
Stephanie Lacour
Süha Berberoglu
Sukru Esin
Svetlana Saakova
Sylvain Marsac
Taoufik Bettaieb
Taoufik Hermassi
Tarek Allali
Tarek Temraz
Tarik Serrano Tovar
Teodora Basile
Teodoro Berloco
Teofilo Diez-Caballero Arnau
Tereasa Yuste
Teresa Munuera
Teresa Pinto Correia
Test Responsible
Thomas Altmann
Thomas Gitsopoulos
Thoraya Seada
Thouraya Azizi
Thouraya R’HIM
Tiphaine Chevallier
Soil scientist
Soil scientist
Tomaž Žnidaršič
Tommaso Giordani
Tristano Bacchetti De Gregoris
Tullia Gallinatoschi
Ulku Yetis
Ursula Gonzales-Barron
Valentina De Col
Agricultural Information System Officer
Agricultural Information System Officer
Valentina Fiorilli
Valentina Manstretta
Valeria Borsellino
Valeria Terzi
Valeria Todeschini
Valérie Loywyck
Vasco Cadavez
Data Scientist
Data Scientist
Vasileios Aschonitis
Vasileios Fotopoulos
Vasileios Stournaras
Vasilis Koutsougeras
Vassilios Litskas
Vassilios Stathopoulos
Verdiana Morandi
Veronique Decroocq
Vicent Arbona
Vicky Boukouvala
Victor Flors Herrero
Victor Kavvadias
Victoria Nevado
Vincent Gayet
Vincenzo Candido
Vitomir Bric
Vladimir MEGLIČ
Wael Semida
Walter Chitarra
Wisam Obeidat
Wolfgang Eisenreich
Principle Investigator
Principle Investigator
Xabier Zendegi Urzelai
Xavier Felipe
Xavier Morvan
Yağmur Uysal
Yamina Bouchikh
Yannis Karypidis
YAŞAR KATIRCIOĞLU
Project coordinator
Project coordinator
Yolanda Hernando Saiz
Yolanda Pérez Pertejo
Yosra Ellili
Younes Elghoul
Youssef Aboussaleh
Youssef Ammari
Researcher
Researcher
Youssef Chebli
Yuksel Tuzel
Yuri Herreras Yambanis
Yusuf Kurucu
Soil scientist
Soil scientist
Yves Le Conte
Zakaria Nidkazza
Zine ElAbidine AbdelAziz
Zineb Belabess
Zineb Belabess
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University of Murcia-UMU
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Italy, Bra
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Methods for Irrigation and Agriculture-MIRRA
Jordan, Amman
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Spain, derio
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Egypt, Cairo
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Greece, Athens
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French National Research Institute for Agriculture, Food and Environment-INRAE France
France, Paris
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Mediterranean Fisheries Research Production and Training Institute-MEDFRI
Turkey, Mugla
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Malta, Marsaxlokk
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Research Institute of Organic Agriculture-FIBL Germany
Germany, Frankfurt am Main
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Tunisia, Jendouba
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Tunisia, Tunis
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Bahri Dagdas International Agricultural Research Institute-BDUTAE
Turkey, Konya
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Marche Polytechnic University-UNIVPM
Italy, Ancona
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Arid Regions Institute-IRA
Tunisia, Medenine
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Algeria, Algiers
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National Research Council, Institute for Animal Production System in Mediterranean Environment-CNR-ISPAAM
Italy, Sassari
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International Centre for Advanced Mediterranean Agronomic Studies, The Mediterranean Agronomic Institute of Zaragoza-CIHEAM - IMAZ
Spain, Zaragoza
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Turkey, Adana
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Lebanese University-UL Lebanon
Lebanon, Beirut
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Italian Network of Pastoralism Onlus-APPA
Italy, Sassari
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Croatia, Zagreb
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Greece, Thessaloniki
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Spanish National Research Center - INGENIO-CSIC-INGENIO
Spain, Valencia
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France, Sophia-Antipolis
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Tunisia, Tunis
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Spain, Murcia
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Centro de Investigación y Tecnología Agroalimentaria de Aragón-CITA
Spain, Zaragoza
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National Agronomic Institute of Tunisia-INAT
Tunisia, Tunis
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Olive Institute-IO
Tunisia, Sfax
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Morocco, Meknes
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The French Agricultural Research Center for International Development-CIRAD
France, Paris
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Türkiye, Trabzon
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France, Paris
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Tunisia, Sidi thabet
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Italy, Rome
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Croatia, Split
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Tunisia, Sfax
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Italy, Ercolano
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Spain, Cordoba
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American University of Beirut-AUB
Lebanon, Beirut
Academic Institutions (universities, colleges, etc.)
http://www.aub.edu.lb/main/Pages/index.aspx
Hassan University 1st of Settat-UH1
Morocco, settat
Academic Institutions (universities, colleges, etc.)
http://www.uh1.ac.ma/
University of Catania-UNICT
Italy, Catania
Academic Institutions (universities, colleges, etc.)
https://www.unict.it/en/
Ecole Nationale Supérieure Agronomique-ENSA
Algeria, Algiers
Academic Institutions (universities, colleges, etc.)
http://www.ensa.dz/
Constantine 1 University-UMC
Algeria, Constantine
Academic Institutions (universities, colleges, etc.)
