Forest

English
Innovation
Yes
Owner or author e-mail
Mobilization Potential
> 10'000 m³ for Switzerland
Kind of wood concerned
Logs and wood products
Sustainability Potential
Promotion of improved forest management (IFM) and regional use of resources
Impact on environment & biodiversity

Short transport routes
Sustainable wood production

Ease of implementation
Simple implementation
Economic impact
Added value for the wood value chain
Job effect
Preservation and creation of regional jobs
Income effect
higher margin
Specific knowledge needed
none
Key prerequisites

Customer sensibilization needed
Mobile app needed in supply chain

Country Region City
SwitzerlandBernBern
Voting
0%
Start Year
2022
End Year
2023
Title (abbreviation)
Date wood app
Short description
"We are the platform that digitizes the cycle of the resource wood. In addition to building regional networks, we are committed to promoting Swiss wood, regional value creation as well as sustainability." Tracking of stemwood from harvesting site, through the whole supply chain to end costumer done with mobile app and blockchain technology.
Digital solution
Yes
Type of solution
Origin of wood
Type of wood
Abstract

The proof of origin of wood fulfils a customer need. End customers are increasingly demanding regional products.

With the app-based solution from Urstamm.ch, the origin of wood can be tracked and verified from the forest through processing to the end customer.

The origin and cutting date of timber components can be documented and verified, particularly for building construction.

Owner or author organization
Urstamm AG
Owner or Author name
Pascal Inauen
Reporter organisation
BFH-HAFL
Reporter name
Thür
Reporter e-mail
Main picture
Capture tree location with app
Main picture caption
Capturing tree location and cutting date with app
Logo of Main Organization
Additional visual 1
Wooden house
Costs of implementation ( Euro - € )
500.00 €
Ease of implementation - Evaluation
Easy
Hub
Central-West Hub
BP - Rosewood - V1
NO
Sustainability Potential - Value
Positive
Country of origin
Switzerland
Title (national name)
Date wood with proof of origin
Scale of application
Project under which this factsheet has been created
Type of event where this BPI has been featured
Title of the event (Workshop 1)
Nachhaltiger Holzbau mit digitalem Herkunftsnachweis aus der Ostschweiz an der Swissbau in Basel
Has video
no
German
Innovation
Yes
Owner or author e-mail
Mobilization Potential
> 10'000 m³ für die Schweiz
Kind of wood concerned
Stammholz, Holzprodukte
Sustainability Potential
Nutzen regionaler Ressourcen und verbessertes Waldmanagement
Impact on environment & biodiversity

Kurze Transportwege
Nachhaltige Holzproduktion

Id: 2661739
Continent Code: EU
Country Code: CH
Country Name: Schweiz
Name: Appenzell Ausserrhoden
Ease of implementation
Sehr leichte Umsetzung
Economic impact
Mehrwert für die Wertschöpfungskette Holz
Job effect
Erhalt und Schaffung von regionalen Arbeitsplätzen
Income effect
Höhere Marge
Specific knowledge needed
keines
Key prerequisites

Kundensensibilisierung erforderlich
Mobile App für die Lieferkette erforderlich

Country Region City
SwitzerlandBernBern
Voting
0%
Start Year
2022
End Year
2023
Title (abbreviation)
Datumsholz
Short description
"Wir sind die Plattform, die den Kreislauf der Ressource Holz digitalisiert. Neben dem Aufbau regionaler Netzwerke setzen wir uns für die Förderung von Schweizer Holz, regionaler Wertschöpfung und Nachhaltigkeit ein." Die Verfolgung des Stammholzes vom Ernteort über die gesamte Lieferkette bis zum Endkunden erfolgt über eine mobile App und die Blockchain-Technologie.
Digital solution
Yes
Type of solution
Origin of wood
Type of wood
Abstract

Der Herkuftsnachweis von Holz entspricht einem Kundenbedürfnis. Endkunden verlangen vermehrt nach regionalen Produkten.

