Italy

The Sardinian Living Lab is representative of silvopastoral systems in dehesa-type habitats covering about 15Mha in the MED. System dynamics approaches will be combines with new bio-based and digital agriculture technologies to improve watersheds’ hydrology and soil fertility.

Technologies and Practical solutions developed here

  • DSS for forage crop improvement
  • Dynamic approach to Silvopastoral Systems
  • Microbial-based solutions to increase soil health and fertility
  • Virtual Fencing for Adaptive Multipaddock Grazing
  • Virtual Fencing to preserve ecosystem services

Leader

Desertification Research Centre (NRD) – UNISS

Area

Profile

Altitude: 250-350 m a.s.l.
Coordinates: 40°49’N; 9°16’E
Size: 200 km² scalable to ≈3,000 km²
Mean annual temp: 14.2 °C
Mean annual prec.: 632 mm
Mean annual ETo: 1050 mm
Aridity index: 0.53
Local population: Gallura, 60,000
Main land uses, crops and animals: agro-
silvopastoral, vineyards, dairy sheep,
suckling cows, cork extraction

Technologies and Practical solutions developed in this Living Lab

Oak ecosystems are key structural components of MED silvopastoral systems. They correspond to contrasting land management practices resulting in a diversity of ground and surface water dynamics. Tree cover is a key feature of these ecosystems integrating large scale grazing, forestry and crop cultivation (Blondel, 2006). A wide range of provisioning, regulating, supporting and cultural ecosystem services are associated to these agroforestry ecosystems (Bagella et al, 2020).

Click on the cards below to learn more about the individual technologies tested in the living lab.

DSS for forage crop improvement

Dynamic approach to Silvopastoral Systems

Microbial-based solutions to increase soil health and fertility

Virtual Fencing for Adaptive Multipaddock Grazing

Virtual Fencing to preserve ecosystem services

Use Case Contact

Pier Paolo Roggero
pproggero@uniss.it

References

to be updated