Ricerca e sviluppo

Inglese
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Inizio anno
2019
fine anno
2022
Titolo (abbreviazione)
IT FOR II
Breve descrizione
<table border="0" cellpadding="0" cellspacing="0" style="width:357px;" width="357"> <tbody> <tr height="60"> <td height="60" style="height:60px;width:357px;">A digital platform for the timber market</td> </tr> </tbody> </table>
soluzione digitale
Yes
Tipo di soluzione
Abstract
The project has as objective to overcome the difficulties in the trade of the timber resource. This problem was identified, by the forest enterprises of the region, in the lack of managment and in the economical crisis making forest enterprises unable to sell the timber at a proper price. The system aims to create a modular system and with different measure units of offers and sales from the forest enterprises directly. The platform that, simoultaneously, is able to collect all the data timber related thanks to on-site apps can provide useful services and to ensure the traceability of the timber. The platform will be malleable to forest enterprises requests. 
Proprietario o organizzazione dell'autore
portalelegnoveneto@tb.camcom.it
Nome del proprietario o dell'autore
Luca Canzan
Organizzazione di reporter
AIEL
Nome del reporter
Andrea Argnani
E-mail del reporter
Immagine principale
BP - Rosewood - V1
NO
Paese d'origine
Italia
Titolo (denominazione nazionale)
IT FOR II
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Ha un video
no
Francese
Innovazione
Yes
Proprietario o autore e-mail
1 ° Dominio (principale)
Voting
0%
Inizio anno
2018
Breve descrizione
<table border="0" cellpadding="0" cellspacing="0" style="width:451px;" width="450"> <tbody> <tr height="60"> <td height="60" style="height:60px;width:451px;">Climafor est une méthode de calcul de bilan carbone et un logiciel en cours de développement. Il permet de comparer les bilans carbone de deux itinéraires sylvicoles. Il tient compte de la séquestration de carbone par la forêt, le stockage dans le matériau bois et les effets de substitution découlant de l'usage du matériau/énergie provenant du bois plutôt que de sources fossiles.</td> </tr> </tbody> </table>
soluzione digitale
No
Abstract

La prise en compte de l'enjeu carbone dans la gestion forestière prend de plus en plus d'ampleur en France, donnant lieu à des projets de recherche et de développement. Le logiciel Climafor répond à une difficulté: rendre les calculs carbone plus facile d'accès et moins chronophages. Les sources de données utilisées (tables de production, coefficients de calcul) sont aujourd'hui bien connues. Climafor les intègre en un seul outil, qui ne nécessite pas de formation particulière. Les calculs sont instantanés et les résultats utilisables directement dans un projet carbone forestier. Les calculs effectués par le logiciel s'appuient sur des tables de production pour chaque essence et différents coefficients issus de la recherche. Le logiciel sera en amélioration continue par actualisation des différents paramètres et ajout de nouvelles tables. Pour le moment, il est en cours de développement par l'IDF (institut du développement forestier), la branche R&D du CNPF.

Proprietario o organizzazione dell'autore
CNPF
Nome del proprietario o dell'autore
Simon Martel
Nome del reporter
Henri Husson
E-mail del reporter
Immagine principale
Logo delle migliori pratiche
BP - Rosewood - V1
NO
Paese d'origine
Francia
Titolo (denominazione nazionale)
Climafor
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Ha un video
no
Svedese
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Inizio anno
2018
Breve descrizione
<table border="0" cellpadding="0" cellspacing="0" style="width:539px;" width="539"> <tbody> <tr height="60"> <td dir="LTR" height="60" style="height:60px;width:539px;">Arboair precisionsskogsbruk är en hållbar tjänst som med hjälp av RGB- och multispektrala bilder från drönare, flygplan, helikoptrar eller satelliter kan upptäcka barkbaggarinfekterade eller stressade träd.</td> </tr> </tbody> </table>
soluzione digitale
Yes
Abstract
Idag bygger tekniken för att identifiera granbarkborreangrepp i skogen till stor del på manuellt arbete genom visuella kontroller av skogsområden, där tidiga angrepp nästan är omöjliga att se, medan gamla attacker är lättare att upptäcka. Försök har gjorts för att identifiera tidiga angrepp med hjälp av satellitkartor som ger en bra indikation och kan ses som ett komplement till vår precisionsanalys. Arboair Forest Mapper är en tjänst där du analyserar dina bilder via vår AI. Vår modell är tränad på över 200 000 träd och den har verifierats av skogsförvaltare.