Mit der App-basierten Lösung von Urstamm.ch kann die Herkunft von Holz vom Wald über die Verarbeitung bis zum Endkunden verfolgt und nachgewiesen werden.

Insbesondere für den Gebäudebau kann die Herkunft und das Schlagdatum der Holzteile dokumentiert und nachgewiesen werden.

Owner or author organization
Urstamm AG
Owner or Author name
Pascal Inauen
Reporter organisation
BFH-HAFL
Reporter name
Thür
Reporter e-mail
Main picture
Erfassung Baumstandort mit App
Main picture caption
Datumsholz Erfassung mit App
Logo of Main Organization
Additional visual 1
Holzhaus
Costs of implementation ( Euro - € )
500.00 €
Ease of implementation - Evaluation
Easy
Region of origin
2661739
BP - Rosewood - V1
NO
Sustainability Potential - Value
Positive
Country of origin
Switzerland
Title (national name)
Holz mit digitalem Herkunftsnachweis
Scale of application
Project under which this factsheet has been created
Type of event where this BPI has been featured
Title of the event (Workshop 1)
Nachhaltiger Holzbau mit digitalem Herkunftsnachweis aus der Ostschweiz an der Swissbau in Basel
Has video
no
French
Innovation
Yes
Owner or author e-mail
Mobilization Potential
> 50'000 m³ für die Schweiz
Kind of wood concerned
Grumes et arbres entiers
Impact on environment & biodiversity

Des forêts adaptées au changement climatique grâce à une intervention sur des terrains inaccessibles.

Id: 2661551
Continent Code: EU
Country Code: CH
Country Name: Switzerland
Name: Bern
Ease of implementation
Des connaissances spécialisées sont nécessaires
Economic impact
Réduction des coûts d'installation, amélioration de la rentabilité
Job effect
Une planification optimisée
Income effect
Amélioration de la rentabilité des coupes de bois en terrain escarpé
Country Region City
Switzerland
Voting
0%
Start Year
2021
End Year
2025
Title (abbreviation)
VeroSim câble-grue
Short description
En se basant sur le jumeau numérique de la forêt, il est possible de simuler la récolte de bois avec un câble-grue. Les temps de travail, les heures des machines ainsi que les assortiments de bois produits sont additionnés et présentés sous forme de graphique. Les résultats permettent de comparer différentes variantes de tracé et d'intensité d'intervention et de déterminer ainsi un optimum.
Digital solution
Yes
Origin of wood
Type of wood
Abstract

La récolte de bois à l'aide d'un câble-grue est simulée et toutes les étapes de travail ainsi que les assortiments de bois récoltés sont totalisés afin que les résultats de la simulation puissent améliorer la coupe de bois effectuée.

Owner or author organization
BFH-HAFL
Owner or Author name
Michael Starke
Reporter organisation
BFH-HAFL
Reporter name
Thür Peter
Reporter e-mail
Project reference
Seilkransimulation 4.0
Main picture
Récolte de bois avec une grue à câble
Main picture caption
Récolte de bois avec une installation de câble-grue
Logo of Main Organization
Additional visual 1
Costs of implementation ( Euro - € )
5000.00 €
Ease of implementation - Evaluation
Difficult
Hub
Central-West Hub
Region of origin
2661551
BP - Rosewood - V1
NO
Sustainability Potential - Value
Positive
Country of origin
Switzerland
Title (national name)
Simulation de câble-grue 4.0
Project under which this factsheet has been created
Has video
yes
English
Innovation
Yes
Owner or author e-mail
Mobilization Potential
> 50'000 m³ for Switzerland
Kind of wood concerned
Logs and whole trees
Impact on environment & biodiversity

Forests adapted to climate change thanks to intervention in inaccessible terrain.