http://umc.edu.dz/index.php/fr/
Center for Research in Agricultural Genomics-CRAG
Spain, Barcelona
Advanced Research Institutions
https://www.cragenomica.es/
Institute for Food and Agricultural Research and Technology-IRTA
Spain, Barcelona
Advanced Research Institutions
http://www.irta.cat/en-us/Pages/default.aspx
Hellenic Agriculture Organization - Institute of Olive Tree, Subtropical Crops & Viticulture-IOSV
Greece, Athens
National Agricultural Research System (NARS)
Agricultural Research Center Egypt-ARC Egypt
Egypt, Giza
National Agricultural Research System (NARS)
http://www.arc.sci.eg/
Center for Ecological Research and Forestry Applications-CREAF
Spain, Barcelona
Advanced Research Institutions
http://www.creaf.cat/
Humboldt Universitat zu Berlin-HUB
Germany, Berlin
Academic Institutions (universities, colleges, etc.)
https://www.hu-berlin.de/en
Institut de Recherche pour le Developpement, UMR: Ecologie fonctionnelle et biogéochimie des sols et des agro-écosystèmes-IRD - UMR Eco&Sols
France, Montpellier
Advanced Research Institutions
http://www.umr-ecosols.fr/en/
Lebanese Agricultural Research Institute -LARI
Lebanon, Beirut
National Agricultural Research System (NARS)
http://www.lari.gov.lb/
Mohammed V University, Faculty of Science-UM5 - FSR
Morocco, Rabat
Academic Institutions (universities, colleges, etc.)
http://www.fsr.ac.ma/
Universidade NOVA de Lisboa-UNL Portugal
Portugal, Lisbon
Academic Institutions (universities, colleges, etc.)
https://www.unl.pt/en/
University of Kairouan-UNIK
Tunisia, Kairouan
Academic Institutions (universities, colleges, etc.)
http://www.univ-k.rnu.tn/
Université Kasdi Merbah Ouargla-UKMO
Algeria, Algiers
Academic Institutions (universities, colleges, etc.)
https://www.univ-ouargla.dz/index.php/fr/
French National Research Institute for Agriculture, Food and Environment, Animal Genetics, Joint research Unit for Animal Genetics and Interactive Biology-INRAE - AG - UMR GABI
France, Paris
Advanced Research Institutions
https://www6.jouy.inra.fr/gabi_eng/
Mohammed V University-UM5
Morocco, Rabat
Academic Institutions (universities, colleges, etc.)
http://www.um5.ac.ma/um5/
Research Center in Biodiversity and Genetic Resources (CIBIO), University of Porto-CIBIO
Portugal, Porto
Academic Institutions (universities, colleges, etc.)
The National Institute for Agronomic Research-INIA Spain
Spain, Madrid
Advanced Research Institutions
http://www.inia.es/IniaPortal/verPresentacion.action
Universidad de Cordoba-UdC
Spain, Cordoba
Academic Institutions (universities, colleges, etc.)
http://www.uco.es/
Higher National Veterinary School-ENSV
Algeria, Algiers
Academic Institutions (universities, colleges, etc.)
Cyprus University of Technology-CUT
Cyprus, Agía Marína
Academic Institutions (universities, colleges, etc.)
https://www.cut.ac.cy/?languageId=1
Dokuz Eylul University-DEU
Turkey, Izmir
Academic Institutions (universities, colleges, etc.)
http://www.deu.edu.tr/en/
The Spanish National Research Council-CSIC
Spain, Madrid
Advanced Research Institutions
http://www.csic.es
University of Wuppertal-BUW
Germany, Wuppertal
Academic Institutions (universities, colleges, etc.)
https://www.uni-wuppertal.de/en/
Benha University-BUNI
Egypt, Benha
Academic Institutions (universities, colleges, etc.)
https://www.bu.edu.eg/en/
University of Mostaganem-UNIMOS
Algeria, Mostaganem
Academic Institutions (universities, colleges, etc.)
http://www.univ-mosta.dz/
University of Jaén-UJA
Spain, Jaén
Academic Institutions (universities, colleges, etc.)
https://www.ujaen.es/en
The Andalusian Institute for Research and Training in Agriculture, Fisheries, Food and Ecological Production-IFAPA
Spain, Cordoba
National Agricultural Research System (NARS)
https://www.juntadeandalucia.es/agriculturaypesca/ifapa/web/
University of Pablo de Olavide Sveilla-UPAO
Spain, Seville
Academic Institutions (universities, colleges, etc.)
https://upo.es/?lang=en
University of Granada-UGR
Spain, Grenada
Academic Institutions (universities, colleges, etc.)
https://www.ugr.es
University of Abdelmalek Essaadi-UAE
Morocco, Tétouan
Academic Institutions (universities, colleges, etc.)
http://www.uae.ma/website/index.php#
International Research Institute for Artificial Intelligence and Computer Science-AIR
Spain, Carbajosa de la Sagrada
Advanced Research Institutions
https://air-institute.com/
University of Basilicata-UNIBasilicata
Italy, Potenza
Academic Institutions (universities, colleges, etc.)
http://portale.unibas.it/site/en/home.html
Agreenment srl-AGRM
Italy, Matera
Private Sector
https://www.agreenment.it/
università cattolica del sacro cuore-UNICATT
Italy, Milan
Academic Institutions (universities, colleges, etc.)
