Build-in-Wood strives to make wood a natural choice for the construction of multi-storey buildings. Early Adopter Cities take a leading role in the project, and their stories shall inspire cities around the world to rethink construction and social responsibility.



Objectives. To meet the global and European challenges of reducing the GHG emissions from the construction sector, Build-in-Wood will develop a sustainable and innovative wood value chain for the construction of multi-storey wood buildings. The ambition of the project is to make optimised and cost effective wood construction methods common practice in the European construction sector. The objectives include: 1) To make wood a natural choice of building material for the construction of multi-storey buildings, 2) To decrease GHG-emissions of the European building sector, 3) To establish an innovative and sustainable European value chain for multi-storey wood buildings, 4) To improve the connection between rural and urban areas and to contribute to sustainable urbanisation, 5) To increase productivity of the European building sector.



Build-in-Wood will address this challenge through innovative development of materials and components as well as structural systems and façade elements for multi-storey wood buildings fit for both new construction and retrofitting. Developments will be tested, piloted and fully documented for immediate market uptake. Active engagement of selected cities will strengthen the urban-rural connections. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/build-w…

The project supports market uptake of three types of IBCs by developing feedstock mobilisation strategies, improved cost-effective logistics and trade centres. The investigated IBCs include pyrolysis oil, torrefied biomass and microbial oil.



The overall aim is to facilitate the further introduction of intermediate bioenergy carriers by developing feedstock mobilisation strategies, improved logistics and IBC trade centres. More specifically, the objectives of the MUSIC project are:



To increase the uptake of intermediate bioenergy carriers through development of advanced and strategic case studies with economic actors (industries) committed to implement the results.

To develop and/or expand existing and future trade centres, either virtual or physical.

To assess the technical and non-technical aspects of biomass feedstock mobilisation with the purpose to develop dedicated feedstock mobilisation strategies.

To determine the best, cost-effective solutions for logistics along the entire IBC value chain, from raw unprocessed biomass to IBC end-users.

To involve, engage and support regional stakeholders and market actors, from the primary production sector, industry and beyond.

To evaluate framework conditions (legal, institutional and political) to identify key barriers and enablers.

To provide advice to policy makers at national and regional level to serve as input for more informed policy, market support and financial frameworks. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/market-…

SecureChain was a Horizon 2020 project, which focused on promoting market uptake of bioenergy in small and medium-sized enterprises (SMEs) using an innovation voucher scheme



Secure Chain's objective was to promote a Sustainable Supply Chain Management practice that meets high environmental, quality and financial viability standards, tailored for local biomass suppliers, energy producers and the financial sector. In the process, the entire bioenergy chain was considered, and sustainability and financing were an integral part of the set-up. The specific objectives comprised, a) integration and optimization of local supply chains, b) high efficiency and low impact gain, c) supply sustainability, d) leveraging investments in bioenergy, and, e) implementation of future-proof bioenergy chains. SecureChain relied heavily on tested digital practices deminstrating organisational setups for information flows, biomass mobilisation and logistics, especially for a) the optimization of collaborative networks and joint implementation plans of local supply chains, and b) the application of risk assessment tools for the analysis of supply chains’ market opportunities, financing schemes and investor requirements.



This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 646457 for the period from 01.04.2015 to 31.07.2018. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/securec… Video: https://www.youtube.com/watch?v=12fVngAI3os

The RecAPPture mobile and web application is intended for owners and manufacturers of discharged wood products for sale, purchase, lease or purchase.



With the planned demolition of decrepit buildings, significant amount of wood suitable for further use roof can be obtained. Cascading use of wood prolongs its lifespan and further storage of CO2 bounded in the wood. Demand for products from discharged wood is increasing and there a problem with ensuring sufficient quantities of suitable used wood occurs. Owners of such wood are often unaware that they can hand it over or sell it to a company that will make a new product out of it. For this purpose, in cooperation between the company M Sora and the University of Primorska, a mobile application and a web interface RecAPPture were developed. It enables the owners of used wood to submit their offer on discharged wood. The application enables a quick exchange of information regarding the availability of the quantity and type of used wood between the provider and the interested company. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/mobile-… Video: https://www.youtube.com/watch?v=vz9OfJPHttU

The web portal Moj Gozdar is intended for finding suitable contractors for forestry services.



The significant increase in the number of forestry contractors in last few years has been increasing competition, however at the same time requires a reflection on the objective quality of contractors. In sustainable management of forests, the criterion for the selection of contractor should not be only the lowest service price, but it should include also environmental, social and business aspects of the relationship between the client and the contractor. Platform MojGozdar (MyForester) enables the integration of all stakeholders in the forest-wood value chain, including providers of forestry services, users of services (forest owners, forest managers) and administrators of basic data bases about business entities. It is a transparent and objective web-based information system for assessing the suitability of contractors, who perform work in the forest. The methodology for evaluating is consisted of an automatic assessment of the formal suitability of the forestry contractors and direct evaluation of the service by consumers.



Detailed description is available at http://www.crojfe.com/site/assets/files/4529/triplat_77-90.pdf Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/mojgozd… Video: https://www.youtube.com/watch?v=mmcmyTl5JbQ

Info platform with decision supporting tools.



Forestry as one of the economic sectors incorporates several links in the complex forestry wood chain. From the technological point of view, the forestry links of the FWC are formed by a series of production processes, with which natural forest resources are converted into products and services. In the selection of separate machines and connection of individual links into series of production chains, the question of costs is certainly an important issue. Material costs of individual machines and the mandatory or optional accessories or attachments are key to the optimization of individual series of production processes. The application enables a simple selection of a technological model for the production of roundwood as well as green chips. With the selection of machines and their mandatory or optional accessories or attachments along the entire chain from the felling area to the final user, the costs are stipulated as well. Visualization of technological components along the forestry wood chains and presentation of costs enable optimization and easier understanding of otherwise very complex chains. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/woodcha…

The Invazivke web application is part of the public electronic information system for collecting data on invasive alien species in Slovenia.



The mobile application Invazivke is free to use and is intended for the general public. To use the application, one must register using a valid email address. It is designed for field data collection with a smart device that includes a GPS sensor and a digital camera. This allows user to automatically capture the location (exact X and Y coordinates) and photo with the device, which greatly facilitates and speeds up data entry. The user manually selects of the species from the drop-down menu. The application also includes a manual with a description of invasive alien species (IAS), including pictorial material to facilitate the identification of the found organism. The mobile application Invazivke enables the recording of IAS finds without an internet connection. The exchange of data with the central server takes place at the request of the user when connected to the Internet and is carried out according to the synchronization process. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/invaziv…

Monitoring of state and development of Slovenian forests



Within National Forest Inventory (NFI) forests of Slovenia are monitored and measured. NFI provides extensive and in depth survey of all slovenia forests, including informations about composition, condition, distribution and size of our forests. It is of great importance for monitoring changes of forests through time, for developing suitable policy measures and for further support of sustainable management of forests. The basis for the inventory is a systematic sample of plots on a 4km x 4km grid. The selection of inventory plots is based on the use of lidar and aerial images. With their help, plots that are not located in the forest are eliminated, and they are also helpful in assesment of forests at inaccessible plots. A special data acquisition application was developed for the purpose of field inventory. This guides the enumerator through the inventory process, and at the same time the data is already digitized and ready for further processing. The application is also connected to a GPE device, which allows the precise determination of the sampling point. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/nationa… Video: https://www.youtube.com/watch?v=l60ef3ZfEPw

Innovative educational programmes in the field of sustainable forest management and forestry work in Croatia supported through European cooperation.



The Institute for Development and International Relations and the Croatian Forests Research Institute in collaboration with other Croatian organisations have established an innovative cooperation to develop and promote educational programmes for adults in the field of sustainable forest management. Through different Erasmus + projects such as VET4BioECONOMY or the CIA2SFM program, Croatian institutions with the collaboration of partners in Slovenia and Austria develop new methods and innovative training techniques that place the forest bioeconomy at the center of the European green agenda.



The aim of the educational program is to get acquainted with the European goals of forest management, to raise and disseminate knowledge about aspects of sustainable forest management and to inform about ways of access to forest information. Target groups of educational program are forestry professionals, PFOs, forestry entrepreneurs and employees of institutions in charge of protected areas management. This educational program is divided into four sections (chapters) that will provide target groups with specific and comprehensive knowledge about sustainable forest management in a way that covers all three aspects of sustainable management: environmental, economic, and social. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/coopera… Video: https://www.youtube.com/watch?v=JdBvIxUYSLI

Public data of forest in the form of application, contains overview of data about state and privately owned forests.



Croatian Forests Ltd is national company which manage public forests and forest land in Croatia. The company developed application which contains vector data for all 16 forest administrations of Croatian Forests. Also, the application contains information about private forests which have approved management program.



