Inventario, la valutazione, il monitoraggio

The Wood Assortments Map offers parcel-level details, serving as a support tool for forest managers within the project to quantify the potential value of the forest.

The OG-FOR.TRACK project developed a modular Decision Support System to simplify Precision Forestry practices, transferring research-based methods to forestry companies using GIS, remote sensing, spatial modeling, and algorithms integrated into Decision Support Systems.

In the context of the GO-SURF project, an algorithm has been developed to link the forest road network, slope data, and distance from the roads to create maps assessing the accessibility of each forest parcel.

Development of methodologies to enable companies to identify areas of higher value.

SYLV'ÉCLAIR and its database, developed as part of the OG SPNA project, are designed to collect data from stands composed mainly of maritime pines and to provide tailored advice for these stands.

RAISON evaluate the economic and silvicultural benefits of managing young deciduous stands using low-density designation and routing compared to conventional forest management through full thinning.

A geodatabase was created and to centralise forest data that can be queried for different administrative levels, enabling also data sharing between stakeholders.

The online application helps users evaluate their forest land using public data and estimate annual yields. It allows users to analyze their own images, calculate tree values, and monitor forest events. Users gain insights into forest condition, interventions, and planned harvests.

The mobile app complements the web application, allowing users to register a plot and make five different records. Tree count can be done automatically or manually using augmented reality. It helps estimate wood supply, track felled trees, and manage felling paths for better control.

SiWaWa, part of the MOTI app, simulates forest growth over 30 years for one-dimensional pure stands. It helps determine silvicultural measures based on wood production goals. A standalone version allows field simulations right after recording a stand with MOTI.