Technologies

SALAM-MED is focused on the process of adoption of identified technologies, management practices and practical solutions for the increased resilience of Mediterranean socio-ecosystems threatened by land and water degradation and for the recovery of degraded lands. Identification, testing, upscaling and validation of new “nature-based” technologies, management practices and monitoring solutions can effectively improve soil-plant-water interactions across MED dryland hotspots.
The analysis of the costs and benefits of these solutions and their scalability to similar situations in the MED region is how the SALAM-MED project aims to bridge the gap for the market-wide adoption of these new technologies in order to increase the resilience of MED socio-ecosystems.

Indexes

Workers needed
Skilled workers are essential 

Ease of use
Learning to use the solution requires little time

Adaptability
Quick and easy to be adopted

Effectiveness
The solution address the challenge / problem

Reliability
The innovation is sufficiently stable over time

Cost
The investment needed to implement the innovation

Greenhouse emissions
Impact of on climate change

Water availability
The impact of technology on water availability

Water quality
The impact of technology on water quality

All Technologies

Adaptive vegetation management tool (CAFE)

DSS for forage crop improvement

Dynamic approach to Silvopastoral Systems

Irrigation management in olive orchard

Leveled terraces for water harvesting

Management of aquifer recharge systems

Microbial-based solutions - Rhizobia Soil Bacteria

Microbial-based solutions - Trichoderma

Soil management in olive orchard

Subsurface Water Retention Technology

Virtual Fencing for Adaptive Multipaddock Grazing

Virtual Fencing to preserve ecosystem services

Technical data sheets and documentation