Application in cartographic form presents information in textual and tabular views, as well as spatial illustration of tree species in specific forest or area. Also, application shows two parametars for every tree specie: the total volume of timber and annual growth. Vector data about borders of management areas (forest administrations, forests units, economic units, etc.) for state and private forests are shown in the form of Google Maps basis.



Except basic information on forest administrations and units, commission minutes and approvements of the management basis for economic unit and recapitulations of forms showing wood mass and increments of tree species, are available.



Application is an innovative solution which provides an overview and information about state and private forests in one place.



Innovative solution is free for public use and available online. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/public-… Video: https://www.youtube.com/watch?v=Avsrv4pyF-4

DecectIT is forest fire detection device which detects fire by using different sensors and sends nottification to the application.



Fires in the Republic of Croatia are a big problem for forests, given that fire brigades have about 3.000 interventions per year. Average burned area per year is 14.278 ha of forest land. DetectIT provides information of the current situation in the forest area (level of temperature, humidity, carbon monoxide). Device secures fast information about the occurrence of a fire and provides all important data. Devices are located 100-300 meters away in the forest area and communicate with each other via radio waves. Communication between devices can reach even several kilometers so it is possible to cover very large area. Each device has one or more sensors. When the device receives an icreased concentration of flammable gas or smoke, it sends a signal to the other device about occurrence of a fire.



Currently, for sending notification about occurrence of fire, device uses 4G network. In the future for notification sending, it is planned to use the 5G network which can send notification in a shorter time period. Also, it is planed to spread the use of device i.e. setting device in households. Prototype of device is installed and tested on the forest area. Device is developed by high school students of Gymnasium Velika Gorica, Croatia. Group of students signed up on international competition and won 2nd place. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/detecti… Video: https://www.youtube.com/watch?v=lOQJutva2dc

A single electronic register of Ukrainian timber. The system enables to track the timber origin and it represents digitally the supply chain from forest to the buyer at the first processing facility.



Electronic timber tracking is a single electronic register of Ukrainian timber. Permanent forest users are obliged to electronically tag each log (or in case of firewood each batch) enabling to establish the legality of its harvesting, namely: description of the log, place and time, name of the team that carried out the procurement, transport document. Thus the system digitally represents the supply chain from forest to the buyer at the first processing facility. Electronic timber accounting has been implemented in Ukraine in phases since 2009, and is still running. At first the system was used only by permanent users under the State Agency of Forest Resources of Ukraine (SFRA) and since 2020 it becomes obligatory to all permanent forest users in Ukraine.



Technology, equipment and software come from Latchbacher (AT) and are adapted to the Ukrainian conditions. For foresters, as key users, the system decreases the time to register, process and report on sales of unprocessed timber. At the same time, it is also freely accessible for the general public on the website. Anyone can track the legality of timber origin knowing the number of the tag, or invoice number, or truck license plate. As of December 2019 electronic timber tracking is carried out by 504 enterprises. In total, more than 3,700 mobile users are connected. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/electro… Video: https://www.youtube.com/watch?v=MRIm0bWkzqM

LignoSilva is Centre of Excellence of the National Forest Centre in cooperation with the Pulp and Paper Institute with a focus on research and innovation in the field of production, mechanical and chemical processing and use wood utilization, strongly committed to demonstrate innovative digitalization technologies.



Based on scientific excellence, outstanding infrastructure, research synergy and cooperation with decision makers and business establishment of the Centre of Excellence of European significance in the field of forestry, wood processing, pulp and paper in cooperation with leading research organisations in the EU. Through implementation of unique infrastructure (3D CT scanner) CoE LignoSilva focus on the innovation development with companies in the field of wood production, processing and utilisation and to contribute to their development and innovation activities related to multi-purpose management of forests; enhanced biomass production; secured wood supply, forest operations and logistics; cascade use, reuse and recycling systems of wood and energy from wood.The fundamental innovative impulse for higher utilization of wood raw material is the implementation of:

• technologies of ground mobile laser scanning for qualitative inventory - assortment of stands.

• 3D CT scanner for the detection of quality and errors of wood and the subsequent use of the obtained data in the field of optimization of sorting and sawmill wood processing. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/lignosi… Video: https://www.youtube.com/watch?v=5ug_JW8yltk

InspectorulPadurii.ro is initiated by Ministry of Environment, Waters and Forests together with the Government of Romania with the aim to make transparent the wood harvesting activity, transport of wood in entire Romania.



The online portal is an automatic method for identifying illegally cut timber transports from Romania. The users are able to observe alerts from satellites indicating information and once every few days (between 2 and 7 days depending on the satellite) any change in the aerial image associated with the forest vegetation in Romania. The portal also accesses the SUMAL database of the Ministry of Water and Forests in real time. From this database, information is extracted to be processed in the internal system, about the enhancement documents on wood harvests, the locations from where the timber transports are loaded and the information related to these points.The permits on wood harvest became digitalized, therefore all harvesting activity can be checked by satellite monitoring while the transports must obtain a unique code before leaving the place of loading. This code is only obtained after the transport information has been entered into the system, including the location where the code was requested.

The portal, through further developments, also contains an API (set learned of rules), which allows automatic access to all information publicly presented on this portal (layers, transport coordinates and related metadata, enhancement documents, etc.), so that other interested actors can make analyzes that will lead to stopping illegal logging. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/digital…

Timflow, the wood traceability monitoring system developed by HS Timber Group and implemented for all timber factories in Romania in April 2017.



Thanks to TimFlow it is possible to check if the exploited wood is legal, if the supplier companies meet the requirements of the company's Due Dilligence system; Whether or not the wood comes from buffer zones of national parks or from other areas where intervention is not allowed. The most important quality of the Timflow system is the unprecedented level of transparency. All GPS data collected is publicly available on the portal also in English, which allows local and international stakeholders to check log shipments. Users can check via Timflow:



- all transports in the country from the last 12 months which have reached the gates of HS Timber Productions’ sawmills in Romania;

- information on transport documents;

- photos of the cargo;

- truck routes;

- in addition, users can request copies of the transport documents. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/timflow… Video: https://www.youtube.com/watch?v=49XCeMGfAXM

A sales platform, enabling customers to take part in a wood sale auction in a forest district online.



e-drewno system was created to enable customers to take part in a wood sale auction in a forest district without necessity of physical attendance. Currently, about 20% of all wood sold to enterprises by State Forests in Poland is offered on auctions on e-drewno.pl. After registration in the system and providing forest district nname the customer gets individual access, enabling participation in the auction. For practical reasons it is recommended to indicate the forest district which is located closest to the place of residence / running business activity. All the information exchanged online between the customer's computer and the server operating the auction is coded. When placing the offer it is registered and given position in the ranking, which depends on the proposed price. If the prices given are the same, the position is determined by an order of placing the offers registered by www.e-drewno.pl portal. During the auction each customer can place unlimited number of offers and modify earlier offers. Winning offers can be only modified to the following extent: wood weight, minimum wood weight, price (up only). In order to protect business data, participants in the auction cannot see the names of other companies taking part in the auction. The system is easy to use and administrate, includes a price calculator and offers access to reports. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/e-drewn…

Comprehensive monitoring method of a large forest area with the use of innovative techniques and data.



Project activities were focused on a comprehensive representation of changes in forest stands and their dynamics (using different time series of remote sensing data) and the transition from spot monitoring (field measurements on sample plots) to large-scale monitoring. This will improve the efficiency of forest ecosystem protection and management measures. Project results have been presented in the form of publications and maps showing specific changes over the years. In addition, radio and television broadcasts, meetings, brochures and promotional films were used to inform the general public.



The main objectives of the project were:



- Monitoring of stand dynamics in Białowieża Forest (including analysis of tree species composition, monitoring of changes in the forest stand caused, among others, by tree death)

- Analysis of natural forest regeneration and rejuvenation, including the role of gaps,

- Establishment/determination of the combination of different remote sensing techniques and data sets that are optimal for forest monitoring,

- Characteristics of the microclimate of the Białowieża Forest,

- Promotion of Białowieża Forest through the use of multimedia. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forbios…

A full-scale system supporting the organisation of work and resource planning in national parks, municipal and communal forests and experimental forestry units, covering day-to-day management in a given unit and specific tasks arising from the needs of nature conservation.



The LasInfo system is a comprehensive product consisting of several interlinked applications. It is targeted at national parks, municipal and communal forests and experimental forestry units. It provides support for forest land management and monitoring of timber harvest and sales, as well as for the implementation of tasks specified in the protection plan and nature monitoring.



The solution consists of four basic modules: the central database, the LasInfo Client application, the GIS application and the Forester’s Electronic Logbook. This allows for coordinated management of elements such as nature conservation, forest management, spatial data and cadastral data. It is possible to tailor the solution to individual users by implementing only some or all elements of the system. The shared database in turn eliminates the problem of incompatibility between different systems and data formats. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/system-…

Data warehouse collecting, processing and sharing information concerning forests of all ownership forms in Poland. Data Bank provides both descriptive and geo-referenced spatial data, through web portal and mobile app.