Id: 2661551
Continent Code: EU
Country Code: CH
Country Name: Switzerland
Name: Bern
Ease of implementation
Specialist knowledge is required
Economic impact
Reduced installation cost, improved profitability
Job effect
Optimized planning
Income effect
Improved profitability of logging in steep terrain
Country Region City
Austria
Switzerland
Voting
0%
Start Year
2021
End Year
2025
Title (abbreviation)
VeroSim Cable Yarding
Short description
Based on the forest digital twin, timber harvesting with a cable crane can be simulated. Working times, machine hours and the timber assortments produced are added up and displayed graphically. The results can be used to compare different variants of line layout and intervention strength and thus determine an optimum.
Digital solution
Yes
Origin of wood
Type of wood
Abstract

Timber harvesting with a cable crane method is simulated and all work steps and the harvested timber assortments are totaled so that the results of the simulation can improve the executed felling.

Owner or author organization
BFH-HAFL
Owner or Author name
Michael Starke
Reporter organisation
BFH-HAFL
Reporter name
Thür
Reporter e-mail
Project reference
Cable yarding simulation 4.0
Main picture
Timber harvesting with cable crane system
Main picture caption
Timber harvesting with cable crane system
Logo of Main Organization
Additional visual 1
Costs of implementation ( Euro - € )
5000.00 €
Ease of implementation - Evaluation
Difficult
Hub
Central-West Hub
Region of origin
2661551
BP - Rosewood - V1
NO
Sustainability Potential - Value
Positive
Country of origin
Switzerland
Title (national name)
Seilkran-Simulation 4.0
Project under which this factsheet has been created
Has video
yes
German
Innovation
Yes
Owner or author e-mail
Mobilization Potential
> 50'000 m³ für die Schweiz
Kind of wood concerned
Stammholz und Ganzbäume
Impact on environment & biodiversity

An Klimawandel angepasste Wälder dank Eingriff in unzugänglichem Gelände.

Id: 2661551
Continent Code: EU
Country Code: CH
Country Name: Switzerland
Name: Bern
Ease of implementation
Spezialwissen wird benötigt
Economic impact
Reduced installation cost, improved profitability
Job effect
Optimierte Planung
Income effect
Verbesserte Rentabilität von Holzschlägen im steilen Gelände
Country Region City
Switzerland
Voting
0%
Start Year
2021
End Year
2025
Title (abbreviation)
VeroSim Seilkran
Short description
Basierend auf dem digitalen Zwilling Wald kann die Holzernte mit Seilkran simuliert werden. Es werden Arbeitszeiten, Maschinenstunden sowie die produzierten Holzsortimente aufsummiert und grafisch aufbereitet. Mit den Ergebnissen können verschiedene Varianten der Linienführung und der Eingriffsstärke verglichen werden und so ein Optimum bestimmt werden.
Digital solution
Yes
Origin of wood
Type of wood
Abstract

Die Holzernte mit einem Seilkranverfahren wird simuliert und alle Arbeitsschritte und die geernteten Holzsortimente werden aufsummiert ausgegeben, sodass die Ergebnisse der Simulation den ausgeführten Holzschlag verbessern können.

Owner or author organization
BFH-HAFL
Owner or Author name
Michael Starke
Reporter organisation
BFH-HAFL
Reporter name
Thür Peter
Reporter e-mail
Project reference
Seilkransimulation 4.0
Main picture
Holzernte mit Seilkrananlage
Main picture caption
Holzernte mit Seilkran-Anlage
Logo of Main Organization
Additional visual 1
Costs of implementation ( Euro - € )
5000.00 €
Ease of implementation - Evaluation
Difficult
Hub
Central-West Hub
Region of origin
2661551
BP - Rosewood - V1
NO
Sustainability Potential - Value
Positive
Country of origin
Switzerland
Title (national name)
Seilkran-Simulation 4.0
Project under which this factsheet has been created
Has video
yes
Ukrainian
Innovation
Yes
Owner or author e-mail
Voting
0%
Start Year
2022
Title (abbreviation)
ДроваЄ
Short description
ДроваЄ – державний інтернет-магазин, в якому у кілька кліків можна придбати дрова, та ще й з доставкою додому. Лісівники приймають від українців он-лайн замовлення. Цей сервіс дозволяє спростити і зробити більш ефективним придбання дров у країні.
Digital solution
Yes
Type of solution
Origin of wood
Type of wood
Abstract