Sekem for Land Reclamation-SEKEM_Land
Egypt, Cairo
Private Sector
http://devel.sekem.com/slr.html
IFOAM AgriBioMediterraneo-IFOAM-ABM
Greece, Athens
Non-Governmental Organizations (NGO)
https://www.ifoam.bio/about-us/our-network/regional-bodies/ifoam-agribio-mediterraneo
International Center for Agricultural Research in the Dry Areas-ICARDA
Lebanon, Beirut
CGIAR Center/Program (Center)
https://www.icarda.org/
SQLI Services-SQLI
Tunisia, Manouba
Private Sector
https://www.sqli-services.com/
CITIMAP Società Consortile RL-CITIMAP
Italy, Piacenza
Private Sector
http://www.citimap.it/
University of Vigo-UVIGO
Spain, Vigo
Academic Institutions (universities, colleges, etc.)
https://www.uvigo.gal/en
Leibniz Institute of Plant Genetics and Crop Plant Research-ipk-gatersleben
Germany, Magdeburg
Advanced Research Institutions
https://www.ipk-gatersleben.de/
University of Tunis El Manar-UTM
Tunisia, Tunis
Academic Institutions (universities, colleges, etc.)
http://www.utm.rnu.tn/utm/eng/index.php
Cooperativas Agro-alimentarias de España-Spanish Coops
Spain, Madrid
Community Based Organizations (CBO)
http://www.agro-alimentarias.coop/
Iniciativas Innovadoras S.A.L.-INI
Spain, Cizur Mayor
Private Sector
http://www.iniciativas-innovadoras.es
Camelina Company Espana-CCE
Spain, Madrid
Private Sector
http://camelinacompany.es/
ARVALIS The French Arable Crops R&D Institute-ARVALIS
France, Paris
Advanced Research Institutions
https://www.arvalisinstitutduvegetal.fr
Center for Renewable Energy Sources and Saving-CRES
Greece, Athens
Advanced Research Institutions
http://www.cres.gr/cres/index.html
BIOS AGROSYSTEM-BIOS-AGRO
Greece, Sindos
Private Sector
http://www.bios-agrosystems.gr/en-US/
Italian National Agency for New Technologies, Energy and Sustainable Economic Development-ENEA
Italy, Rome
Government
Harran University-HARRAN
Turkey, Sanliurfa
Academic Institutions (universities, colleges, etc.)
https://www.harran.edu.tr/
Scientific and Technical Research Center on Arid Regions-CRSTRA
Algeria, Biskra
Advanced Research Institutions
http://www.crstra.dz/en/
University of Eastern Piedmont "Amedeo Avogadro"-UNIPMN
Italy, Alessandria
Academic Institutions (universities, colleges, etc.)
https://www.uniupo.it/en
University of Palermo-UniPa
Italy, Palermo
Academic Institutions (universities, colleges, etc.)
https://www.unipa.it/
Badji Mokhtar University Annaba-UBMA
Algeria, Annaba
Academic Institutions (universities, colleges, etc.)
https://www.univ-annaba.dz/en/home/
French National Research Institute for Agriculture, Food and Environment, Agropolymer Engineering and Emerging Technologies-INRAE - UMR IATE
France, Montpelier
Advanced Research Institutions
https://umr-iate.cirad.fr/en
Sidi Mohamed Ben Abdellah University-USMBA
Morocco, Fes
Academic Institutions (universities, colleges, etc.)
http://www.usmba.ac.ma/~usmba2/
University of Sassari-UNISS
Italy, Sassari
Academic Institutions (universities, colleges, etc.)
https://www.uniss.it/en
International Center for Advanced Mediterranean Agronomic Studies-CIHEAM - Bari
Italy, Valenzano
International Agricultural Research Centers
https://www.iamb.it/
Universidad de Sevilla-USevilla
Spain, Sevilla
Academic Institutions (universities, colleges, etc.)
https://www.us.es/
Université de Poiters-UP France
France, Poiters
Academic Institutions (universities, colleges, etc.)
https://www.univ-poitiers.fr/en/
Ministry of Agriculture, Water Resources and Fisheries, Directorate General of Planning and Conservation of Agricultural Land-MARHP - DGACTA
Tunisia, Tunis
Government
http://www.agriculture.tn/?page_id=667
Centro Ricerca Sviluppo e Studi Superiori in Sardegna-CRS4
Italy, Cagliari
Advanced Research Institutions
https://www.crs4.it/it/
Zagazig University-ZU
Egypt, Zagazig
Academic Institutions (universities, colleges, etc.)
https://www.zu.edu.eg/
University of Jordan-JU
Jordan, Amman
Academic Institutions (universities, colleges, etc.)
http://ju.edu.jo/home.aspx
University of Naples Federico II-UniNa
Italy, Portici
Academic Institutions (universities, colleges, etc.)
http://www.international.unina.it/
The Leibniz Centre for Agricultural Landscape Research-ZALF
Germany, Müncheberg
Advanced Research Institutions
http://www.zalf.de/en/Pages/zalfaktuell.aspx
University of Lleida-UDL
Spain, Lleida
Academic Institutions (universities, colleges, etc.)
http://www.udl.cat/ca/en/
University of Florence-UniFi
Italy, Florence
Academic Institutions (universities, colleges, etc.)
http://www.unifi.it/
Leibniz University Hannover-LUH
Germany, Hannover
Academic Institutions (universities, colleges, etc.)