Forest Data Bank is a data warehouse collecting, processing and sharing information concerning forests of all ownership forms in Poland. It’s aims include also supporting scientific research, enabling analysis and forecasting of forest resources and promoting standards of collecting and processing of forest data.



Data Bank provides both descriptive and geo-referenced spatial data. Available data cover forest stand and statistical unit description, forecasting and additional information such as: forest protection, fire protection, nature conservation, environment monitoring, hydrology, climatology, geology, nature and forest regionalisation, forest functional areas, seed regionalisation and National Register of Boundaries.

Forest Data Bank could be accessed through web portal (which includes also reports, publications and maps) or mobile app (mBDL), which offers access to map resources and navigation. Main target group are foresters but it is also used for the purposes of spatial planning, science, public and international statistics, and tourism. It provides information not only at the central level, but also regional and local ones. Data Bank is covering about 95% of forests in Poland and there are more than 25 thou visitors on the BDL portal per month. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forest-… Video: https://www.youtube.com/watch?v=3K_jgb3GwS0

Innovative R&D project developing odor-based system (electronic nose) based on sensors with high sensitivity and AI to monitor selected, particularly dangerous forest pests.



The threat of forests by various harmful microorganisms is growing due to changing climate conditions and spreading of non-native pathogens and pests. Simultaneously the relevance of biological methods of monitoring and preventing forest degradation is increasing in the face of the chemical’s use restrictions. The main aim of the project is the development of an innovative device (electronic nose/ e-NOS), based on a matrix of broad-band electrochemical sensors and neural networks that would detect and analyse the odor-based signals e.g. pheromones of certain insect species. The examples of pathogens and pests addressed in the project include Dendrolimus Pini (L.) and Phytophthora oomycetes.

The developed system delivers comprehensive and complex information which allows to create a neural classifier (using artificial intelligence). The dedicated software was developed to perform the analysis of the data and create a database – library of signals, which will allow to detect the analytes sought in the field. For each application foreseen in the project (analysis of specific smells), dedicated sensory matrices were prepared. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/prozel-…

Forest growth simulators are essential tools for assisting forest management decision making. sIMfLOR was developed to integrate forest growth simulations for the main tree species in Portugal under the same interface where input files and outputs present the same structure regardless of the species.



sIMfLOR is a platform that integrates several simulators developed for the main portuguese forests species. The platform aims to encourage users from research fields, managers and forest owners to make use of the forest growth and yield models available for the Portuguese tree species in a user-friendly way. Different stand and regional level simulators have been integrated in a common environment alongside with other tools. The platform has been developed and continuosly improved over the years under the scope of several EU projects. The platform combines several simulators integrating growth models for the most relevant tree species in Portugal: eucalypt, maritime and umbrella pines, cork and holm oaks. Within sIMfLOR, simulators are grouped under stand level simulators and wide-range simulators (StandsSIM) that cover simulations from stand to regional level. sIMfLOR platfrom can be freely downloaded from the FCTools website after registering. This will enable the use of SUBER and the management driven StandsSIM (StandsSIM.md), both these tools allow simulating new plantations, an existing single stand and multiple stands. The scenario driven version of StandsSIM (StandsSIM.sd, former SIMPLOT) is only made available upon request. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/simflor…

Forscope is a prototype of an advanced planning system for forest biomass supply chain.



The Forscope is a prototype of an advanced planning system for forest biomass supply chain. It works as a digital marketplace for forest biomass, providing information on supply and demand for forest biomass for various types of users, biomass producers, biomass consumers and logistical suppliers of processing and transportation. It also allows the planning of the supply chain, i.e. it sequences the forest biomass splitting operations according to the available equipment fleet and their productivity, in order to minimize logistics costs and meet the supply contracts of the biomass plants. It can also provide the optimal transport routes and cost estimates with processing equipment, with transport equipment, thus allowing the management of an operations plan that can be monthly but also a daily management of operations. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forscop…

Knowledge transfer platform for assisting forest owners in eucalypt' stands management



The project aimed at technical and scientific knowledge transfer encouraging the management of eucalypt plantations. A freely available user-friendly platform providing site specific prescriptions concerning the best silvicultural practices that takes edaphic, climatic and topographic characteristics into account was developed. In order to benefit from technical assistance, the forest owner has to be registered in the platform (trial-version available). First, he has to add his property by drawing it directly on Google Maps or importing a shapefile/KML. The next step will consist of property/forest characterization. Finally, has to specify if he wants to establish a new stand or maintain an existing one. After completed, a personalized technical prescription is immediately provided. The user can edit his list of properties or update the forests’ characteristics. When features are updated, the user can request for a revised technical prescription. A pdf file with the prescription can be downloaded or access can be directly granted to someone (e.g. forest manager). An additional feature allows users to consult possible restrictions of legal and/or environmental scope concerning forestry practices. This tool includes also an online library and other contents. By the end of 2021, the platform reached more than 43k visualizations, 10k users with 560 users registered in technical indications module; 3 patents were submitted. https://www.forestinnovationhubs.rosewood-network.eu/pt/content/knowled…

The "Melhor Eucalipto" project has the objective of communicating and sharing the best silvicultural practices for eucalyptus carried out by the pulp and paper industries and help improving management.



In 2015, eucalypt became the predominant tree species in Portugal and despite located in productive areas is often under insufficient/deficient management. The "Melhor Eucalipto" project, developed by CELPA, to promote good management practices for eucalypt stands through the organization of free roving Info Sessions to non-industrial private owners and the production of videos (~20) (www.celpa.pt/melhoreucalipto/category/videos/) and printable leaflets (~10) to be distributed or downloaded from the site (http://www.celpa.pt/melhoreucalipto/flyers/). To emphasize the impact of good management, the project comprises two side-by-side demonstration areas continuously monitored: one following the current management practiced by non-industrial forest owners and the other following the best recommend practices. The project also integrates an operational extension, the Limpa e Aduba Program (PLA), which offers landowners who apply technical support and the fertilization of their eucalyptus plantations, if they meet the eligibility criteria. In return, the owners are obliged to manage fuels and/or correct stand densities, in order to reduce the risk of fire, increase productivity and income, while promoting forest management and certification. At the end of the 3rd PLA campaign, about 3,800 owners have already benefited, corresponding to an area of 33,100 ha, mostly in smallholding plots. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/melhor-…

Small-size private-owned forest areas are common in Portugal in particular North of the Tagus River. Small patches of forest hinder proper forest management, often leading to increased unmanaged areas more prone to wildfires, pests and diseases. The Baixo Vouga Forest owners association has developed a program of forest area aggregation to tackle this problem by grouping of contiguous areas with the overall aim of facilitating management operations. This will consequently reduce the occurrence of hazards, improve and increase well-managed areas, increase return and motivate investment. To implement the program, at least 5 forest owners with at least 5 properties, summing-up no less than 10 hectares are rquired. Then a GPS-based inventory is carried out and a forest management plan is developed. The program is based on quota-based investments and revenues that will be distributed among those involved with the aim of increasing the engagement, motivation and appreciation of all the agents involved. So far, several areas have been aggregated covering different number of forest owners (e.g. Panasqueira, Águeda, 15 properties belonging to 12 forest owners were aggregated resulting in c.a. 11 thousand ha of forest planted and managed under the same forest management plan) and there are other, more ambitious, still ongoing (e.g. in Lavandeira, Vagos, 211 properties belonging to 138 forest owners were aggregated resulting in c.a. 73 thousand ha). Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forest-…

Italy’s national consortium for the collection, recovery and recycling of wood packaging is a dynamic group of 2,000 companies, which transform wood, produce packaging, supply and import semi-finished packaging. The voluntary members include recycling companies, producers of boards, pulp, blocks, panels and pallets. The large network enables a competitive recycling market of up to 2 million tons of collected material annually.



The Rilegno network is a showcase of excellence in post-consumer wood waste and recycling logistics, maximizing the benefits of an integrated circular value chain and market approach for the entire wood and furniture sector. Highlights of innovative features:



- The collection network covers the entire territory with 419 private collection platforms serving the industrial and commercial sector.

- More than 4,500 municipalities representing over 42 million inhabitants have signed agreements for urban collection.

- 15 major panel producers recycle large volumes to supply board products to furniture and construction industries, amounting for about 3.2 million tons of released items.

- 63% of the material sent for recycling into boards comes mainly from wooden packaging such as pallets, crates for fruit and vegetables, boxes, cable reels, cork stoppers.

- In addition, 60 million items equal to 839,000 tons of regenerated pallets are returned to the market.

