Climate change resilience for perennial crops
Didactical sheets for action: clear answers to your key questions!
Designed in a Q&A format, these 10 concise factsheets provide practical insights and technical recommendations to help you adapt proven field practices to your perennial crops. Each factsheet addresses a specific issue with clear, effective advice validated by experts.
What are the relevant bioindicators to assess the biological quality of the soil? How does climate change influence the emergence of new pests? What are the prerequisites for setting up an agroforestry plot?
These are just a few of the questions answered in our didactical sheets — your go-to resource for practical, field-tested adaptation strategies!
Best Mediterranean Adaptation Stories: Open Contest Winners
Explore the winning adaptation strategies from the CLIMED-FRUIT community! This playlist of videos showcases the eleven outstanding practices selected through our competitive contest during the CLIMED-FRUIT International Web Conference in March 2024. These winning practices were chosen through a rigorous selection process combining:
- Live audience scoring during the conference
- YouTube engagement metrics (likes, shares, views)
- Community voting results
Watch
Interested in going deeper into the practices shown in these videos? Our Extended Practice Abstracts provide detailed information, including a simplified economic and environmental cost–benefit analysis — designed to support decision-making and help you contextualize each practice before implementation.
And if you prefer learning on the go, our podcasts offer the audio version of the videos — an easy way to explore these practices while commuting, working in the field, or multitasking.
No time to watch or read? Just listen to the podcasts!
- Anthracnose management: Greece’s smart system to save olive oil
- Calbio: Unlocking plant resilience for sustainable farming
- DRIVEing vineyard resilience: cover crop termination strategies
- How vineyard practices can accidentally amplify frost damage?
- Kaolin clay: vineyard sunscreen in a climate crisis
- Self-seeding solutions: how clover can solve under-vine management?
- The grape leafhopper: how DNA unmasked this vineyard threat?
- Uncorking sustainability: how PIWI vines are revolutionizing wine from vineyard to glass?
- Unearthing sustainable wine’s secret in the Douro
- Bats: the tiny heroes of the vineyards
- Multifunctional tool: how can shading nets help crops against climate change?
SUBTOPICS REVIEW – Strategies for Climate-Resilient Mediterranean Farming
In the face of increasing climate-related challenges, Mediterranean farmers are exploring innovative ways to sustain productivity and protect their ecosystems. This review compiles a wide range of field-tested solutions and results that can support perennial crop systems through improved soil management, water use efficiency, biodiversity enhancement, and food chain adaptation.
From cover crops and composting techniques to smart irrigation and post-harvest innovations, the document shares concrete practices trialled in operational groups (OGs) and EU projects.
Read (all languages)
SUBTOPIC 1
Soil conservation and carbon storage
SUBTOPIC 2
Improving resilience of crops facing climatic hazards
SUBTOPIC 3
Innovative practices for water stress management and dry farming
SUBTOPIC 4
Adaptation of food chain processes to climate change and diversification
SUBTOPIC 5
Preserving biodiversity in Mediterranean crops
TECHNICAL ARTICLES – Deep Dives into Climate-Resilient Practices
Closely linked to the Subtopics Review, these articles aim to deepen the understanding of each subtopic by providing technical information on key practices:
Subtopic 1 – Soil conservation and carbon storage
- Improving vineyard resilience: good practices for soil conservation and carbon storage – EN, EL, ES, HR, FR, IT, PT
- Improving the resilience of perennial fruit: good practices for soil conservation and carbon storage – EN, EL, ES, HR, FR, IT, PT
Subtopic 2 – Improving resilience of crops facing climatic hazards
- Adapting vineyards to extreme heat and drought conditions in dry farming – EN, EL, ES, HR, FR, IT, PT
- Agricultural frost damage mitigation techniques in vineyards – EN, EL, ES, HR, FR, IT, PT
- Improving resilience of perennial fruit trees facing climatic hazards – EN, EL, ES, HR, FR, IT, PT
Subtopic 3 – Water stress management and dry farming
- Innovative practices for water stress management in viticulture – EN, EL, ES, HR, FR, IT, PT
- Innovative approaches to dry farming in viticulture – EN, EL, ES, HR, FR, IT, PT
- Innovative practices for water stress management and dry farming in perennial crops – EN, EL, ES, HR, FR, IT, PT
Subtopic 4 – Adaptation of food chain processes and diversification
- Dealcoholisation of wine: adaptation of wine processes to lower alcohol levels associated with rising temperatures – EN, EL, ES, HR, FR, IT, PT
- Strategies for adapting food processes to climate change: transforming olive waste into valuable resources – EN, EL, ES, HR, FR, IT, PT
Subtopic 5 – Preserving biodiversity in Mediterranean perennial crops
- Winged allies for your crops: strategies for boosting the presence of pollinators – EN, EL, ES, HR, FR, IT, PT
- Varietal diversity: building on yesterday’s varieties to meet tomorrow’s challenges – EN, EL, ES, HR, FR, IT, PT
- Green Infrastructure establishment for sustainable olive orchards: the case of LIFE IGIC project – EN, EL, ES, HR, FR, IT, PT
DIGITAL STORIES – Discover project selected practices in 3 min!
