From watershed
to a system for generations.
Implementation begins not with mass planting, but with diagnosing the movement of water. Each phase produces a verifiable result, data for the next decision and a local team capable of continuing the work.
Pilot pathway
Select a phase to see its task, result and transition criterion.
Preparation and consortium
Watershed selection, a three-country agreement, baseline data and shared governance rules.
- Key result
- Territory passport and approved pilot framework
- Technologies
- GIS · archival data · initial AeroSense screening
- Transition criterion
- Boundaries, team, indicators and responsibility agreed

From watershed diagnostics to river restoration, every instrument links to the full article.
Open article →Restoration as a system
Open each area to see the sequence of actions.
01Water and terrain+
Runoff mapping → micro-catchments → terraces and berms → springs → floodplains and channels.
Connected to Mountain Sponge →02Soil and vegetation+
Soil diagnostics → pioneer communities → forest corridors → resilient forest garden.
Slope restoration methods →03Technology framework+
AeroSense → sensor network → digital passport → Mountain Digital Twin → DREVO AI.
International system →04People and governance+
Local teams → training → scientific council → open indicators → intergenerational agreement.
Living legacy principles →Implementation technologies
From watershed diagnostics to river restoration, every instrument links to the full article.
Set the scale
Estimate teams, monitoring and planting material. Values support early-stage design.
Milestones
Data becomes decisions
Drones, sensors, field routes and local knowledge.
Open article →Digital passport and water-flow model.
Open article →Targeted measures in terrain, soil, forest and channels.
Open article →Measurable indicators and an open improvement cycle.
Open article →From territory to the full article.
Choose a scientific and technical pathway and open the complete material in the current language.

Living Mountain Observatory
Sensors, drones, robotic platforms and AI turn a watershed into an observable living system.

Atlantic × Mediterranean
One initiative connects mountains, rivers, agriculture, soils and coasts across three countries.