Он-лайн магазин для продажу дров населенню України, в якому кожен громадянин має можливість замовити та придбати 15 м³ дров/рік, скориставшись легкою за логікою та зрозумілою системою у кілька кліків.
Щоб сформувати замовлення, потрібно авторизуватись за допомогою ID.GOV.UA, увійти до системи і вказати адресу доставки замовлення. Далі система запропонує найближчих до покупця постачальників дров, з переліку яких потрібно вибрати  потенційного постачальника, породу(и) деревини, доступну(і) для придбання у вигляді дров, та необхідний об'єм.
По отриманню замовлення постачальник зв’язується з покупцем для уточнення деталей, зокрема: типу дров (колоті/неколоті) та необхідності доставки дров до Покупця. Після узгодження замовлення між продавцем та покупцем укладається  договір публічної оферти на замовлення, купівлю-продаж і доставку дров та стає доступною функція онлайн оплати замовлення в особистому кабінеті.
Під час отримання дров покупець має пред’явити документи, що посвідчують особу, та індивідуальний податковий номер особи, яка оформлювала замовлення.

Owner or author organization
Державне Агентство Лісових Ресурсів України
Owner or Author name
Державне підприємство "Лісогосподарський Інноваційно-Аналітичний Центр"
Reporter organisation
ГО ФОРЗА
Reporter name
Леся Лойко
Main picture
дрова для опалення, онлайн магазин
Main picture caption
Онлайн магазин
Logo of Best Practice
Logo of Main Organization
Logo of Project
Ease of implementation - Evaluation
Medium
Hub
Central-East Hub
BP - Rosewood - V1
NO
Sustainability Potential - Value
Medium
Country of origin
Ukraine
Title (national name)
ДроваЄ для всіх українців
Scale of application
Project under which this factsheet has been created
Has video
yes
English
Innovation
Yes
Owner or author e-mail
Voting
0%
Start Year
2022
Short description
"Firewood for all Ukrainians" is a state-owned online store where people can buy firewood in few clicks and have it delivered to their homes. Foresters accept online orders from Ukrainians. This service makes it easier and more convenient to buy firewood in the country.
Digital solution
Yes
Type of solution
Origin of wood
Type of wood
Abstract

The online store sells firewood to the population of Ukraine. Every citizen has the opportunity to order and purchase 15 cubic meters of firewood per year using a simple and easy-to-understand system in a few clicks.
To place an order, one needs to log in with ID.GOV.UA, enter the system, and specify the delivery address. Next, the system will offer the nearest firewood suppliers to the buyer, from the list of which one has to choose the potential supplier, species of firewood out of the list available for purchase, and the required volume.
Upon receipt of the order, the supplier contacts the buyer to clarify the details, including the type of firewood (chopped/roundwood) and the need to deliver the firewood to the buyers’ location. After agreeing on the order, the seller and the buyer conclude a public offer agreement for the order, sale, and delivery of firewood. After this the online payment function for the order in the personal account becomes available.
To get the firewood on site, the buyer must present identification documents and the individual tax number of the person who placed the order.