https://www.uni-hannover.de/en/
University of Zagreb, Faculty of Agriculture-UNIZG-FoA
Croatia, Zagreb
Academic Institutions (universities, colleges, etc.)
https://www.agr.unizg.hr/
Şırnak University, Faculty of Agriculture
Türkiye, Sirnak
Academic Institutions (universities, colleges, etc.)
https://www.sirnak.edu.tr/tr
Universidad de Almeria-UAL
Spain, Almería
Academic Institutions (universities, colleges, etc.)
https://www.ual.es/
Akdeniz University-AU Turkey
Turkey, Antalya
Academic Institutions (universities, colleges, etc.)
http://www.akdeniz.edu.tr/
Max Planck Institute for Plant Breeding Research-MPIPZ
Germany, Köln
Advanced Research Institutions
https://www.mpipz.mpg.de/en
Ain Shams University-ASU
Egypt, Cairo
Academic Institutions (universities, colleges, etc.)
http://www.asu.edu.eg/
University of Sfax, Higher Institute of Biotechnology-USfax - HIB
Tunisia, Sfax
Academic Institutions (universities, colleges, etc.)
https://univ-sfax.tn/
Tekfen Tarim-Tekfen
Turkey, Istanbul
Private Sector
https://www.tekfentarim.com/en/
French National Research Institute for Agriculture, Food and Environment, The Institute for Genetics, Environment and Plant Protection-INRAE - UMR IGEPP
France, Le Rheu cedex
Advanced Research Institutions
https://www6.rennes.inrae.fr/igepp_eng/
The French Agricultural Research Center for International Development, UMR: Genetic Improvement and Adaptation of Mediterranean and Tropical Plants-CIRAD - UMR AGAP
France, Montpelier
Advanced Research Institutions
https://umr-agap.cirad.fr/
Itcmi Institut Technique Des Cultures Maraichères Et Industrielles-ITCMI
Algeria, Staouéli
Advanced Research Institutions
Institute for Sustainable Plant Protection-INSPP
Italy, Bari
Advanced Research Institutions
http://www.ipsp.cnr.it/?lang=en
Hassan II University-UH2C
Morocco, Casablanca
Academic Institutions (universities, colleges, etc.)
http://www.uh2c.ac.ma/
The University of Vic- Central University of Catalonia-UVic-Cat
Spain, VIc
Academic Institutions (universities, colleges, etc.)
https://www.uvic.cat/en
University of Perugia-UNIPG
Italy, Rome
Academic Institutions (universities, colleges, etc.)
http://www.unipg.it/
Tecnologie per la Riduzione delle Emissioni Engineering S.r.l.-TREE
Italy, Perugia
Private Sector
https://tre-eng.com/
BarcelonaTech-UPC Catalonia
Spain, Barcelona
Academic Institutions (universities, colleges, etc.)
https://www.upc.edu/en
University of Monastir, Higher Institute of Applied Studies in Humanities of Mahdia-UM-ISEAH
Tunisia, Rejiche
Academic Institutions (universities, colleges, etc.)
http://www.um.rnu.tn/
Murcian Institute of Agricultural and Environmental Research and Development-IMIDA
Spain, Murcia
Advanced Research Institutions
https://www.imida.es/
Agriculture Research Group-GRAB
France, Avignon
Advanced Research Institutions
https://www.grab.fr/
Agricultural Applications PC-AGROAPPS
Greece, Kalamaria
Private Sector
https://agroapps.gr/en/home/
Moulay Ismail University-MOISU
Morocco, Meknes
Academic Institutions (universities, colleges, etc.)
http://www.umi.ac.ma/?lang=en
University of the Balearic Islands-UIB
Spain, Palma
Academic Institutions (universities, colleges, etc.)
http://www.uib.cat/
National Agricultural Research Center Jordan-NARC Jordan
Jordan, Amman
National Agricultural Research System (NARS)
http://www.narc.gov.jo/
Al-Balqa` Applied University-BAU Jordan
Jordan, Salt
Academic Institutions (universities, colleges, etc.)
http://www.bau.edu.jo/
Agricultural Research Center, Animal Production Research Institute-ARC - APRI
Egypt, Dokki
National Agricultural Research System (NARS)
http://www.arc.sci.eg/instslabs/Default.aspx?OrgID=7&lang=en
Ecole Supérieure d’Agriculture du Kef-ESA Kef
Tunisia, Le Kef
Academic Institutions (universities, colleges, etc.)
http://www.esakef.agrinet.tn/index.php/fr/
M’Hamed Bouguerra University of Boumerdés-UMBB
Algeria, Boumerdes
Academic Institutions (universities, colleges, etc.)
http://www.univ-boumerdes.dz/
University of Zadar-UNIZD
Croatia, Zadar
Academic Institutions (universities, colleges, etc.)
https://www.unizd.hr/eng/
Josip Juraj Strossmayer University of Osijek, Faculty of Agrobiotehnical Sciences-OSIJEK-FAZOS
Croatia, Osijek
Academic Institutions (universities, colleges, etc.)
http://www.unios.hr/en/
University of Brescia-UNIBS
Italy, Brescia
Academic Institutions (universities, colleges, etc.)
https://www.brescia.edu/
National Institute of Biology-NIB
Slovenia, Ljubljana
Advanced Research Institutions
https://www.nib.si/eng/
Université Paris-Saclay-UNIVPARSAC
France, Jouy-en-Josas
Academic Institutions (universities, colleges, etc.)