- The gained CO2 savings amount to around 1 million tons per year. The economic impact is around 1.4 million euros and 6,000 jobs. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/rilegno…

High end X-ray technology applied to optimize resource efficiency and value added in sawmills



Goldeneye 300 Multi-Sensor Quality Scanner reliably recognizes wood defects, selects according to strength classes and classifies the wood precisely. The optimization results according to parting and sorting, responding to quality requirements. Goldeneye 300 Multi-Sensor Quality Scanner consists of modules with a color, laser and X-ray scanner to accurately classify wood defects. Goldeneye 300 is connected with the trimming saw and the miter saw to obtain the maximum yield. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/goldene…

A platform where EUTR operators find utility tools for the Due Diligence



The portal LegnOk is based on the due diligence systems created by ConLegno and sealed by the UE. The portal is a flexible tool that offers the possibility to be guided while doing the three phases 3 (Access to the informations. Risk analysis, eventual risk mitigation) of the due diligence. The operator completes the entire process within the portal framework and can print and use the printed report from it (report of the risk analysis) to state the process underwent by the operator. This report identify all the informative sources used in and by the system and can be provided to the authority whether a control or an audit happens. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/legnok

The project aims at testing the application of Blockchain technology in the frame of a PEFC certified supply chain. The solution can be applied both as part of the obligations of Due Diligence and in the PEFC Chain of Custody management.



The efficiency, security and inviolability of the blockchain system support forest certification and the forest-wood supply chain with a view to "ensuring certainty and informing according to truth". The Woodchain project involves, together with PEFC Italy and PEFC France, various Turin and Val di Susa realities: Replant Srl, Foodchain spa, La Foresta, Alta Val Susa forest consortium, F. Roche sas, Silva cooperative company and Kaboom Srl.

The purpose of the study is to test the application of blockchain technology as an innovative IT (information technology) solution for forestry and wood applications. This technology allows you to create and manage a large distributed database for managing transactions shared between multiple nodes on a network. The nodes represent the users or entities participating in the network, which contribute to the constitution of the actual blocks, each containing multiple transactions, connected together in the network, which allow decentralization and participation in the management of information and data.

Specifically, the project's objective is to strengthen trust and traceability along value chains, create an efficient and accessible sustainable forest management certification, and encourage the evolution of certification, data collection and impact measurement processes. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/woodcha…

This site contains information and training resources to help forest owners get to know and maintain the forest better, to preserve and enhance the natural wealth of a wooded heritage, and to learn about the various administrative procedures involved in managing a forest.



The platform "Je me forme pour mes bois" was initiated by CNPF in association with Fransylva and the training program FOGEFOR. The aim is to provide online pedagogical content and a training offer (field workshops, day events, videos, etc) to the forest owners and forest teachers. The pedagogical content is divided by themes, in order to cover all the tasks that forest owners must go through: assess the forest production potential, protect it and manage it via cuttings and other forestry works, sell wood, develop new services in the forest, carry out administrative tasks. The content is also divided into three levels of difficulty, depending on the user's profile and experience with forest ("discover", "learn", and "take action"). The site also contains videos and forest owners interview videos, as well as additional resources (books, journals, etc) to go further on certain topics. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/je-me-f…

The Extrafor project aims to reduce the drudgery of logging by creating an exoskeleton adapted to the needs of manual logging.



The mechanization rate for harvesting hardwood stands is only 10% and mechanization in silviculture is very limited. Many operators report musculoskeletal disorders.The use of exoskeletons in the forest would make it possible to assist the operators in their work, it would make their task easier while aiming to preserve their health, without of course compromising their safety. It is a hybrid solution that combines the acuity of manual work with the strength and endurance of a machine, while obviously remaining affordable. Equipping field workers with ergonomic exoskeletons, adapted to work in the forest is an intermediate and complementary solution between mechanisation and manual work, allowing the unblocking of certain difficult situations. Seeking to increase human capacity instead of replacing it is also a way of meeting the various expectations of citizens (maintaining jobs in rural areas, social acceptability of forest sites) and of enhancing the value of work in the forest (and the sector) by promoting this type of initiative. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/extrafor

eMOBOIS is a platform facilitating the exchange of information between companies in the forest paper industry: forest contractors, wood buyers, transporters, sawmills, paper mills, other wood customers. It is based on the standardization of the data and IT language.



The use of IT tools is increasing in companies in the Forest-Wood sector. This computerisation goes hand in hand with an increased need for digital data. In this context, eMOBOIS offers a framework to facilitate the linking of IT systems belonging to each company, without interfering with their internal management processes. The founding element of the project is the standardisation of data and data exchange. The objective of eMOBOIS is therefore to facilitate the exchange of information between two companies involved in the wood procurement process. The use of a common language when exchanging information is proposed to avoid multiplying the development of computer interfaces. eMOBOIS focuses on the transaction of data from one company to another. There is no interference in companies' IT choices or in the processing of data by companies. The approach is compatible with the diversity of IT solutions encountered. The main benefits are time-efficiency, safety and reliability, a better productivity and communication between the stakeholders, and also a real-time update of the stocks. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/emobois…

RESOFOP (Observation Network for the Private Forest economy) is a national network that conducts surveys for forest owners, to get a refined knowledge on how they perceive their forest as well as the issue of climate change. The objective is also to identify what can be done to better adapt forest management to the changing climate. A national report is published each year.



Private foresters had a lot of quantitative data thanks to the data accumulated by the National Forest Inventory for more than 20 years, as well as information on the structure of the private forest thanks to the Ministry of Agriculture's survey in 1999. But they did not take into account the behaviour of forest owners. In 2009, the network for observing the behaviour of forest owners was launched by the CNPF and Fransylva, with the financial support of France Bois Forêt. The objective is to collect new information on the behaviour of forest owners, particularly regarding the management of their forests according to their forest area and the region where they live. In the surveys, the same behavioural trends of forest owners appear: sentimental attachment to their wood, environmental responsibility, heritage to be valued and source of economic income.



The main outcomes include so far:



Surveys carried out by telephone to owners of more than 4ha of wood cadastral land with a duration of 15min

2500 people interviewed throughout France during the surveys

Other surveys for specific studies at a more regional level (risk perception, climate change,...).

The results of the surveys make it possible to create new management tools for forest owners and new distribution media. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/resofop

The platform "La forêt bouge" was created by CNPF to help forest owners know their forest better and be empowered in its management. The services that are proposed are free to use and allow better wood mobilization.



The aim of the project is to propose a simple tool, free to use, with adapted services for the novice forest owners and allow the mobilization of wood from small private forests. Professionals in the forest and wood sector will also be able to access this tool in order to find information on the legislation and manage forest worksites by completing online procedures. The tool is used to facilitate forest management between forest owners and enterprises. Owners can locate their forest plots on an online map with a cadastre and then describe their stand using a question and answer system. They can also contact neighbouring owners using a form. An owner can request a quote online for forestry work from information on their stands. Professionals have the possibility to carry out their administrative procedures online. The owner follows the progress of his forest worksite on the platform. The module for estimating wood prices has an educational purpose in order to explain price formation. Finally it is possible to access a directory of professionals and publish an ad to sell or buy plots. All these services are on a national scale, but specific and regional information is provided to the forest owner. At the end of 2020, more than 3300 accounts had been created. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/la-fore… Video: https://www.youtube.com/watch?v=hGv7jcOEq6c

Climafor is a method and a software under development that allows the comparison of carbon balances from two silvicultural itineraries. It takes into account carbon sequestration in the forest, storage in wood products and the substitution effects generated by the use of wood (material or energy).



Taking into account the carbon issue in forest management is becoming more and more important in France, giving rise to research and development projects. The Climafor software responds to a challenge: to make carbon calculations easier to access and less time consuming. The data sources used (production tables, calculation coefficients) are now well known. Climafor integrates them into a single tool, which does not require any special training. The calculations are instantaneous and the results can be used directly in a forest carbon project. The calculations made by the software are based on production tables for each species and different coefficients from research. The software will be continuously improved by updating the different parameters and adding new tables. For the moment, it is being developed by the IDF (Institute of Forestry Development), the R&D branch of the CNPF. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/climafo… Video: https://www.youtube.com/watch?v=bw5p22UFNwM

Cross-Forest is developing a common platform for open forest data, and a cross-border data model (ontology) shared between Portugal and Spain, for the publication of forest inventories, maps and other forest databases in Linked Open Data format (LOD). Cross-Forest will provide a public endpoint exposing Forest Data, according to the produced model. The main goal is focused on keeping forest information always available and updated, to make exploitation easier for all stakeholders involved in forest management and research.

Two use cases are being developed:

CAMBRIC - to estimate the evolution of forests and wood quality, under different management scenarios

FRAME - to predict forest fires behavior and spreading through precise information on combustible materials, forestry maps and propagation models.

High Performance Computing (HPC) resources are employed due to the amount of data generated and managed, and to the complexity of the models.