Owner or author organization
State Forest Resources Agency of Ukraine
Owner or Author name
State Enterprise "Forestry Innovation and Analytical Center"
Reporter organisation
NGO FORZA
Reporter name
Lesya Loyko
Main picture
firewood, e-shop
Main picture caption
Firewood e-shop
Logo of Best Practice
Logo of Main Organization
Logo of Project
Ease of implementation - Evaluation
Medium
Hub
Central-East Hub
BP - Rosewood - V1
NO
Sustainability Potential - Value
Medium
Country of origin
Ukraine
Title (national name)
Firewood for all (ДроваЄ)
Scale of application
Project under which this factsheet has been created
Has video
yes
German
Innovation
Yes
Owner or author e-mail
Mobilization Potential
> 100'000 m³ für die Schweiz
Kind of wood concerned
Stammholz und Ganzbäume
Impact on environment & biodiversity

Durch die Kostensenkung können neue, schwer zugängliche Gebiete erschlossen und zusätzliches Holz geerntet werden.
Dies wirkt sich positiv auf die Schutzfunktion des Waldes in den Bergen aus und fördert die Anpassung an den Klimawandel.

Ease of implementation
Sehr leichte Umsetzung
Economic impact
Reduzierte Installationskosten
Job effect
Schnellere Planung und erhöhte Sicherheit
Income effect
Verbesserte Rentabilität von Holzschlägen im steilen Gelände
Specific knowledge needed
Bedienung von QGis
Costs of implementation

Installation des freiverfügbaren QGis Plugin

Key prerequisites

Geländedaten müssen vorhanden sein oder entlang der geplanten Linie erfasst werden.

Voting
0%
Start Year
2012
End Year
2021
Title (abbreviation)
Seilaplan
Short description
Seilaplan ist ein Werkzeug, das die Planung von Seillinie für die Holzernte unterstützt.
Digital solution
Yes
Origin of wood
Type of wood
Exploitation potential

Für Waldbesitzer und Forstunternehmer

Abstract

Ausgangspunkt der Berechnung sind Geländedaten (digitales Höhenmodell oder Feldmessdaten im CSV-Format), Maschinen- und Kabeltrasseneigenschaften.
Das Programm berechnet die Seilzugkräfte, den Seildurchhang und die Stützsattelkräfte. Durch die Kenntnis der Seilkräfte können kritische Konstruktionen vermieden werden. Dies erhöht die Sicherheit bei der Arbeit. Seilaplan enthält einen Optimierungsalgorithmus, der die Höhe und Lage der Stützen vorschlägt.

Die Linienführung der Seilbahn wird zusammen mit dem Geländeprofil grafisch dargestellt. Die Details der Berechnung und für die Aufstellung der Anlage können als Bericht gespeichert werden. Koordinaten und Sattelhöhe der Stützen lassen sich als CSV- und KML-Daten speichern, sodass sie für weitere Planungsschritte elektronisch bereit stehen.

Die Planung des Kabeltrassenverlaufs geht mit Seilaplan schneller als bisher.
Die berechnete Trassenführung nutzt die natürlichen Geländeformen und hilft, die Gesamtkosten für die Holzernte im Gebirge und steilem Gelände zu senken.

Owner or author organization
Eidgenössische Forschungsanstalt für Wald, Schnee und Landschaft WSL
Owner or Author name
Leo Bont
Reporter organisation
BFH Berne University of Applied Sciences
Reporter name
Thuer Peter
Reporter e-mail
Project reference
Bont, L. G., Moll, P. E., Ramstein, L., Frutig, F., Heinimann, H. R., & Schweier, J. (2022). SEILAPLAN, a QGIS plugin for cable road layout design. Croat J For Eng. https://www.dora.lib4ri.ch/wsl/islandora/object/wsl%3A30898
Main picture
Holzernte mit Seilkran Yarder
Main picture caption
Holzernte mit Seilkran-Anlage
Logo of Best Practice
Logo of Main Organization
Additional visual 1
Verankerung, Stützen und Seilhöhe über dem Boden
Additional visual 2
shape file KML Koordinaten
Costs of implementation ( Euro - € )
100.00 €
Ease of implementation - Evaluation
Very easy
Hub
Central-East Hub
BP - Rosewood - V1
NO
Sustainability Potential - Value
Very Positive
Country of origin
Switzerland
Title (national name)
Seilaplan: Seilkran Layout Planer
Scale of application
Project under which this factsheet has been created
Has video
no
English
Innovation
Yes
Owner or author e-mail
Mobilization Potential
> 100'000 m³ for Switzerland
Kind of wood concerned
stemwood and full trees
Impact on environment & biodiversity

The cost reduction will allow new, poorly accessible areas to be developed and additional timber to be harvested.
This has a positive effect on the protective function of the forest in the mountains and it promotes adaptation to climate change.