University of Reims Champagne-Ardenne-URCA
France, Reims
Academic Institutions (universities, colleges, etc.)
https://www.univ-reims.eu/
University of Lisbon-ULISBOA
Portugal, Lisbon
Academic Institutions (universities, colleges, etc.)
https://www.ulisboa.pt/en
National Institute of Agronomic Research, Regional center in Kenitra-INRA - CRRA
Morocco, Meknes
Academic Institutions (universities, colleges, etc.)
http://www.inra.org.ma/def.asp?codelangue=23&org=1&id=76&id_s=2&rub=1095&rub1=1108
University Chouaib Doukkali-UCD
Morocco, El Jadida
Academic Institutions (universities, colleges, etc.)
http://www.ucd.ac.ma/
Mohamed First University-UMP
Morocco, Oujda
Academic Institutions (universities, colleges, etc.)
http://www.ump.ma/en
Université Mohamed Khider de Biskra-UMKB
Algeria, Biskra
Academic Institutions (universities, colleges, etc.)
http://univ-biskra.dz/index.php/en/
Hellenic Agricultural Organization “Demeter”, Soil and Water Resources Institute-HAO DIMITRA-SWRI
Greece, Thessaloniki
Academic Institutions (universities, colleges, etc.)
https://www.swri.gr/index.php/en/
University of Batna 1 Hadj Lakhdar-UHLB
Algeria, Batna City
Academic Institutions (universities, colleges, etc.)
https://en.univ-batna.dz/index.php/en/
Hamburg University of Technology-TUHH
Germany, Hamburg
Academic Institutions (universities, colleges, etc.)
https://www.tuhh.de/tuhh/en/startpage.html
Ankara University-AU
Turkey, Ankara
Academic Institutions (universities, colleges, etc.)
http://www.ankara.edu.tr/
University of Beira Interior-UBI
Portugal, Covilha
Academic Institutions (universities, colleges, etc.)
https://www.ubi.pt/en/
Ziane Achour University of Djelfa-UZAD
Algeria, Djelfa
Academic Institutions (universities, colleges, etc.)
http://website.univ-djelfa.dz/en/
Hellenic Agricultural Organization “Demeter” , Veterinary Research Institute-HAO-Demeter - VRI
Greece, Pella
Academic Institutions (universities, colleges, etc.)
http://www.vri.gr/en/about-us
University of Zurich-UZH
Zurich
Academic Institutions (universities, colleges, etc.)
http://www.uzh.ch/en.html
The University of Melbourne-UNIMELB
Australia, Melbourne
Academic Institutions (universities, colleges, etc.)
http://www.unimelb.edu.au/
Slovenian Forestry Institute-SFI
Slovenia, Ljubljana
Advanced Research Institutions
http://www.gozdis.si/domov/
University of Paris 1 Pantheon-Sorbonne
France, Paris
Academic Institutions (universities, colleges, etc.)
https://www.pantheonsorbonne.fr/
University of Camerino-UNICAM
Italy, Camerino
Academic Institutions (universities, colleges, etc.)
https://international.unicam.it/
Ibn Khaldoun University of Tiaret-UNI-Tiaret
Algeria, Tiaret
Academic Institutions (universities, colleges, etc.)
https://www.univ-tiaret.dz/an/
University of Valencia-UVEG
Spain, Valencia
Academic Institutions (universities, colleges, etc.)
https://www.uv.es/
National Research Council of Italy, Institute for Biological Resources and Marine Biotechnologies-CNR-IRBIM
Italy, Ancona
Advanced Research Institutions
http://www.ricercamarina.cnr.it/en/irbim.php
The French National Center for Scientific Research-CNRS
France, Paris
Advanced Research Institutions
http://www.cnrs.fr/
Technical University of Munich-TUM
Germany, Munich
Academic Institutions (universities, colleges, etc.)
https://www.tum.de/
Johannes Gutenberg University of Mainz-JGU
Germany, Mainz
Academic Institutions (universities, colleges, etc.)
https://www.uni-mainz.de/
University of Patras-UNIPAT
Greece, Nea Ktiria
Academic Institutions (universities, colleges, etc.)
http://www.upatras.gr/en
Bursa Technical University-BURSA
Türkiye, Bursa
Academic Institutions (universities, colleges, etc.)
https://btu.edu.tr/en
National Institute for Agricultural and Veterinary Research-INIAV
Portugal, Oeiras
National Agricultural Research System (NARS)
http://www.iniav.pt/
Friedrich–Alexander University Erlangen–Nürnberg-FAU
Germany, Nuremberg
Academic Institutions (universities, colleges, etc.)
https://www.fau.eu
Alexandria University - Egypt-ALEXU Egypt
Egypt, Alexandria
Academic Institutions (universities, colleges, etc.)
http://alexu.edu.eg/index.php/en/
Institut Technique des Grandes Cultures-ITGC
Algeria, El Harrach
National Agricultural Research System (NARS)
http://www.itgc.dz/
Local development agency PINS-PINS
Croatia, Skrad
Non-Governmental Organizations (NGO)
https://www.pins-skrad.hr/english.php
Oxfam Intermon Foundation-OXFAM Int
Spain, Barcelona
Financing Institutions (including Foundations)
https://www.oxfamintermon.org/es
Azienda Agraria Sperimentale Stuard-Stuard
Italy, Parma
Private Sector
https://www.stuard.it
Georg-August-Universitat Gottingen-Uni-Goettingen
Germany, Göttingen
Academic Institutions (universities, colleges, etc.)