Results so far show the usefulness and versatility provided by LOD technology, as It allows users to freely access and manage updated data to develop tools adapted to their needs and purposes. Publishing data as LOD allows Public Administrations to easily fulfil their requirements of transparence and publicity, optimize resources and keep a statistic control of the use of public data. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/cross-h…

The objective of the ChainWood project is to design and develop a secure software infrastructure based on blockchain and Internet of Things technologies, adjusted to all wood supply chains, allowing the different actors to make the most of their data and manage the product in a more efficient way in terms of cost, traceability and sustainability. The main solutions to problems detected are: transaction assurance, Real-time trusted information, Semi-automation of the operation, Accessible quality data, Improved competition.



Recommendations:



For producers: Real-time information on the volume and status of the product.

For the processing industry: Access to a huge source of raw material data that will allow them to optimize their supply processes and streamline the management of their operations.

For operating companies: Transparency and assurance in transactions, making the most of today's technology.

For control authorities: Cost reduction in auditing and control processes, as well as a more precise knowledge of supply chains.

For logistics companies: Information that will enable them to optimize their fleet and provide services more efficiently.

For public administrations: Easier access to timber data, allowing a more agile and efficient management of the processes they supervise. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/chainwo…

C.A.F.E. determines the optimum silvicultural activities to manage multiple products, goods and services such as biomass production, C2 sequestration, fire risk, water provisioning , climatic resilience or biodiversity, for a selected solution.



This tool determines the optimum silvicultural activities to manage multiple products, goods and services which are simultaneously quantified in time and space for a selected solution. Main advantages include:



- Changing the mono-objective approach in order to include a group of ecosystem goods and services.

- Improving the economic performance of low productive areas by quantifying and valorising other resources.

- Holistic optimization of multiple goods and services out of forest management.

- Adequacy to the specific characteristics of each site.

- Multi-scalar results.

C.A.F.E. is a tool that combines eco-hydrologic dynamic simulation with many-criteria optimization, where the user can carry out forest management according to more than one product at the same time, and choose the relevance of each objective/product. This software is capable of working under different climatic regions thanks to the previous calibration of the eco-hydrological simulation. Furthermore, it is possible to modify the spatial scale moving from plot to catchment, integrating a strong biophysical unit. In the same way, simulating different climatic scenarios is also possible. The result is a group of possible solutions among which forest manager can decide and apply. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/cafe-ca…

Juntos por los Bosques' (Together for the Forests) is a non-profit platform formed by more than 100 Spanish forestry entities have come together to develop a vision of what their forests mean, of the wealth that in many ways they can contribute to society and to define proposals for primary action to be sent to all political formations with parliamentary representation and to the Government, among others. Since its creation in 2016 'Juntos por los Bosques', with the impulse of COIM (Colegio Oficial de Ingenieros de Montes, Official Professional Association of Forestry Engineers) has met with political representatives of the Government and political parties.



'Juntos por los Bosques' aims to strengthen the social architecture of the sector to unite its voice towards the public authorities and society as a whole. The long-term nature of forest management makes it easier to identify common objectives, including raising the level of social debate and building broad consensus and complicity. For the first time it has been possible to bring together practically the whole of the country's forestry civil society, from private and municipal property, which accounts for 95% of the forest territory, to service companies, wood, paper, cork, resin, biomass and other forest products industries, certification, professional organizations, academia, cultural entities, research and forestry training centres, among others. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/togethe…

The general objective of the Prominifun operational group is the recovery, enhancement and revitalization of smallholding areas in rural forestry through the development of innovative solutions in land management to solve the problems resulting from land abandonment. This project arises from the need to solve the problem of land abandonment in small forest areas that cannot be cultivated under remunerative conditions.



Prominifun aims to develop a project to solve the problem of the valorization of small forest plots, as well as the abandonment of the territory in general and its consequences, such as the recurrence of forest fires and the loss of biodiversity. The solutions will be based on 3 pillars: efficiency, innovation and research, through the analysis of the structure of the property and its productive potential, and the management of abandoned areas and unknown property.



Therefore, the more specific objectives of the Operational Group are as follows:



- Promote a resource-efficient, economically viable, productive and competitive agriculture and forestry sector; low in emissions; climate-friendly and resilient to climate change; that works towards environmentally friendly production systems and in harmony with the essential natural resources on which agriculture and forestry depend.

- Create added value through a closer relationship between research and agricultural and forestry practices, encouraging greater use of available knowledge.

- Promote faster, more rapid and more widespread practical application of innovative solutions. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/promini…

This project has created an updated cartography of the main forest species in La Rioja, collecting data such as the volume of wood, tree heights and vegetation structure for every 25x25m of land, with a very high level of resolution.



The Forest-LidaRioja operational group has been formed with the aim of developing a forest inventory and a fuel model map of La Rioja using remote sensing technologies. Among the main practical utilities, we can highlight the importance for improving sustainable forest management, since with accurate and updated data, better decisions can be made and actions in forest areas can be better planned. This project has allowed the development of methodologies and processes for the integration of different sources of information. These methods are supported by the development of algorithms that correlate by statistical methods precise terrain data with LiDAR data, requiring the realization of very well calibrated forest plots and measurements located with sub-meter precision in strategic points for each forest species and working area.



The main results of the Forest-LidaRioja Project are:



- Forest inventory of the forests of La Rioja.

- Mapping of fuel models of the forest area of La Rioja to plan preventive forest fire prevention work.

- Study of the evolution of poplar groves in the region and their supply potential.

- Technical training on the products generated for professionals interested in their practical use.

The products generated are open to the public so that anyone can download and use them. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forest-…

SISREP is a project that has developed an advanced statistical model that allows predictive and descriptive analyses to be carried out using a forestation survival prediction tool to ensure the success of new plantations. SISREP is based on the use of knowledge from historical in-situ visits to predict the probability of success of future plantations using machine learning techniques, and on a database with more than 50,000 observations referring to forestations carried out from 1993 to the present day.



The main objective of SISREP is to make use of the information obtained during inspections in the framework of aid for afforestation and the creation of forest areas in Castilla y León in order to:



- Use of the information obtained in the field for the management of the controlled files.

- Creation of a centralised and geo-referenced database with information on the state of plantations.

- To be able to predict, by means of artificial intelligence techniques, the success of future plantations.

- With the knowledge extracted, review and improve the planning of future actions, allowing the implementation of the most appropriate technical conditions for the new environmental circumstances.

To this end, an infrastructure has been designed and implemented that allows the digitalisation of the entire workflow, from data collection in the field to the use of these data in advanced statistical analysis tools.



The data collected in the field are for example species, altitude, density, slope, method, orientation, age, lithography, with or without sowing, or area. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/sisrep-…

ForestMap intuitive interface allows anyone to automatically generate forest inventories of a chosen area without the need of field work and unnecessary delays. ForestMap is an unprecedented solution that delivers accurate, quick and cost-effective forest inventory reports. It is necessary to integrate a maximum of information sources to generate the most accurate, complete and updated inventories possible: LiDAR, satellite, photogrammetry, available terrain data... Stakeholders in the forestry sector are not used to working with technological tools, so it is important to do important demonstration work and support.



ForestMap has a positive impact for a major mobilisation of wood resources allowing forest-owners, operators and indutries to assess stands in an easy and remote way. ForestMap is able to provide valuable reports on demand. An operative version of the web platform (link) is working for 10 provinces in Spain, that covers more than 3 M ha. ForestMap models showed a high performance in terms of accuracy (volume BIAS< 20%) and response times being able to produce a full inventory of less than 500ha in minutes.

ForestMap has been used to produce tailor-made products for specific uses and clients, based on innovation projects:



Tool for calculating (link)the amount of carbon in forest masses in the province of Bizkaia (Basque Country, Spain).

Inventory mapping of fuel models tool and for the prevention and management of forest fires in La Rioja. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forestm…

ForestHQ is an innovative system supporting the management of forest operations and processes. This system includes tools for land management, data collection, data analysis, timber valuation, and activities management.



ForestHQ facilitates the management of forest operations and processes. This platform adds value to the data and improves the access and sharing of information. ForestHQ includes different key modules:



1. Forest inventory, valuation, and carbon MRV. This module includes mobile apps for field data collection, models, and analytics to quantify timber products and carbon.

2. Remote harvesting monitoring. This module includes a connection with harvester machines for remote monitoring of the harvesting operations. This tool increases the control of the operations and significantly reduces costs and field visits.

3. Land management. ForestHQ makes it easy to manage your forest properties and activities. This is a collaborative platform that facilities the visibility of data and communications.

Further modules will include tools for forest certification, carbon sequestration projects, and forest management plans.



