Senzorji, merilna oprema

Angleščina
Inovacija
Yes
E-naslov lastnika ali avtorja
Voting
0%
Kratek opis
<table border="0" cellpadding="0" cellspacing="0" style="width:527px;" width="527"> <tbody> <tr height="18"> <td height="18" style="height:19px;width:527px;">Single tree detection software uses drone data as the basis for estimating important tree parameters (tree position, height and diameter). Drones offer very precise terrain and inventory data and are very cost-effective.</td> </tr> </tbody> </table>
Digitalne rešitve
Yes
Povzetek
Drone images are commonly used today as optical support in the forestry sector. The Potential of drone data and parameters that can be generated from single tree detection software is far from exhausted. The innovative and creative aspect of the project is to crate a digital twin of the forest. This twin provides all important tree parameters for the researchers to model the forest, make estimations of interventions, plan and make predictions.
Lastnik ali avtorska organizacija
BFH Berne University of Applied Sciences
Ime lastnika ali avtorja
Mark Günter
Poročevalec
BFH Bern University of Applied Sciences
Ime poročevalca
Moritz Dreher
E-pošta novinarja
Glavna slika
BP - Rosewood - V1
NO
Izvorna država
Švica
Naslov (nacionalni jezik)
Drohnen im Dienste der Forstwirtschaft
Obseg uporabe
Projekt, v okviru katerega so bili zbrani osnovni podatki
Ima videoposnetek
no
Angleščina
Inovacija
Yes
E-naslov lastnika ali avtorja
Voting
0%
Ključne besede
Naslov (kratica)
MOTI
Kratek opis
<table border="0" cellpadding="0" cellspacing="0" style="width:568px;" width="568"> <tbody> <tr height="60"> <td height="60" style="height:60px;width:568px;">Forest stand inventory with the aid of the Smartphones capabilities (App). Easy, cheap and reliable tool for determining the most important dendrometer indicators (key figures of tree stands). Suitable for single tree measurement or stand inventories.</td> </tr> </tbody> </table>
Digitalne rešitve
Yes
Povzetek
Forest stand inventory with the aid of the Smartphones capabilities (App). Easy, cheap and reliable tool for determining the most important dendrometer indicators (key figures of tree stands). Suitable for single tree measurement or stand inventories. Easy and fast implementation of forest inventories and single tree measurement.
Possible determination of the base area (m2/ha) with or without the distinction of different tree species. Trunk rate (#/ha), stand height (m/ha), reserve of rough wood (m3/ha). Smartphones can be used as a good referencing tool for forest inventories and forest operation planning. Many further application developments and integrations thinkable.
Lastnik ali avtorska organizacija
BFH Berne University of Applied Sciences
Ime lastnika ali avtorja
Christian Rosset
Poročevalec
BFH Bern University of Applied Sciences
Ime poročevalca
Moritz Dreher
E-pošta novinarja
Glavna slika
BP - Rosewood - V1
NO
Izvorna država
Švica
Naslov (nacionalni jezik)
MOTI
Obseg uporabe
Projekt, v okviru katerega so bili zbrani osnovni podatki
Ima videoposnetek
no
Angleščina
Inovacija
Yes
E-naslov lastnika ali avtorja
Voting
0%
Naslov (kratica)
FINT-CH
Kratek opis
<table border="0" cellpadding="0" cellspacing="0" style="width:600px;" width="600"> <tbody> <tr height="60"> <td height="60" style="height:60px;width:600px;">In the project FINT-CH a methodology for the large-scale characterization of forest structures, thereon a better detection of single trees on the basis of remote sensing data, is under development. Top height, cover and mixture ratio get determined.&nbsp;</td> </tr> </tbody> </table>
Digitalne rešitve
Yes
Povzetek
In the project FINT-CH a methodology for the large-scale characterization of forest structures, thereon a better detection of single trees on the basis of remote sensing data, is under development. By using segmentation, stand boundaries and the corresponding top height, cover and mixture ratio get determined. This forms the basis for the specific single tree detection using forest structures. Large-scale geodata with valuable forest information can be generated. Their usage in practice are demonstrated on the basis of four examples.Vector-geodata (type polygon) with stand boundaries and the following attributes:
- Basic shape (uniform, unequally)
- Top height (hdom)
- Cover ratio
- Mixture ratio
- Stem number of upper-class trees
- Basal area of upper-class trees                   Vector-geodata (type points) with detected single trees and the following attributes:
- Top height
- BHD
- Social status in the upper-class
-Z-trees