http://www.uni-goettingen.de/en/1.html
Isparta University of Applied Science-IUAS
Turkey, Isparta
Academic Institutions (universities, colleges, etc.)
https://isparta.edu.tr/en/
University of Sousse-USo
Tunisia, Sousse
Academic Institutions (universities, colleges, etc.)
http://www.uc.rnu.tn/
The Catholic University of Portugal-UCP
Portugal, Porto
Academic Institutions (universities, colleges, etc.)
https://www.ucp.pt/homepage
University of Montpellier, Center for Environmental Economics-UM - CEE-M
France, Montpellier
Academic Institutions (universities, colleges, etc.)
http://www.cee-m.fr/
National Research Council, Research Institute on Terrestrial Ecosystems (IBAF‐CNR)-IRET - CNR
Italy, Porano
Advanced Research Institutions
http://www.iret.cnr.it/en/
Cadi Ayyad University-UCA
Morocco, Marrakesh
Academic Institutions (universities, colleges, etc.)
https://www.uca.ma
Fayoum University, Faculty of Agriculture-Fayoum-FoA
Egypt, Cairo
Academic Institutions (universities, colleges, etc.)
https://www.fayoum.edu.eg/english/
Collaborative Laboratory Mountains of Research-MORE
Portugal, Braganca
Advanced Research Institutions
https://morecolab.pt/
Centro Nacional de Competências dos Frutos Secos-CNCFS
Portugal, Braganca
Government
http://www.cncfs.pt/
Agricultural Research Organization-ARO
Israel, Rishon LeZion
Advanced Research Institutions
http://www.agri.gov.il/en/pages/1042.aspx
Sultan Moulay Slimane University-USMS
Morocco, Beni Mellal
Academic Institutions (universities, colleges, etc.)
http://www.usms.ac.ma/website/
University of Campania Luigi Vanvitelli-CAMPANIA
Italy, Caserta
Academic Institutions (universities, colleges, etc.)
https://international.unicampania.it/index.php/en/
Consorzio di Bonifica Adige Euganeo-CONSAE
Italy, Este
Government
https://www.adigeuganeo.it/
IDENER Research and Development AIE-IDENER
Spain, La Rinconada
Advanced Research Institutions
https://www.idener.ai
Participatory Development Solution-PDSol
Egypt, Cairo
Private Sector
https://www.pds-mena.org/
National Water Research Center-NWRC
Egypt, Cairo
National Agricultural Research System (NARS)
http://www.nwrc-egypt.org/
Sistema Azud, S.A-AZUD
Spain, Murcia
Private Sector
https://azud.com/en/
Agricultural Genetic Engineering Research Institute-AGERI
Egypt, Giza
National Agricultural Research System (NARS)
http://www.ageri.sci.eg/
Djilali Bounaama University-DBKM
Algeria, Aïn Defla
Academic Institutions (universities, colleges, etc.)
http://www.univ-km.dz/
University of Lorraine – Institute Jean Lamour-UL-IJL
France, Epinal
Advanced Research Institutions
https://ijl.univ-lorraine.fr/
University of Sfax, Sfax National School of Engineers-L3E
Tunisia, Sfax
Advanced Research Institutions
https://univ-sfax.tn/
Istanbul University-IU
Türkiye, Istanbul
Academic Institutions (universities, colleges, etc.)
https://www.istanbul.edu.tr/en/_
Associazione Nazionale Allevatori Specie Bufalina-ANASB
Italy, Caserta
Advanced Research Institutions
https://www.anasb.it/
Ibn Tofail University, Faculty of Science, Kenitra-UIT Morocco
Morocco, Kenitra
Academic Institutions (universities, colleges, etc.)
http://www.uit.ac.ma/
Polytechnic Institute Unilasalle-Unilasalle
France, Mont-Saint-Aignan
Academic Institutions (universities, colleges, etc.)
https://www.unilasalle.fr/
Burdur Mehmat Akif Ersoy University-MAKU
Turkey, Burdur
Academic Institutions (universities, colleges, etc.)
https://www.mehmetakif.edu.tr/
Fondazione CRPA Studi Ricerche-FCSR
Italy, Reggio Emilia
Non-Governmental Organizations (NGO)
https://www.fondazionecrpa.it/
University of Leon-Unileon
Spain, León
Academic Institutions (universities, colleges, etc.)
https://www.unileon.es/
Institut Francais de la Vigne et du Vin-IFV
France, Le Grau du Roi
Advanced Research Institutions
https://www.vignevin.com/
Slovenian Institute for Hop Research and Brewing-IHPS
Slovenia, Žalec
Advanced Research Institutions
http://www.ihps.si/en/
Mohammed VI Polytechnic University-UM6P
Morocco, Ben guerir
Academic Institutions (universities, colleges, etc.)
https://www.emines-ingenieur.org/
Water Research and Technologies Centre-CERTE-Tunisia
Tunisia, Soliman
Government
http://comsats.org/?page_id=4514
Eskisehir Technical University-ESTU
Türkiye, Eskişehir
Academic Institutions (universities, colleges, etc.)