ForestHQ can be customised and adapted to the different user needs, with simple user interfaces it is an ideal solution for forest owners, small and large organisations. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/foresth…

The Center of Excellence for Forestry 4.0 is developing Industry 4.0 digitalization concepts for the forest and wood cluster. The driving force behind this approach is a closely cooperating working group of companies, research centers and the Forestry Education Center North-Rhine Westphalia as a practical testbed.New, intelligent and decentrally acting machines, devices, services and people, will enable the cluster to optimize its complex value-added networks, develop new business models and meet current challenges from ecology, economy and climate change. To "smartify" the forest and wood cluster, existing competencies from industry, science and administration must be bundled: The goal of KWH4.0 is to create a know-how base and infrastructures, and to implement forest and wood 4.0 components via innovative Smart Forest Labs. The Smart Forest Labs serve as experimental forestry laboratories in which developed components, systems and processes are tested, standardization advanced, concepts disseminated, and actors trained. Developed concepts and standards are continuously published as practical recommendations, a first version of the communication infrastructure S3I has been established. In addition, there is an increasingly smart fleet: forestry machines have been upgraded to retrieve digital information and at the same time networked via alternative radio standards with machines in regions where mobile communication is not possible. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/kwh40-c… Video: https://www.youtube.com/watch?v=7ccAE7MUrJk

App for easy and fast timber purchase and selling.



Forstify is a forestry industry start-up. The timber market liberalisation inspired the founders to build up a company with bundled competences from the commercial and technical areas that brings together suppliers and buyers of wood in a simple, user-friendly way. The company is established on the market and supports forest owners and buyers in Germany, Austria and Switzerland. In addition to the pure platform, Forstify also offers direct purchase of insect-infested timber (bark beetle) and handles marketing directly as a service. New topics include a wood measurement feature within the mobile app, easy import and organization of log lists, automatic notifications about new regional offerings, a payment feature and additional consulting and services around wood sales. Using the online marketplace, suppliers and buyers of timber can enter into an exchange easily, quickly and free of charge. In doing so, requirements of the forestry industry are combined with the possibilities of modern internet technologies.



Target groups include: Private and public forest owners, forest enterprises, forest enterprise associations (FBG), forest owner associations (WBV), roundwood traders & exporters, timber marketers, firewood buyers, sawmills, paper mills, timber industry, traders, energy wood processors. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forstify

Digitalisation is becoming increasingly important in the forestry sector and the need for digital transformation is becoming ever clearer, especially in the forestry-timber supply chain, i.e. the value chain from the forest to the processing industry. In order for this transformation to bring about the greatest possible improvement in efficiency in economic and ecological terms for the actors involved, it is necessary to identify at which points and in which processes in the supply chain there is the greatest need for digital technology, or where this can be expected to bring the greatest benefits. Changes can range from optimised work processes to the emergence of new or modified business models. Core elements are the networking of relevant points and processes - also between the actors - and the creation of interoperability of applications and systems, many of which are already available but still mostly isolated.



The Wood Supply 4.0 project aims to identify the most beneficial digital technology possible and relies on qualitative methods to determine demand, on economic methods to assess the potential of digital technology, and on case studies to test the feasibility of individual technical approaches and to assess their effects. The aim is to explore in detail (a) where the operational potential of Industrie 4.0 lies in the optimisation of existing value creation processes and (b) where the strategic potential of Industrie 4.0 lies for the further development of existing or the development of new business models. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/wood-su…

Using the WASP's wood logistics platform, all actors involved in the forest and timber supply chain can improve the planning horizon to optimise the supply chain across companies.



The forest and timber industry is one of the leading industries in Germany, with 1.3 million people employed and annual sales of €181 billion. This sector is also characterised, however, by relatively low returns on its sales. Cost-reduction potentials can be realized if flows of material and informationare optimised. Using the WASP's wood logistics platform, all actors involved in the forest and timber supply chain can improve the planning horizon to optimise the supply chain across companies. Based on modern cloud technology, the WASP logistics platform seeks to interlink established software solutions with newly developed modules. It uses geodata to register and manage wood piles, and satellite navigation is integrated for use in timber transport. Wood piles can be captured by cameras, automatically geocoded, and transferred to the platform. In addition, the platform allows to handle dispatching with support for GPS (and in the future, Galileo) signals by retrieving vehicles' geocoordinates in real-time using mobile receivers, transferring them to the platform, and displaying positions and locations on a map. Integrated online map services like Navlog, OpenStreetMap (OSM), ArcGIS (ESRI), and Google Maps are also featured. The core advantage of WASP, meanwhile, is its integration of software applications that are already used in various sections along the entire value chain.

Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/wasp

FOVEA offers an innovative all-in-one solution for digital logging of wood: With the “iFOVEA Pro” app, wooden piles of any size can be measured in a few minutes using the latest image processing technology. In addition, the forest management system (FMS) supports the inventory and logistics of wood quantities as extensive online software. The iFOVEA app provides different measurement methods depending on the requirements:



- Photo-optical measurement for plywood piles (number, solid cubic meters and cubic meters)

- Photo-optical measurement for industrial wood (outline and cubic meter)

- Photo-optical measurement for trucks (number, solid cubic meters and cubic meters)

- Data acquisition for long timber

- Manual section procedure with and without line sampling

The calculation of all measured values takes place directly on the smartphone or tablet and does not require an internet connection in the forest. With numerous configuration options, each measurement method can be individually adapted. With the Forest Management System (FMS), the measured data can be easily managed online. In addition to an extensive wood inventory, the system offers a map function and options for invoicing and automatic calculation of wood prices. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/fovea-p…

The startup foldAI has developed sensors to screen health status of forests providing forest managers with a rich understanding of their forest ecosystems, and a decision toolbox to deploy immediate mitigating actions. The team’s solution, Aja, used in the sensors is a framework for ecosystem management based on deep technology. By harnessing state-of-art Machine Learning on precise, real-time sensor data, Aja can not only detect forest threats as they happen, but even predict their arising and forecast their unfolding. Aja improves forest health, resilience and bioeconomical performance by introducing lean processes to a broad ecosystem management community. It helps reducing greenhouse emissions by scaling high resolution forest management through a fully automated and affordable solution for more than 30 Million forest owners in Europe, Russia and North America. The solution builds on embedded Machine Learning, and biochemical and environmental signal processing on high-dimensional data. Use cases comprise the assessment of environmental impacts enabling greater accuracy in the evaluation of the environmental consequences of a strategy or policy, risks assessment including alerts to threats, biodiversity quantification and ecosystem health tracking. Aja’s significant carbon reduction impact has been independently certified by The Climate Impact Forecast. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/aja

A forest cooperative society (FCS, in German Waldgenossenschaft) is a type of joint private forest ownership, which is generally termed community forest. As such, it is not to be confused with communal forest, which is forest owned by a commune or a town. Community forests have existed in Europe already for centuries in manifold traditional forms and have survived in many regions until today. The main characteristic of community forest compared to other forms of forest ownership is that the owners do not own a particular land parcel of a forest area, but an ideal share of the whole cooperative property, which can be understood as a share of a stock market.



Based on the unique legal framework of the Community Forest Act GWG of NRW, this special land consolidation achieves a legal merger of community forests and private owners into a larger forest cooperative society (Waldgenossenschaft) for the purpose of improving the conditions for forest management and administration, which goes beyond the readjustment of land parcels per single landowner. The degree of the merger and the benefits for collaborative SFM are thus enhanced compared to conventional land consolidations. Various supporting measures, such as road constructions, silvicultural improvements or landscape interventions are included to generate additional sustainable impacts in the region. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forest-…

Comparison of silvicultural treatment concepts by simulating forest growth processes on the smartphone.



In the iWald project, a system is being developed enabling forest owners to obtain realistic and technically sound options for the sustainable management of their forests. The individual objectives of the forest owner (private, communal, state) are taken into account as well as the forestry risk minimization and the sustainable conversion of forests while safeguarding the economic, ecological and social forest functions. One of the main results of iWald will be the "iWald App", which can be used to simulate forest growth processes on a smartphone. This will be provided with different entry barriers, so that both the forest layman and the trained forester will find their access to iWald. The goals include activating forest owners, who can thus approach their forest on a playful level, or improving public acceptance of forestry interventions through the possibility of simple visualization of future consequences. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/iwald-f…

Digital solution for forestry data collection and networking of all actors in the timber process chain. Offline in the outdoor area, comfortable use thanks to voice recording and intuitive operation through a practice-oriented menu navigation in the mobile app and the web application.

LogBuch enables data aggregation in the forest, a simple evaluation of the data and further processing. The combination of voice recording and Bluetooth button enables hands-free precise location of trees with simultaneous recording of important information about the tree, such as safety instructions or planning working procedures. The expected cut volume can be determined, and assortments planned. Foresters and harvester operators both receive detailed information. Technology: An A 2-frequency GNSS-receiver is connected to a smartphone to estimate the current position. A bluetooth button is used for language analysis. All spoken information can be recorded, automatically transcribed and classified, and the actual position lodged. WLAN is used for data exchange between smartphone, webserver and other users. Data can be exported as a map or table in georeferenced or not referenced formats. Applications: Preparation of timber harvesting, establishment of a digital "inventory", area mapping (also planting) by connecting recorded corner points, mapping of skid trails by the line function (harvest control or certification basis), remote navigation via Google Maps. In addition, recording of habitat trees etc., support for hunting organization (high seats, driven hunt stands, stalking routes etc.) and traffic safety measures. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/logbuch…

Marketing campaign, demand promotion for Swiss Wood through targeted advertising measures (lifelike wooden figures of famous Swiss people, TV-Spots, billboards, documentary film, press releases and events throughout Switzerland).