1. Samla in data 

Flyg drönaren själv
Använd en av våra drönarpartners
Använd en av våra satellitdatapartners för högupplösta satellitbilder
2. Analys

Granbarkborreangrepp
Trädslagsfördelning
Trädräkning
Vindfällen 
3. Ta del av ditt resultat

Titta på i Arboairs portal
Skicka resultatet till er egna plattform
Ladda ner och använd i QGIS, ArcGIS, Google Earth eller något annat GIS.

Proprietario o organizzazione dell'autore
Paper Province
Nome del proprietario o dell'autore
Marcus Drugge
Organizzazione di reporter
Paper Province
Nome del reporter
Gunnar Hellerström
Immagine principale
BP - Rosewood - V1
NO
Paese d'origine
Svezia
Titolo (denominazione nazionale)
Arboair AB
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Rosewood Video
Ha un video
yes
Ucraino
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Inizio anno
2017
Breve descrizione
Український стартап RE-leaf PAPER створює еко-папір з переробленого опалого листя
soluzione digitale
No
Abstract

Український стартап RE-leaf PAPER створює еко-папір з переробленого опалого листя.
Закарпатський школяр Валентин Фречка придумав метод виготовлення паперу з сухого листя ще в 2017 році.
В процесі виробництва еко-паперу подрібнене і очищене листя варять в чанах при температурі не вище 40 градусів, що виключає виділення шкідливих речовин. Після первинної обробки сировину розбавляють в співвідношенні 50:50 з макулатурою і направляють на конвеєр, де вона поступово втрачає зайву вологу і розтягується до стану тонкого паперу. Для подібної переробки підходить практично будь-яке листя. Щоб отримати целюлозу, листя потрібно відварити в розчині натрію, а з їх відходів можна буде робити паливні брикети і добрива.
Перевага такого паперу полягає у тому, що використовується неконкурентна сировина, яка є щороку відновлюваною та географічно доступною на більшій частині планети, що дозволяє заміщати деревину. А це дає змогу зменшити викиди вуглекислого газу та заощаджувати зелений ресурс планети.
Такий папір не потребує використання складних хімічних реагентів для отримання волокна, щоб його виготовити. Адже  використовується у 15 разів менше води і можна забезпечити повністю замкнутий цикл виробництва без шкідливих викидів у навколишнє середовище.
Наразі проект на стадії пілотного виробництва. Підприємство включене до Enterprise Europe Network.
Продукція включає:
- Re-leaf папір
- Re-leaf пакет – листя в поєднанні з макулатурою
- Re-leaf лотки для упаковки продуктів

Proprietario o organizzazione dell'autore
RE-Leaf PAPER Research and Production Enterprise Limited Liability Company
Nome del proprietario o dell'autore
Валентин Фречка
Organizzazione di reporter
ГО ФОРЗА
Nome del reporter
Леся Лойко
E-mail del reporter
Immagine principale
BP - Rosewood - V1
NO
Paese d'origine
Ucraina
Titolo (denominazione nazionale)
RE-leaf paper
Progetto nell'ambito del quale questa scheda è stata creata
Ha un video
no
Polacco
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Inizio anno
2015
fine anno
2018
Titolo (abbreviazione)
RemBioFor
Breve descrizione
Projekt B+R, którego celem było opracowanie kompleksowej metody określania wybranych cech taksacyjnych drzewostanów oraz ilości nadziemnej biomasy i związanego w niej węgla przy zastosowaniu danych teledetekcyjnych i nowoczesnych narzędzi ich przetwarzania
soluzione digitale
Yes
Abstract

Celem projektu było opracowanie kompleksowej metody określania wybranych cech taksacyjnych drzewostanów oraz nadziemnej biomasy i związanego w niej węgla przy zastosowaniu danych teledetekcyjnych dla planowania i zarządzania w leśnictwie. Zadania w projekcie obejmowały:

  • pozyskanie i przetworzenie danych terenowych oraz teledetekcyjnych,
  • opracowanie metody inwentaryzacji ilości biomasy drzew i związanego w nich węgla na podstawie danych radarowych,
  • opracowanie metody inwentaryzacji zapasu, biomasy i wybranych cech taksacyjnych drzewostanów na podstawie wybranych aktywnych metod teledetekcji,
  • opracowanie metody lokalnej korekty wzorów dendrometrycznych na podstawie danych pozyskanych za pomocą technologii naziemnego skanowania laserowego (TLS) oraz
  • opracowanie wzorów allometrycznych oraz wskaźników akumulacji biomasy (BEF) umożliwiających przeliczenie miąższości grubizny drzew na biomasę nadziemnej części drzew oraz wielkość związanego w nich węgla.

Rezultaty projektu są wdrażane w praktyce urządzeniowej w Polsce. Wdrożenie rezultatów projektów przyczynia się do skrócenia czasu i obniżenia kosztów prac urządzeniowych, w szczególności inwentaryzacji zasobów drzewnych, pozwalają na uzyskanie wysokiej jakości danych dotyczących bilansu CO2, zasobów biomasy i etatów cięć. Umożliwiają precyzyjne (do poziomu wydzielenia) określenie miąższości i cech taksacyjnych dla dowolnego obszaru leśnego.

Proprietario o organizzazione dell'autore
Instytut Badawczy Leśnictwa
Nome del proprietario o dell'autore
Krzysztof Stereńczak
Organizzazione di reporter
Łukasiewicz Research Network - Wood Technology Institute (ITD)
Nome del reporter
Dobrochna Augustyniak-Wysocka
Progetto di riferimento
Remote sensing based assessment of woody biomass and carbon storage in forests (REMBIOFOR), National Centre for Research and Development within the program „Natural environment, agriculture and forestry” BIOSTRATEG, agreement no. BIOSTRATEG1/267755/4/NCBR/2015
Risorsa 1 titolo
Projekt RemBioFor – prezentacja wstępnych założeń i celów projektu
Risorsa 2 documenti
Parkitna K., Krok G., Lisańczuk M., Mitelsztedt K., Ukalski K., Magnussen S., Markiewicz A., Miścicki S., Stereńczak K. 2021. Modelling growing stock volume of forest stands with the use of selected LiDAR Area Based Approaches in various predictive models. Forestry: An International Journal of Forest Research
Immagine principale
Didascalia dell'immagine principale
Prace terenowe: pomiar oraz pozyskanie biomasy drzewnej (sierpień - wrzesień 2015)
Logo delle migliori pratiche
Logo della principale organizzazione
Ulteriore visiva 1
Hub
Central-East Hub
BP - Rosewood - V1
NO
Paese d'origine
Polonia
Titolo (denominazione nazionale)
Teledetekcyjne określanie biomasy drzewnej i zasobów węgla w lasach
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Ha un video
no
Inglese
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Titolo (abbreviazione)
IT FOR II
Breve descrizione
<table border="0" cellpadding="0" cellspacing="0" style="width:358px;" width="357"> <tbody> <tr height="60"> <td height="60" style="height:60px;width:358px;">A digital platform for the timber market</td> </tr> </tbody> </table>
soluzione digitale
Yes
Tipo di soluzione
Abstract
The project has as objective to overcome the difficulties in the trade of the timber resource. This problem was identified, by the forest enterprises of the region, in the lack of managment and in the economical crisis making forest enterprises unable to sell the timber at a proper price. The system aims to create a modular system and with different measure units of offers and sales from the forest enterprises directly. The platform that, simoultaneously, is able to collect all the data timber related thanks to on-site apps can provide useful services and to ensure the traceability of the timber. The platform will be malleable to forest enterprises requests. 
Proprietario o organizzazione dell'autore
portalelegnoveneto@tb.camcom.it
Nome del proprietario o dell'autore
Luca Canzan
Organizzazione di reporter
AIEL
Nome del reporter
Andrea Argnani
E-mail del reporter
Immagine principale
BP - Rosewood - V1
NO
Titolo (denominazione nazionale)
IT FOR II
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Ha un video
no
Inglese
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Breve descrizione
<table border="0" cellpadding="0" cellspacing="0" style="width:551px;" width="551"> <tbody> <tr height="60"> <td height="60" style="height:60px;width:551px;">Precision forestry service that with the help of RGB and multispectral images from drones, airplanes, helicopters or satellites can detect bark beetle infected or&nbsp;stressed trees.</td> </tr> </tbody> </table>
soluzione digitale
Yes
Abstract

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.