Id: 2657895
Continent Code: EU
Country Code: CH
Country Name: Switzerland
Name: Zurich
Ease of implementation
Very easy
Economic impact
Reduced installation cost, improved profitability
Job effect
Faster and saver skyline layout planing
Income effect
Improved profitability of logging in steep terrain
Specific knowledge needed
Knowledge of QGis is necessary
Costs of implementation

Installation of freely available QGis Plugin.

Key prerequisites

Terrain data must be available or collected along the planned line.

Voting
0%
Start Year
2012
End Year
2021
Title (abbreviation)
Seilaplan
Short description
Seilaplan is a tool that supports the design of cable roads for timber harvesting. It works as a QGis-Plugin.
Digital solution
Yes
Origin of wood
Type of wood
Exploitation potential

For forest owners and forest contractors

Abstract

Starting point of the calculation are terrain data (digital elevation model or field measurement data in CSV format), machine and cable road properties.
The program calculates the skyline tensile forces, the skyline sag, support saddle forces. By knowing the rope forces, critical constructions can be avoided. This increases the safety at work.

Seilaplan includes an optimization algorithm that proposes the height and location of the supports. The load path of the skyline together with the terrain profile are displayed graphically and a construction manual is generated. Coordinates and saddle height of the supports can be saved as CSV and KML data so that they are electronically available for further planning steps.

The planning of cable road layout goes much faster. The calculated routing takes advantage of the natural terrain shapes and helps to reduce overall harvesting costs in mountainous regions and steep terrain.

Owner or author organization
Swiss Federal Institute for Forest Research WSL
Owner or Author name
Leo Bont
Reporter organisation
BFH Berne University of Applied Sciences
Reporter name
Thuer Peter
Reporter e-mail
Project reference
Bont, L. G., Moll, P. E., Ramstein, L., Frutig, F., Heinimann, H. R., & Schweier, J. (2022). SEILAPLAN, a QGIS plugin for cable road layout design. Croat J For Eng. Bont, L. G., Ramstein, L., Frutig, F., & Schweier, J. (2022). Tensile forces and deflections on skylines of cable yarders: comparison of measurements with close-to-catenary predictions. International Journal of Forest Engineering, 1-22. https://www.dora.lib4ri.ch/wsl/islandora/object/wsl%3A30255/datastream/PDF/Bont-2022-Tensile_forces_and_defl
Main picture
Main picture caption
Wood extraction with cable yarder
Logo of Best Practice
Logo of Main Organization
Additional visual 1
Anchorage, supports and rope height above ground
Additional visual 2
Costs of implementation ( Euro - € )
100.00 €
Ease of implementation - Evaluation
Very easy
Hub
Central-East Hub
Region of origin
2657895
BP - Rosewood - V1
NO
Sustainability Potential - Value
Very Positive
Country of origin
Switzerland
Title (national name)
Seilaplan: Cable road layout planner
Scale of application
Project under which this factsheet has been created
Has video
no
Slovak
Innovation
No
Source of wood

Stemwood; Above and below ground woody biomass

Owner or author e-mail
Code
BP_FI_03
Time scale
From 2017
Mobilization Potential
Nie je možné posúdiť
Kind of wood concerned
Kmeňové drevo, nadzemná a podzemná drevná biomasa
Sustainability Potential
-
Impact on environment & biodiversity

stredné

Ease of implementation
stredné, IT zručnosti
Economic impact
Pozitívne, Atlas môže byť použitý v plánovacích procesoch organizácii vrátane spoločnosti
Job effect
Pozitívne, Atlas môže byť použitý v plánovacích procesoch organizácii vrátane spoločnosti
Income effect
Pozitívne, Atlas môže byť použitý v plánovacích procesoch organizácii vrátane spoločnosti
Specific knowledge needed
IT znalosti
Costs of implementation