Marketing campaign, demand promotion for Swiss Wood through targeted advertising measures (lifelike wooden figures of famous Swiss people, TV-Spots, billboards, documentary film, press releases and events throughout Switzerland). Point out the importance and the economic, ecological and social value of sustainable Swiss forest management. Presenting the diversity of forest-based industries, products and other services for society to the population. Demand enhancement for Swiss Wood and Swiss Wood products. Better impression of the different services provided by the Swiss forest management to the public. Raise awareness for the importance of a sustainable forest management and eligible silvicultural measures in Swiss forests. Making visible the different benefits for society (ex. climate change, CO2-mitigation, provision of drinkable water, protection against natural risks). Addressing the broad population and point out their importance in the context of the Swiss Wood mobilization with the link to the benefits of a sustainable forest management is an important issue to improve the wood mobilization in long-term and foresting the wood value-chain. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/woodvet…

Hackathons are a tool to stimulate cross-sectoral innovations of start-ups and students



A hackathon is a unique opportunity to get together with different people and work on exciting ideas together. Supported by mentors and experts, a prototype, code, concept or a business model for an innovative solution is developed within a very short time (e.g.: 24h) in a team. It is not uncommon for hackathon teams to stay on site overnight, working through the night and only sleeping a few hours here and there. This is part of the concept and so there are often rest rooms with sleeping facilities at the hackathon. At the end of the event, each team gets the chance to pitch their idea to a jury, which then selects the winning team. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/evergre…

The main wood construction reference book for planners, builders and all other wood construction fans.



The wood construction map makes it quick and easy to find noteworthy and award-winning wood buildings in Styria. The timber construction reference book offers a source of information for planners, builders and all others interested in timber construction. The buildings listed are selected from the participants of the Styrian Timber Construction Award and can be filtered according to different categories. This gives visitors an overview of some of the most beautiful timber buildings in the country. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/wood-co…

With Woodlogistics, a modular software, the entire wood procurement process is controlled and optimised from the forest via the logging companies and hauliers to the sawmills. The aim of the web-based system solution is to make the purchase of roundwood by sawmills more efficient, to provide continuous information on the current status and thus to increase the trust of all parties involved. The basis for this is that the essential information can be retrieved quickly and transparently by the right people at any time.



The platform comprises three modules:



1. Roundwood takeover module: provides up-to-date online information and stores all relevant documents on roundwood transport to the wood-processing company. In addition, the data is automatically synchronised with the measuring system on the factory site.

2. Information and communication module: Stands for simple, fast and cross-company communication. It contains the location-independent provision of all essential information for suppliers, log buyers and hauliers. It also provides transfer data, the forest delivery note and individual master data.

3. Planning and control module: With this module, purchasing budgets can be allocated with the current target/actual status. It also contains a closing entry module with automatic transfer to the ERP system. The included freight cost module enables transport controlling. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/woodlog…

A lack of forest site information in Styria created a need for a new approach to forest site classification and mapping, considering the changing climatic conditions, which will affect the classification of forest sites and the choice of tree species. Theoretical concepts for a new approach in "dynamic site classification" existed, but the implementation of an integrated site and forest classification in for the whole forest area in Styria has been a scientific challenge. In this project the forest site classification is based on a GIS-based geo-ecological stratification model. The database is based on a digital elevation model, a geological base map, digitally available site and climate data as well as empirical site parameters. A map of forest types is derived based on several thematic maps, including information about energy, water and nutrient balance. Those parameters are modeled on the basis of point and area related data, which are then combined into forest types with a uniform combination of factors. The model allows a stratification of the forest types on all sites based on digital geo-ecological parameters. In addition to the ecological facts, each forest type is characterized by a description of silvicultural guidelines containing information on the appropriate choice of tree species, potential hazards and adaptation methods. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/forsite… Video: https://www.youtube.com/watch?v=cGCGRWZzeO0

The preservation of forest functions and the supply of a region with the renewable resource wood require new strategies for forest owners, which they can only implement in cooperation with various partners. Answers to these challenges are to be developed within the framework of this pilot project, for which the political district of "Graz-Umgebung" was selected for Austria, on the basis of a sustainable wood mobilisation chain and climate-fit forest management. Timber mobilisation in private forests means mobilising forest owners and getting them interested in climate-friendly forest management. Because of property protection, additional wood mobilisation can only be achieved in cooperation with the forest owners. An essential step in the project is to point out exemplary small-scale forest managers who have been exploiting their wood utilisation potential for generations in the form of active family forestry. Under the motto "We make our forest climate-fit", active small-scale forest managers are brought into the public eye as climate-fit ambassadors.



The main objectives are:



- Establish continuity in the support and advice of forest owners

- Increase wood volumes from the project region

- Targeted public relations measures in the urban environment to generate a positive perception about the need to manage our forests

- Establish an advisory and support structure that can be ensured without public funding beyond the project

- Further development of digital offers for forest owners Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/holzmob…

FESTMETER Wöls Ltd. offers vitality analyses with a focus on bark beetle detection in coniferous forests.



Festmeter Wöls Ltd. offers vitality analyses with regard to bark beetle detection in coniferous forests. Using the carrier systems multicopter or light aircraft, forest plots are flown over in a grid system and aerial photographs are taken with a special camera, which are later analysed and evaluated on the computer. The technology used makes vitality restrictions visible, changes in the water content of the needles can be seen, but not the exact cause, such as the bark beetle itself. However, since image series from at least two flights at different times are compared, many other causes such as drought stress can be excluded and the bark beetle can be traced very closely. Initial trees are identified in the analysis, while the decision on necessary measures remains with the qualified on-site staff. A 100% hit rate is impossible. The aim should be to be able to act faster and more purposefully in the field. Long-standing customers report positive hit rates of over 80%. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/bark-be…

The Digital Sawmill is a project is funded by Vinnova and the participating companies Moelven Industrier, RemaSawco, Schneider Electric, RISE and DigiWood. The aim of the project was to, by digitizing the sawmill's production and process data, increase the process efficiency by 15%, increase the product value by 10% and reduce energy consumption by 10%. Digitization is a complicated project that takes time and requires resources. It is essential to focus on the goals set. Careful planning is required of: plant inventory, installation in stages, demanding deployment with parallel systems for new automated connections. Digitization projects start with details, continue with details and even more detail, with clear goals of a result of shaping a unified unit. Massive skills challenge. Visualize more, with less monitoring screens.Take control of data flows and take ownership of your own data.Platforms that handle data need to be tested in a harsh environment before. Different systems that measure time, energy or dimension need to be synchronized onsite, and with periodicity calibrated against "approved" similar.Traceability in saw lines can be achieved with redundant systems that measure length with the addition of timestamp. A calculation shows a potential increase in value of approximately SEK 5 million per year. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/digiwoo…

Mistra Digital Forest is a research program working with the great societal challenges of our time. The demands of climate change and nature’s finite resources mean we have to switch to a circular bioeconomy, and the forest has a central role in this. Forest raw materials can phase out fossil-based materials and products, and replace them with renewable, bio-based alternatives. Digitalisation creates opportunities for forestry to be a sustainable and competitive part of that transformation.



Mistra Digital Forest makes enormous amounts of data available, increasing our knowledge of the forest and enabling us to make sustainable, resource-efficient decisions when we use this data. In concrete terms, this means that the programme’s researchers develop digital tools and innovations, automating and adding greater precision in forest planning and forest use. This results in increased competitiveness and sustainability in the forestry sector. In order to accelerate digital transformation, the program is working to increase digital knowledge within the industry. Methods for sustainability assessment are also being developed, and provide a fact-based starting point, when various stakeholders are discussing the role of the forest in the transition to a more sustainable society.



Program stakeholders: Mistra Digital Forest is funded by Mistra and participating parties. The program is led by the Swedish Forest Industries Federation and program partners are BillerudKorsnäs, Holmen, SCA, Stora Enso, Sveaskog, Södra, SLU, IVL, Skogforsk, Umeå University and KTH. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/mistra-…

Precision forestry service that with the help of RGB and multispectral images from drones, airplanes, helicopters or satellites can detect bark beetle infected or stressed trees.



