Regional/sub-national

SAT4EST to projekt B+R finansowany przez Europejską Agencję Kosmiczną (ESA), którego celem jest zaprojektowanie systemu i zbudowanie serwisu wspomagającego zarządzanie lasami niepaństwowymi, dedykowanego dla administracji lokalnej (na poziomie NUTS-4). Głównym założeniem projektu jest rozwój prostej, intuicyjnej i ekonomicznej aplikacji internetowej wspomagającej zarządzanie lasami, integrującej dane satelitarne z danymi pozyskiwanymi z innych źródeł, umożliwiającej obliczanie statystyk dla danego obszaru i generowanie prostych raportów.

System składa się z czterech komponentów:

• dane satelitarne  – szybki dostęp do dostęp do danych aktualnych i historycznych, umożliwiający porównywanie zdjęć satelitarnych z różnych okresów;
• dane uzupełniające  - dane katastralne oraz szczegółowe dane o lasach pochodzące z planów urządzenia lasu (UPUL);
• produkty przetwarzania danych satelitarnych – warstwy geometryczne będące wynikiem przetwarzania zdjęć satelitarnych obrazujące stan i kondycję roślinności i lasów;
• analizy – zestawienie produktów przetwarzania danych satelitarnych z danymi katastralnymi oraz szczegółowymi danymi o lesie, umożliwiające wychwycenie niezgodności pomiędzy stanem faktycznym a stanem zapisanym w bazach danych oraz bieżących zmian.

Całość rozwiązania opera się na intuicyjnym portalu mapowym przeznaczonym dla użytkowników,  który służy do generowanie różnego typu map, w tym map lasów i zadrzewień, zmian w lasach, map typów lasu, map kondycji lasu, map zwarcia koron, map nadziemnej biomasy leśnej oraz zasięgu zniszczenia drzewostanów wskutek huraganów, pożarów, powodzi i gradacji owadów. Użytkownicy systemu mają dostęp do aktualnych i archiwalnych obrazów satelitarnych, mogą porównywać różne rodzaje map z danymi uzupełniającymi i przesyłać własne zestawy danych. 

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.

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.

The main purpose of Lignum is to strengthen the regional wood value-chain in central Switzerland thereby enhancing the regionally potential added value. A focus is the initiation and expansion of networks between the forest and wood industry, and enhancing the consciousness in the society and politics for the wood provenance and field of application. Through its various projects, Lignum is increasing competitiveness throughout the wood value-chain. This inlcude measures to improve the usage of wood as a construction and raw material as well as for energy production. Lignum also gives out awards for outstanding projects in the wood sector, especially in the wood construction sector to provide a great visibility to a large number of stakeholders. It has a close collaboration with the school of higher education of Lucerne. Lignum also participates in the law overworking process with clear written statements at a national level. Every player of the wood value chain from the forest owner to the end consumer is an important factor in the work flow and plays a crucial role for overall success and positive development. The actors in the wood value chain need to know as much as possible from the upstream and downstream actors (ex. stock, products, delivery times, facility possibilities). The close cooperation between partners is needed to facilitate interaction and enhance the efficiency of internal processes and the whole process chain. Supporting policy development is essential for having a clear strategic positioning to boost the development of the wood sector. 

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%. 

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

The system consists of four components:

• remote sensing data - quick access to current and historical data, enabling the user to compare satellite images from different periods;
• complementary data - cadastral data and detailed forest inventory data from management plans (FMP);
• remote sensing data products - geometric layers resulting from the processing of satellite images, showing the condition and health status of vegetation and forests;
• geospatial analyses - juxtaposition of remote sensing data products with cadastral data and detailed forest inventory data, enabling to identify inconsistencies between the actual state of the forest and the state recorded in databases, as well as recent changes.

The entire solution is based on an intuitive map portal for users, which is used to generate various types of maps, including maps of forests and tree cover, forest changes, maps of forest types, maps of forest condition, maps of crown density, maps of aboveground forest biomass and the extent of stand damage due to windstorms, fires, floods and insect infestations. Users of the system have access to current and archival satellite images, and they can compare different types of maps with complementary data as well as upload their own data sets.