https://www.eskisehir.edu.tr/en
Geobilgi Bilişim Teknolojileri-GEOBILGI
Türkiye, Kocaeli
Private Sector
https://www.geobilgi.com/en/software-development/web-applications
Polytechnic University of Valencia-UPVAL
Spain, Valencia
Academic Institutions (universities, colleges, etc.)
https://www.upv.es/index-en.html
University of Pavia-UniPV italy
Italy, Pavia
Academic Institutions (universities, colleges, etc.)
http://www.unipv.eu/site/en/home.html
Karlsruhe Institute of Technology-KIT Germany
Germany, Karlsruhe
Advanced Research Institutions
https://www.kit.edu/english/
University of Sfax-USfax
Tunisia, Sfax
Academic Institutions (universities, colleges, etc.)
http://univ-sfax.tn/
Association BLC3-BLC3
Portugal, Oliveira do Hospital
Non-Governmental Organizations (NGO)
http://blc3.pt/?lang=en
National Research Council, Institute of Agricultural Biology and Biotechnology-CNR - IBBA
Italy, Milan
Advanced Research Institutions
http://www.ibba.cnr.it/index.php/en
Oran University of Science and Technology - Mohamed Boudiaf-USTO
Algeria, Oran
Academic Institutions (universities, colleges, etc.)
http://www.univ-usto.dz/
University of Tlemcen-UABT
Algeria, Tlemcen
Academic Institutions (universities, colleges, etc.)
https://www.univ-tlemcen.dz/en
Office de Développement Sylvo Pastorale du Nord-Ouest-ODESYPANO
Tunisia, Tunis
Non-Governmental Organizations (NGO)
http://www.odesypano.agrinet.tn/accueil.html
Banque Nationale de Gènes de Tunisie-BNGT
Tunisia, Tunis
Government
http://www.bng.nat.tn/
Leibniz Institute of Freshwater Ecology and Inland Fisheries-FVB-IGB
Germany, Berlin
Advanced Research Institutions
https://www.igb-berlin.de/
University of Lorraine-UL France
France, Nancy
Academic Institutions (universities, colleges, etc.)
http://www.univ-lorraine.fr/
Ibn Zohr University-UIZ
Morocco, agadir
Academic Institutions (universities, colleges, etc.)
https://www.uiz.ac.ma/
Centro Tecnológico de la Carne-CTC
Spain, Madrid
Advanced Research Institutions
https://ceteca.net/
Agricultural Technological Institute of Castilla and Leon-ITACyL
Spain, Valladolid
Advanced Research Institutions
http://www.itacyl.es/opencms_wf/opencms
University of Padova-UNIPD
Italy, Padua
Academic Institutions (universities, colleges, etc.)
https://www.unipd.it/en/
Max Planck Institute for Molecular Plant Physiology-MPI-MP
Germany, Berlin
Advanced Research Institutions
http://www.mpimp-golm.mpg.de/2168/en
Erciyes University-ERU
Turkey, Melikgazi/Kayseri
Academic Institutions (universities, colleges, etc.)
https://en.erciyes.edu.tr/
University of Messina-UniME
Italy, Messina
Academic Institutions (universities, colleges, etc.)
https://www.unime.it/
University of Rome Tor Vergata-UniToV
Italy, Rome
Academic Institutions (universities, colleges, etc.)
http://en.uniroma2.it/
Fundació Universitària Balmes-UVIC-UCC
Spain, VIc
Academic Institutions (universities, colleges, etc.)
https://www.uvic.cat/universitat/fundacio-universitaria-balmes
Nature Conservation Centre-DKM
Türkiye, Ankara
Non-Governmental Organizations (NGO)
https://dkm.org.tr/en
Technical Center for Organic Agriculture-CTAB
Tunisia, Sousse
National Agricultural Research System (NARS)
http://www.ctab.nat.tn/index.php/fr-fr/
Dryland Agroforestry Center-DAC
Portugal, Lisbon
Non-Governmental Organizations (NGO)
https://drylandagroforestry.org/
L'Agence Nationale pour le Développement des Zones Oasiennes et de l'Arganier-ANDZOA
Morocco, Rabat
Government
http://andzoa.ma/fr/
Direction Générale des Forêts-DGF
Tunisia, Tunis
Government
https://ar-ar.facebook.com/DirectionGeneraleDesForetsAladartAlamtLlghabat
FIBL France-FIBL-FR
France, Eurre
Private Sector
https://www.fibl.org/fr/
OpenTea srl-OPENT
Italy, Piacenza
Private Sector
https://www.opentea.eu/
University of Coimbra-UC Portugal
Portugal, Coimbra
Academic Institutions (universities, colleges, etc.)
http://www.uc.pt/en
University of Bourgogne Franche-Comté-UBFC
France, Montbéliard
Academic Institutions (universities, colleges, etc.)
https://www.ubfc.fr/en/
Universidad de Deusto-DEUSTO
Spain, Bilbao
Academic Institutions (universities, colleges, etc.)
https://www.deusto.es/es/inicio
National Institute of Oceanography and Fisheries-NIOF
Egypt, Cairo
Advanced Research Institutions
http://www.niof.sci.eg/
Agrin Soc. Cons. A R.L.-AGRIN
Italy, Nove
Private Sector
https://www.agrinscarl.com/
University of Tunis El Manar, Faculty of Science of Tunis-UTM-FSCT
Tunisia, Tunis
Academic Institutions (universities, colleges, etc.)
http://www.utm.rnu.tn/
Ecole Nationale Supérieure des Forêts-ENSF
Algeria, Khenchela
Academic Institutions (universities, colleges, etc.)