Vector-geodata (type polygon) with forest gaps, boundaries and aisle                                                  The methodology should be able to get a simple and large-scale investigation every 5 to 10 years regarding the mentioned data attributes mentioned beforehand. With these attributes conclusions are possible regarding stem numbers of different classes, protective forest investigations, mapping of forest gaps, boundaries and aisle as well as on stock estimations and finally operational planning (allowable cut, activity planning… )

Lastnik ali avtorska organizacija
BFH Bern University of Applied Sciences
Ime lastnika ali avtorja
Luuk Dorren
Poročevalec
BFH Berne University of Applied Sciences
Ime poročevalca
Moritz Dreher
E-pošta novinarja
Glavna slika
BP - Rosewood - V1
NO
Izvorna država
Švica
Naslov (nacionalni jezik)
Einzelbaumerkennung
Obseg uporabe
Projekt, v okviru katerega so bili zbrani osnovni podatki
Ima videoposnetek
no
Angleščina
E-naslov lastnika ali avtorja
Voting
0%
Kratek opis
<table border="0" cellpadding="0" cellspacing="0" style="width:516px;" width="516"> <tbody> <tr height="60"> <td height="60" style="height:60px;width:516px;">FESTMETER Wöls Ltd. offers vitality analyses with a focus on bark beetle detection in coniferous forests.</td> </tr> </tbody> </table>
Digitalne rešitve
Yes
Povzetek

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%. 

Lastnik ali avtorska organizacija
Festmeter Wöls GmbH
Ime lastnika ali avtorja
Dr. Kurt Wöls
Poročevalec
Holzcluster Steiermark GmbH
Ime poročevalca
DI Masa Jasarevic
Glavna slika
Logotip glavne organizacije
Dodatna vizualizacija 1
BP - Rosewood - V1
NO
Izvorna država
Avstrija
Naslov (nacionalni jezik)
Borkenkäfer-Erkennung
Obseg uporabe
Projekt, v okviru katerega so bili zbrani osnovni podatki
Ima videoposnetek
no
Angleščina
Inovacija
Yes
E-naslov lastnika ali avtorja
Voting
0%
Začetek
2018
Zaključek
2021
Kratek opis
Innovative R&amp;D project developing odor-based system (electronic nose) based on sensors with high sensitivity and AI to monitor selected, particularly dangerous forest pests.
Digitalne rešitve
Yes
Izvor lesa
Povzetek

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.   

Lastnik ali avtorska organizacija
Warsaw University of Technology, Faculty of Physics
Ime lastnika ali avtorja
Warsaw University of Technology, Faculty of Physics
Poročevalec
Łukasiewicz Research Network - Wood Technology Institute (ITD)
Ime poročevalca
Dobrochna Augustyniak-Wysocka
Referenca projekta
Forecasting threats to forest ecosystems through the implementation of an innovative electronic system for the recognition of odors, co-financed by National Center for Research and Development (BIOSTRATEG III programme), 2018-2021, grant no. BIOSTRATEG3/347105/9/NCBR/2017
Glavna slika
Logotip dobre prakse
Vozlišče
Central-East Hub
BP - Rosewood - V1
NO
Izvorna država
Polska
Naslov (nacionalni jezik)
Innowacyjny elektroniczny system rozpoznawania zapachów do prognozowania zagrożeń leśnych
Obseg uporabe
Projekt, v okviru katerega so bili zbrani osnovni podatki
Ima videoposnetek
no
Angleščina
Inovacija
Yes
Source of wood