Proprietario o organizzazione dell'autore
Paper Province
Nome del proprietario o dell'autore
Marcus Drugge
Organizzazione di reporter
Paper Province
Nome del reporter
Gunnar Hellerström
Immagine principale
Arboair forest aerial view
Logo della principale organizzazione
Arboair logo
BP - Rosewood - V1
NO
Paese d'origine
Svezia
Titolo (denominazione nazionale)
Arboair AB
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Rosewood Video
Ha un video
yes
Inglese
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Breve descrizione
<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>
soluzione digitale
Yes
Abstract
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.
Proprietario o organizzazione dell'autore
BFH Berne University of Applied Sciences
Nome del proprietario o dell'autore
Mark Günter
Organizzazione di reporter
BFH Bern University of Applied Sciences
Nome del reporter
Moritz Dreher
E-mail del reporter
Immagine principale
BP - Rosewood - V1
NO
Paese d'origine
Svizzera
Titolo (denominazione nazionale)
Drohnen im Dienste der Forstwirtschaft
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Ha un video
no
Inglese
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Titolo (abbreviazione)
TBN
Breve descrizione
<table border="0" cellpadding="0" cellspacing="0" style="width:358px;" width="357"> <tbody> <tr height="60"> <td height="60" style="height:60px;width:358px;">Comparison of operating results of forestry operation in Switzerland. The network undertakes regular monitoring of many forest enterprises (ca. 30%) and elevates their market situation and a big set of economic data on a yearly basis.&nbsp;</td> </tr> </tbody> </table>
soluzione digitale
Yes
Abstract
Comparison of operating results of forestry operation in Switzerland. The network undertakes regular monitoring of many forest enterprises (ca. 30%) and elevates their market situation and a big set of economic data on a yearly basis. With these data, best practices guidance on competitive forest enterprises are elaborated and benchmarking approaches are outlined. The TBN describes many economic, financial and structural indicators for 28% of the forest surface in Switzerland as a reference for benchmarks. Data and evaluations are available for the years 2008 – 2010, 2011 - 2013 and 2014 – 2018 of the participating forestry operations. Important factors and their influence on the operation results can be determined. Appropriate solutions for different situations and context can be found more easily. The structural conditions are the main cause for the economic success. Unclear strategic positioning and operational deficiency are key factors for the resulting negative operating results in average, besides the high labor costs and small structured forestry operations. 
Proprietario o organizzazione dell'autore
BFH Bern University of Applied Sciences
Nome del proprietario o dell'autore
Patric Bürgi
Organizzazione di reporter
BFH Berne University of Applied Sciences
Nome del reporter
Moritz Dreher
E-mail del reporter
Immagine principale
BP - Rosewood - V1
NO
Paese d'origine
Svizzera
Titolo (denominazione nazionale)
Testbetriebsnetz
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Ha un video
no
Inglese
Innovazione
Yes
Proprietario o autore e-mail
Voting
0%
Titolo (abbreviazione)
FINT-CH
Breve descrizione
<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>
soluzione digitale
Yes
Abstract
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… )

Proprietario o organizzazione dell'autore
BFH Bern University of Applied Sciences
Nome del proprietario o dell'autore
Luuk Dorren
Organizzazione di reporter
BFH Berne University of Applied Sciences
Nome del reporter
Moritz Dreher
E-mail del reporter
Immagine principale
BP - Rosewood - V1
NO
Paese d'origine
Svizzera
Titolo (denominazione nazionale)
Einzelbaumerkennung
Scala di applicazione
Progetto nell'ambito del quale questa scheda è stata creata
Ha un video
no