Institut de Recherche pour le Developpement-IRD
France, Marseille
International Agricultural Research Centers
https://www.ird.fr/
École normale supérieure-ENS
France, Paris
Academic Institutions (universities, colleges, etc.)
https://www.ens.psl.eu/en
Universita degli studi di Roma la Sapienza-UROMA
Italy, Rome
Academic Institutions (universities, colleges, etc.)
http://en.uniroma1.it/
Hellenic Agricultural Organization, Institute of Plant Breeding and Genetic Resources-ELGO-IPGRB
Greece, Thessaloniki
Advanced Research Institutions
https://ipgrb.gr/
University of Montpellier-UMONT
France, Montpellier
Academic Institutions (universities, colleges, etc.)
http://www.umontpellier.fr/
Ministry of Higher Education and Scientific Research, The Water Researches and Technologies Center-MESRS - CERTE
Tunisia, Soliman
Academic Institutions (universities, colleges, etc.)
http://www.certe.rnrt.tn/
Lebanese Development Network-LDN
Lebanon, Jal El Dib
Non-Governmental Organizations (NGO)
https://www.ldn-lb.org/
University of Djillali Liabes-UDJLI
Algeria, Sidi Bel Abbes
Academic Institutions (universities, colleges, etc.)
https://www.univ-sba.dz/index.php?lang=en
Suez Canal University-SCUNI
Egypt, Ismailia
Academic Institutions (universities, colleges, etc.)
http://scuegypt.edu.eg/en/
Hellenic Mediterranean University-HMU
Greece, Heraklion
Academic Institutions (universities, colleges, etc.)
https://www.hmu.gr/en
CYENS Centre of Excellence-CYENS
Cyprus, Larnaka
Advanced Research Institutions
https://www.cyens.org.cy/en-gb/
MetaMeta Research-MMRN
Netherlands, Wageningen
Advanced Research Institutions
https://metameta.nl/
Regional Agrifood Research and Development Service-SERIDA
Spain, Principado de Asturias
Non-Governmental Organizations (NGO)
http://www.serida.org/
Ingredient Odyssey Lda-ENTOGREEN
Portugal, Santarém
Private Sector
https://www.entogreen.com/
University of Porto-UPO
Portugal, Porto
Academic Institutions (universities, colleges, etc.)
https://www.up.pt/portal/en/
University of Trás-os-Montes and Alto Douro-UTAD
Portugal, Vila Real
Academic Institutions (universities, colleges, etc.)
https://www.utad.pt/en/
University of Verona-UNIVR
Italy, Verona
Academic Institutions (universities, colleges, etc.)
https://www.univr.it/it/international
Mugla Sitki Kocman University-MSKU
Turkey, Mugla
Academic Institutions (universities, colleges, etc.)
http://mu.edu.tr/en
Mersin University-MEUN
Turkey, Mersin
Academic Institutions (universities, colleges, etc.)
http://www.mersin.edu.tr/eng
Ministry of Agriculture and Forestry, Manisa Viticulture Research Institute-MVRI
Turkey, Manisa
Government
https://arastirma.tarimorman.gov.tr/manisabagcilik/Menus/56/History
Université d'El Oued-ELOUED
Algeria, El Oued
Academic Institutions (universities, colleges, etc.)
https://www.univ-eloued.dz/
Adnan Menderes University-ADU
Turkey, Aydin
Academic Institutions (universities, colleges, etc.)
https://www.adu.edu.tr/
National Research Council, Institute of Bioeconomy-CNR-IBE
Italy, Florence
Advanced Research Institutions
Ecole Supérieure d’Agriculture de Moghrane-ESA Mograne
Tunisia, Zaghouan
Academic Institutions (universities, colleges, etc.)
http://www.esamograne.agrinet.tn/fr/index.php
Egyptian Ministry of Agriculture and Land Reclamation, Desert Research Center-DRC
Egypt, Cairo
Government
http://www.drc.gov.eg
Spanish National Research Council - Zaidín Spain Experimental Station-CSIC – EEZ
Spain, Granada
Advanced Research Institutions
https://www.eez.csic.es/en/node/74
Universidad de Salamanca-USAL
Spain, Salamanca
Academic Institutions (universities, colleges, etc.)
https://www.usal.es/
Technical University of Cartagena-UPCT
Spain, Cartagena
Academic Institutions (universities, colleges, etc.)
https://www.upct.es/
University of Haute Alsace-UHA
France, Mulhouse
Academic Institutions (universities, colleges, etc.)
https://www.uha.fr/en/index.html
Société Boudjebel S.A.-SBSV
Tunisia, Tunis
Private Sector
https://www.boudjebeldates.com/fr/accueil/
National Institute of Health and Medical Research-INSERM
France, Paris
Government
https://www.inserm.fr/en/home/
Namik Kemal University-NKU
Turkey, Istanbul
Academic Institutions (universities, colleges, etc.)
http://www.nku.edu.tr/en
University of Malta-UMAL
Malta, L-Imsida
Academic Institutions (universities, colleges, etc.)
https://www.um.edu.mt/
Benha univeristy
Egypt, Benha
Academic Institutions (universities, colleges, etc.)
http://www.bu.edu.eg/en/