Agroforestry in Tuscany within AGROMIX, Italy

Year of issue
2025
Summary

Agroforestry in Tuscany links farm practice and research to build climate resilience. Two complementary trial sites show how trees, crops and livestock are combined under AGROMIX and the regional GO NEWTON network. At Tenuta di Paganico (Grosseto), a silvopastoral system uses tree shade to buffer Mediterranean heat. Monitoring tracks animal behaviour, heat load, performance and hair cortisol. Results show clear summer benefits: cattle in shaded paddocks maintain average daily gain and lower heat stress, while in spring differences fade when thermal stress is low. At Arnino (CiRAA, Pisa), silvoarable alley cropping tests tree rows within rotations to improve soil fertility, biodiversity and carbon. Measurements cover yields, soils, weeds, microclimate and plant water status, building a long-term evidence base.

Design choices focus on tree density, windbreaks and machinery access, with practical challenges such as wildlife pressure and tree protection. Funding combines H2020 AGROMIX and the Tuscan rural programme; governance relies on a living-lab approach with farmers, universities and regional partners. Outreach includes demos and an Agroforestry School. Expected hydrological co-benefits are higher infiltration and soil moisture retention, supporting drought adaptation. The case shows that shade delivers fast welfare gains in hot summers, while soil and carbon benefits require time, making agroforestry a robust path for Mediterranean farms.

Photo Gallery
Location
43.66, 10.32
Sector
Agriculture
Installation Date
2018-ongoing
Contact
University of Pisa – CiRAA; Tenuta di Paganico Soc. Agr. S.p.A.

Overview

Location of the project
Sites at Tenuta di Paganico (Civitella Paganico, Grosseto) and at CiRAA “Enrico Avanzi” in San Piero a Grado (Pisa).
Sponge measures implemented in the case study
Agroforestry
Intercropping
Crop rotation
Objectives
Reduce livestock heat stress and stabilise summer weight gain
Enhance soil fertility and carbon sequestration
Improve microclimate, biodiversity and overall farm resilience
Involved partners
Authority type Authority name Authority role Comments Authority responsibility
Research institute / University University of Pisa – CiRAA Monitoring research, coordination Responsible
Research institute / University Scuola Superiore Sant’Anna Monitoring — Supporting
Research institute / University CREA – Council for Agricultural Research Monitoring — Supporting
Other ANCI Toscana Other networking and dissemination Supporting
Farmers Cooperativa Il Rinnovamento Implementation on-farm demos —

Site Information

Climate Zone
Warm temperate dry
Temperature (°C)
15.00 °C
Elevation range
1 - 65 m
Slope range
Low to gentle slopes
Vegetation class
Mediterranean pastures and woodland for silvopastoral system; arable crops with tree rows for silvoarable
WFD Ecological status
Unknown
WFD Chemical status
Failing to achieve good

Design and Implementation

Project scale
Micro
Project scale specifications
Tenuta di Paganico: 1,100 ha estate with forests, pastures, olive groves, vineyards and arable fields Arnino: 40 ha long-term experimental farm blocks
Project area
40 ha + 1,100 ha
Principles
Multifunctionality and climate adaptation
Tree shade and diversified structure to buffer heat and drought
Alley-cropping to integrate trees with crops and livestock
Living-lab approach linking researchers and farmers
Factor constraints
Mediterranean summer heat and drought increase the value of tree shade
Coastal plain winds and wildlife pressure at
Arnino require adapted layouts and protection
Operational constraints include machinery access in alleys and grazing management around trees

Financing

Financing authorities
Authority name Type of funding Comments
European Union Other H2020 (AGROMIX)
Regione Toscana Sub-national funds PSR FEASR GO NEWTON
Compensations
No

Policy and Governance

Policy description
Climate adaptation and sustainable intensification in Mediterranean agriculture Contributions to soil conservation, biodiversity, animal welfare and carbon objectives
Target remarks
Improve animal welfare and productivity under heat stress
Test agroforestry for soil fertility, carbon and biodiversity benefits
Pressure remarks
Rising summer heat stress on livestock
Soil and water stress in dry summers
Need for diversified, resilient farm systems
Part of a wider plan
Yes
Wider plan
Wider plan type Wider plan focus Name
— Agriculture AGROMIX project
Regional Agriculture GO NEWTON regional network
Public consultation
Yes
Consultation activities
Activity stage Activity type
Implementation phase Workshops, open days, guided visits and a regional Agroforestry School under GO NEWTON
Has contractual arrangements
No

Impacts and Monitoring

Monitoring System

Monitoring parameters
Structured monitoring at both sites Animal performance, heat load indices, behaviour and hair cortisol Crop yield, soil fertility and carbon, weed diversity, microclimate and plant water status Regular meetings in living labs between researchers and practitioners

Maintenance

Maintenance requirements
Tree protection and pruning Rotational grazing planning and pasture management Row management in alley-cropping and machinery lanes

Impact Assessment Methodology

Biophysical impact assessment method
Field trials with treatment comparisons
On-farm trials with seasonal measurements Combination of quantitative indicators and qualitative farm feedback

Socio-economic Impacts

Direct benefits
Knowledge co-production and skills development via regional network
Seasonal stability of average daily gain during hot periods
Summer animal welfare improved in shaded silvopastoral paddocks

Biophysical impacts: Hydrology

Information on retained water
Expected increase in infiltration and soil moisture retention under tree-crop-pasture mosaics

Lessons Learned

Key lessons
Shade delivers clear welfare benefits in hot Mediterranean summers
Benefits are context-dependent in mild seasons
Operational details matter: layout, tree density, windbreaks and access for livestock and machinery
Farmer–researcher co-design accelerates adoption
Barriers
Barrier type Barrier role Comments
Lacking financing sources Main barrier Limited long-term funding for monitoring
Limited staff and consultant knowledge Secondary barrier Knowledge gaps on machinery logistics and tree protection in arable rotations
Other Secondary barrier Wildlife competition in coastal plain site
Drivers
Driver type Driver role Comments
Balancing different objectives Main driver Heat stress risks and the search for resilient systems
Success factors
Success factor type Success factor role Comments
Attitude of relevant stakeholders Main factor Large estate and university farm enabling robust trials
Communication activities Main factor Regional school, demos and certification pilots building capacity and legitimacy
Cost effectiveness
Tree establishment and protection are upfront costs; welfare and resilience gains materialise quickly in hot seasons while soil and carbon benefits need longer horizons
Transferability
Approach is transferable to Mediterranean areas with summer heat stress Design must adapt to local soils, wind, wildlife and farm machinery

Sources