Watch all Digital Stories
Listen to it!
The audio files for the videos can be accessed here:
– Cover management in rainfed olive groves
– Spontaneous cover in almond trees
– Green manure in Mediterranean viticulture
– The use of subsurface irrigation in viticulture
– Sustainability of avocado crop in Europe
– Rice straw mulching to increase water efficiency in citrus production
– Precision irrigation in vineyards
– BlowDevice: sustainable packaging for extended produce shelf life
EXTENDED PRACTICE ABSTRACTS – Project selected practices: everything you need to know in just a few pages
Our extended practice abstracts give you direct access to the best practices selected as part of the CLIMED-FRUIT project. Each fact sheet presents a concrete solution for mitigating or adapting to the effects of climate change, with a simplified cost-benefit analysis and an overview of the operational group or project behind the initiative. Improve your practices with solutions that have been tried and tested in the field!
DIGITAL CROSS VISITS – Find out more about project 9 Operational Groups, their implementation and results
The project is based on a core group of 9 Operational Groups (OGs), which are coordinated and implemented by some of the consortium members. Digital Cross Visits are online meetings where each partner, in turn, presents its OG working methodology and results. The main purpose of those cross visits is to evaluate the different OGs results and practices, benefiting from the expertise of each of the partners. The evaluation is based on pre-established criteria such as ease of implementation on the field or impact on climate change. Discover all the Climed-Fruit Digital Cross Visits on the dedicated playlist of the project’s YouTube channel:
INNOVATION AND AGRICULTURAL SUPPLIERS – Discover the winners of the Crowd-Writing Contest
Whether innovation is new knowledge applied by mainstream farmers, the role of private companies is essential. The translation of new knowledge into a product, equipment, machinery or a service – that can be used in practice by farmers – is almost always performed by private companies that invest in development in view of an economic and commercial advantage. Therefore, the auxiliary industry must be considered an important actor of innovation in agriculture. The goal of CLIMED-FRUIT is to make mainstream farmers aware of the most recent innovations that promote resilience to climate change. This cannot be achieved without considering the business proposals of private providers. Here are the winning technologies/products from the crowd-writing contest organised by Climed-Fruit:
VERALEAF & VERATERRA – VERAGROW (France)
Biostimulant for leaf application, based on vermicompost to accelerate litter decomposition, tested in different crops and conditions.
ONAFIS – ONAFIS (France)
Sensor and IoT system to monitor temperature and humidity for monitoring & managing the production of wines.
ALPO – SABI AGRI (France)
Tractor for vineyard with electric motion and solar panels.
ZILUS – SABI AGRI (France)
100% electric all-terrain robot.
EXOBOTIC LAND A2 – EXOBOTIC TECHNOLOGY (Belgium)
Light weight autonomous robot with hyperspectral camera.
VINTEL – ITK (France)
Software for monitoring water, nitrogen and disease in vineyards.
TECNOVID QI – FEDE (Spain)
Mist blower for precision treatments on vine, fruits, olives, citrics, nuts… canopy.
FLASHDIAG – ANOVA PLUS (France)
Strips for rapid identification of 4 diseases (including FD and BN).
Project Deliverables
Explore all Climed-Fruit public deliverables here, including methodologies, practice selection processes, and other key resources.
View all deliverables
- D1.1 Common format for fact sheets
- D1.2 Method for selecting material to be further disseminated
- D1.3 Method for selecting materials from OGs outside the consortium (open contest)
- D1.4 Method for crowd writing contest
- D1.5 Method for digital cross visits
- D1.6 Guidelines for simplified cost/benefit assessment of solutions presented by Operational Groups
- D1.7 Data management plan
- D2.1 9 digital cross visits
- D2.2 Inventory of existing Operational Groups and other EU projects in relation to the topic
- D2.4 List of knowledge and best practices from OG core group
- D2.5 Cost/benefit assessment for selected practices from the OG core group
- D3.1 List of 12 winners of the Open contest
- D3.2 12 additional extended practice abstracts, including cost/benefit analysis
- D3.3 Collection of 9 Extended practice abstract and 9 short videos stories issued from the crowdwriting contest
- D4.1 Compilation of 5 Sub-Topic reviews in English
- D4.2 Compilation at least 20 digital stories (videos and podcasts)
- D4.3 Compilation of 20 Extended Practice Abstracts
- D4.4 20-25 practical abstracts from the open contest candidates
- D4.5 Production of technical articles for Educated Multipliers
- D4.6 Production of 10 didactic technical sheets for farming students and vocational training
- D4.7 Policy brief for policy makers
- D5.1 Project logo and visual identity
- D5.5 A set of 6 newsletters
- D5.7 Common translation strategy and planning
- D5.8 Summary of dissemination events
- D5.9 Final OG forum proceedings
- D5.10 List of recommended practical solutions to be further tested in additional OGs





