Stemwood

E-naslov lastnika ali avtorja
Code
IN_FI_04
Time scale
Running, maps to be supplemented
Potencial za mobilizacijo
Not possible to assess
Vrsta obravnavanega lesa
Stemwood
Trajnost
Very Positive
Vpliv na okolje in biodiverziteto

Very positive/protects terrain

Enostavnost izvedbe
Medium
Gospodarski vpliv
Medium
Vpliv na delovna mesta
Positive
Vpliv na prihodke
Positive
Potrebno specifično znanje
IT-tool and silvicultural knowledge needed
Stroški izvedbe

Free to use/Internet

Technical readiness level
Immediately applicable
Ključni predpogoji

Involving relevant stakeholders

Location
Finland
Implementers
Forestry companies, wood buyers, harvesting drivers
Actual status
Running
Priloge
Country Region City
Finland
Scope
National
Voting
0%
Digitalne rešitve
Yes
Izvor lesa
Tip lesa
Povzetek

The Best Practice is addressing the challenge of soft terrains in harvesting.

It eases planning of harvesting locations and anticipating of harvesting of different forested areas. It considers only the static features of forest, not daily weather for example. However, bearing capacity in three different summer moisture condition classes is considered in the maps.

The material of the mainland Finland harvesting maps contains rasterized harvesting maps describing the terrain's bearing capacity. The capacity is classified in six categories. The maps tell when it is possible to go into the forest with the harvester. The material is free to use.

Lastnik ali avtorska organizacija
Finnish Forest Centre
Ime lastnika ali avtorja
Seppo Kilpiäinen
Glavna slika
Logotip projekta
Dodatna vizualizacija 1
Vozlišče
Northern Hub
BP - Rosewood - V1
YES
Trajnost - Vrednost
Positive
Izvorna država
Finska
Obseg uporabe
Projekt, v okviru katerega so bili zbrani osnovni podatki
Ima videoposnetek
no
Angleščina
Inovacija
No
Source of wood

Stemwood

E-naslov lastnika ali avtorja
Code
BP_CH_04
Time scale
2013 -
Potencial za mobilizacijo
0.1 - 0.2 m³/ha throughout the forested area of Switzerland (1.26 mio. ha)
Vrsta obravnavanega lesa
Stemwood
Trajnost
Very positive
Vpliv na okolje in biodiverziteto

Positive. Deeper knowledge about forest stands lead to more adapted silvicultural interventions enhancing sustainability

Enostavnost izvedbe
Very easy
Gospodarski vpliv
- 10 m³/ha
Vpliv na delovna mesta
Positive thru better competitiveness
Vpliv na prihodke
Positive (less field work needed)
Potrebno specifično znanje
Low, App usage
Stroški izvedbe

Very low (only a Smartphone is needed)

Technical readiness level
Immediately applicable
Ključni predpogoji

Download from App-store (free of charge) available in different languages / app is adapted for forests with a lot of wood standing (big living stock)

Location
Zollikofen
Implementers
Bern University of Applied Sciences (School of Agricultural, Forests and Food Sciences (HAFL))
Actual status
Running
Priloge
Country Region City
Switzerland
Scope
National
Voting
0%
Začetek
2013
Digitalne rešitve
Yes
Izvor lesa
Tip lesa
Povzetek

Forest stand inventory with the aid of the Smartphones capabilities (App). Easy, cheap and reliable tool for determining the most important dendrometer indicators (key figures of tree stands). Suitable for single tree measurement or stand inventories

Smartphones can be used as a good referencing tool for forest inventories and forest operation planning. Many further application developments and integrations thinkable

Easy and fast implementation of forest inventories and single tree measurement.
Possible determination of the base area (m2/ha) with or without the distinction of different tree species. Trunk rate (#/ha), stand height (m/ha), reserve of rough wood (m3/ha)

Glavna slika
Logotip projekta
BP - Rosewood - V1
YES
Izvorna država
Švica
Obseg uporabe
Projekt, v okviru katerega so bili zbrani osnovni podatki
Ima videoposnetek
no