-

Technical readiness level
Immediately applicable
Key prerequisites

webové stránky

Location
Kuopio, Finland (in the future also Sweden and Baltic sea countries)
Implementers
Companies, authorities, research, education
Actual status
Running
Attachments
Country Region City
Finland
Scope
National
Voting
0%
Start Year
2017
Digital solution
Yes
Origin of wood
Type of wood
Abstract

Atlas biomasy je otvorená služba, ktorá zhromažďuje údaje o polohe biomasy v rámci jednej používateľskej fázy. Vyvinutý Lukom spolu s Fínskom organizáciami SYKE, TAPIO, UEF a UVA a vďaka financovaniu fínskeho ministerstva poľnohospodárstva a lesného hospodárstva služba umožňuje výpočty sumy biomasy v danej geografickej oblasti, ako aj skúmanie možností a obmedzení využitia biomasy. Používateľské rozhranie mapy sa ľahko používa a umožňuje používateľovi sledovať, analyzovať a hlásiť biomasu z lesníctva, poľnohospodárstva a biologicky rozložiteľné odpady z komunity a priemysel. V užívateľskom rozhraní mapy nájdete približne 300 mapových vrstiev rôznych typov biomasy alebo kategórií využitia územia. Na základe Atlasu biomasy, hodnotenia regionálnej dostupnosti biomasy, obstarávacích a logistických nákladov biomasy, technológie obstarávania a optimalizácia v Luke a ďalších organizáciách bola úspešne dokončená. Analýzy obsahu biomasy, ich živín, energetického potenciálu a pod. recyklácia živín bola regionálne optimalizovaná pomocou Atlasu biomasy.

Potenciál regionálneho využitia biomasy možno posúdiť so zameraním na zamestnanosť, regionálnu ekonomiku alebo vplyv na životné prostredie. Je možné aj vyrobiť scenáre, ako sa tieto veci vyvinú v budúcnosti. Údaje o biomase sa plánujú napríklad na podporu investičných rozhodnutí a trvalo udržateľného využívania prírodných zdrojov a na pomoc tým, ktorí rozhodujú trvalo udržateľnej energetickej politiky. Atlas biomasy je momentálne dostupný vo fínčine. Medzinárodná verzia Atlasu biomasy bude vybudovaná v spolupráci s Baltic.

Projekt Forbio, ktorý sa začína na jeseň 2017 a exportuje koncept Atlasu biomasy do Švédska a krajín Baltského mora. V Atlase biomasy nájdete údaje GIS a mapy rôznych typov biomasy a využitia pôdy:

  • viaczdrojové národné údaje o inventarizácii lesov opisujú biomasu, ktorá rastie v lesoch
  • potenciál lesnej štiepky
  • oblasti polí a plodín
  • plodiny a vedľajšie toky plodín
  • hnoj produkčných zvierat
  • bioodpad z komunít
  • biologicky rozložiteľný odpad od spoločností v takom rozsahu, ktorý si vyžaduje environmentálne povolenie (databáza VAHTI).

Údaje o výmere poľa, plodinách a odpade sa každoročne aktualizujú. Údaje o hnoji sa aktualizujú podľa potreby a údaje o lesoch približne každých päť rokov. Všetky údaje v Atlas biomasy je opísaný aj vo fínskom metaúdajovom portáli pre geodáta, Paikkatietohakemisto.

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Natural Resources Institute Finland (Luke)
Owner or Author name
Eeva Lehtonen
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Finland
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1. Atlas biomasy | Webová mapa lesných zdrojov služby
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