Today, the technology for identifying bark beetle attacks in the forest is largely based on manual work through visual checks of forest areas, where early attacks are almost impossible to see, while old attacks are easier to detect. Attempts have been made to identify damage attacks using satellite radar maps which give a good indication and can be seen as a complementing part to our precision analysis. Arboair Forest Mapper is a service where you analyze your images via our AI. Our model is trained on over 200 000 trees and it is verified by forest managers. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/arboair… Video: https://www.youtube.com/watch?v=kwF1pgAICM4

Skogkurs is intended to be the common body for competence in business development and management of forests and other land resources. Through its activities, Skogkurs will contribute to increasing competence among actors in the forestry industry, and disseminate forest and nature knowledge to schools and the public. Skogkurs has 36 member organizations. “Active forestry” is a nationwide offer with courses aimed at forest owners, forestry workers and forestry operators. The courses are also relevant for other groups that use forestry tools, either professionally or in their spare time. The courses provide practical guidance, have a small group size and skilled authorized instructors. These are short, targeted, locally adapted courses that are given close to home or in the workplace. The teaching program “Teach with the Forest” offers lessons from kindergarten to higher learning educator programs.



The Ministry of Agriculture and Food contributes significantly to the financing of the activities. About half of the development projects where Skogkurs has project management are partly funded through one or more of the forestry's own funds. Adult education funding, funding from the Norwegian Environment Agency and project funding from other partners also make important financial contributions to Skogkurs' activities. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/skogkur… Video: https://www.youtube.com/watch?v=dZRGGtJjO3o

Established 75 years ago, Solør VGS Sønsterud has since been a national leader in training for forestry operations. The campus is currently part of Solør VGS with around 500 students aged 16-18 years and 135 employees. Teaching takes place both indoors and outdoors and allows pupils a practical approach to forestry. The curriculum follows the yearly season with planning, forest culture and logging.



Drones are used as a supplement to teaching, where they film objects and stock as a basis for work in teaching. This is to visualize select challenges or to show before/after an activity. When training operation of forestry machines, drones allow students and teachers to see the work from a birds-eye perspective. Used correctly, this may lead to increased learning both for those who observe, but especially for those who are observed and who get to see themselves at work. The time every pupil can spend operating forestry machines is limited, it is therefore important to make good use of the time available. By filming every student operating a forestry machine, the learning outcome will be increased for the students by allowing them to see themselves and get positive and constructive feedback. Drones allow prioritization of areas for improvement. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/use-dro… Video: https://www.youtube.com/watch?v=upg_iAjCl5A

Women in Forestry (WiF) was established in 1986 by women studying and working in forestry. The purpose was to increase awareness among women to claim their right to inherit the family forest, and to work for women to be an active and skilled part of the forestry, as well as to build a strong and supportive network between women. Today, the members of WiF are students, forestry workers, forest owners - including former and future owners - supporters and various organisations within forestry or women's rights, and the organisation works with both forestry and gender equality. The activities include building both knowledge and network among the members and other women, by activities such as women crash courses in forestry, field days for immigrant women and annual Forest Conferences with various topics, as well as activities aimed at building knowledge in the society and the forestry, e.g. by participating in audit of the Norwegian PEFC Forest standard to ensure gender equality in both the working group and the revised standard, and other projects on both national and international scales. WiF reaches out to their members and other audience through the use of Facebook and Instagram, as well as their own podcast "Sound of Forestry", where the guests are mainly women, with an "everyday language" to reach also people without knowledge of forestry. The organisation is funded by membership fees, project fundings, governmental grants, sponsorship and sales of consulting services. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/women-f…

We are foresters, scientists, remote sensing experts, programmers, mathematicians, data scientists, developers, and entrepreneurs. What combines us is forestry. We want to bringing Industry 4.0 to the Norwegian Forestry. SmartForest will position the Norwegian forest sector at the forefront of digitalization resulting in large efficiency gains in the forest sector, increased production, reduced environmental impacts, and significant climate benefits. SmartForest will result in a series of innovations and be the catalyst for an internationally competitive forest-tech sector in Norway. The fundamental components for achieving this are in place; a unified and committed forest sector, a leading R&D environment, and a series of progressive data and technology companies. The primary objective of SmartForest is to improve the efficiency of the Norwegian forest sector by enabling a digital revolution transforming forest information, silviculture, forest operations, wood supply and the overall digital information flow in the sector. The digital transformation will be enabled by a series of innovations that will form the foundation for the development for of a strong Forest-tech sector in Norway. Project Leader for SmartForest is NIBIO Norsk institutt for Bioøkonomi. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/smart-f…

FeltGis was established in 2016 by three entrepreneurs from the IT and forestry sector with intent to develop easy to use digital solutions for increased efficiency in the forestry value chain. Today the FeltGis team consists of four working partners and are owned by a group of shareholders in an Ltd. The product FeltBox is a wireless router connecting the forestry machine to the application FeltLog. The FeltLog app makes it possible to transfer information to a computer and to receive data. Two-way communication allows the forestry machine operator to receive work descriptions and to forward production data to the whole value chain. Production data is uploaded to a central database and the user has full control over what data to transfer. FeltBox can easily be installed in any forestry machine regardless of brand, at an affordable price. The system uses access via smartphone to stay updated and to transfer information, no additional internet connection is required. Today 100+ FeltGis solutions are installed in Norway and the same number are installed for testing in different countries. The FeltGis team actively work to develop customized and market-oriented solutions for the national and international market and has concrete plans for developing new innovative solutions in the time to come, expanding their product portfolio in both depth and width. The FeltGis team are currently in dialog with stakeholders from France, Spain, Uruguay, Ireland, and Finland. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/feltgis Video: https://www.youtube.com/watch?v=j4uHfZ2vJho

Metsään.fi provides eServices for forest owners and forestry service providers. The online application shows the maps, forest information and, silvicultural and cutting possibilities of each forest estate and their compartments:

1. Soil and forest site type

2. Growing stock

3. Treatment proposals for a five-year period

4. Natural values (habitats of special importance)

5. Latest maps and aerial photographs with compartment borders

6. Annual growth

Metsään.fi also allows forest owners to apply for subsidies for improvement of young stands and declare notifications of forest use (e.eg. cuttings) by filling e-forms instead of paper ones. In addition, forest owners can contact forest service producers via the system. Metsään.fi is quite easy to use and it provides the forest owner many new flexible services, e.g. e-forms for applying subsidies. It’s a safe system, although being a public one. A strong identification of the user is needed, use of Suomi.fi e-Identification is safe and provided by the state. Suomi.fi e-Identification contains a list of the identification tokens for example using online banking codes, mobile certificate or certificate cards



The Finnish Forest Centre collects and maintains remote sensing based data of forest resources covering the private forests. Metsään.fi is a free portal using that forest data for serving forest owners and forestry service providers. It has been found to encourage forest owners to carry out silvicultural works and generally for developing forest businesses. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/metsaan…

Biomass Atlas is an open service which collects the location data of biomasses under one, single user interphase. Developed by Luke together with Finnish organizations SYKE, TAPIO, UEF and UVA, and by the funding of the Finnish Ministry of Agriculture and Forestry, the service enables calculations of the amount of biomass in a given geographical area, as well as examining the opportunities and restrictions to utilise the biomass. The map user interface is easy to use and allows user to watch, analyse and report biomasses from forestry, agriculture and biodegradable wastes from communities and industry. You will find approximately 300 map layers of different biomass types or land use categories in map user interface.



Based on Biomass Atlas, assessments of regional availability of biomass, procurement and logistical costs of biomass, procurement technology and optimization in Luke and other organizations have been successfully accomplished. Analyses of content of biomasses, their nutrients, energy potential, and the nutrient recycling have been optimized regionally using Biomass Atlas.



The biomass data is planned to support investment decisions and sustainable use of natural resources, for example, and to help decision-makers to do sustainable energy politics. At the moment Biomass Atlas is available in Finnish. International version of Biomass Atlas will be built in cooperation with Baltic Forbio project, which starts at autumn 2017 and exports the Biomass Atlas concept to Sweden and Baltic sea countries. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/biomass…

TRESTIMA® Forest Inventory System adds accuracy, speed, flexibility and objectivity to forest measurement. You can store different types of GPS-tagged data in the forest and later review your recordings with a computer or mobile device. Using TRESTIMA® is easy. Take a walk in the forest and at the same time create an accurate measurement of the forest by taking pictures with the mobile phone application. You can upload or draw forest compartments prior going to the forest after which you can see your own position and compartment borders in the screen. This makes navigation easy and you just have to shoot pictures evenly while you go. Measuring forests is easy, effective, objective and even fun! Measuring one forest hectare takes on average less than 5 minutes.



TRESTIMA® offers services for different users. Forest Managers can collect forest data by taking pictures and inputting with the mobile application designed for the purpose. Forest Owners are able to measure the value of their forest with TRESTIMA®-application. Wood buyers can measure forest to be cut fast and with ease to make an ad hoc offer and Realtors make a detailed and accurate estimate of the estate value and share it in a digital format with ease. Government officials may record GPS-tagged data in the field and measure growing timber. In addition, Mill gates and Terminals can measure piles of timber and pulpwood fast and accurately with TRESTIMA® Stack -application. Further information: https://www.forestinnovationhubs.rosewood-network.eu/en/content/trestim…