Cubing rate and prediction models
__The link: *Access the data directory* is available in the section*Dataset Description Sheets; Additional Information*__.
Two products are available to know the gross commercial volume of a tree according to its diameter at chest height (DHP) and its height. Their contents and the way of using them are different, but they both make it possible to obtain gross commercial volume values per tree.
The first product is the **LIN3 cubing rate**. It is presented in the form of a table where the values of the gross market volume can be extracted directly. These are local rates, i.e. the height used in the general rate equation (volume prediction models) is predicted by height-DHP relationships developed per survey unit.
The second product offers increased precision. It is presented in the form of several tables where the values of the gross commercial volume do not appear directly. Rather, the content of these tables is used to apply **models for predicting the height and gross commercial volume** of a tree. Height prediction models are also developed locally at the scale of survey units. The use of the product requires consultation of the document [“Models for predicting the height and gross commercial volume of trees - Method and use”] (https://mrnf.gouv.qc.ca/nos-publications/modele-prediction-hauteur-volume/).
__ 📣 Recommendation of the Forest Inventory Directorate: __ it is preferable to use models to predict height and gross market volume in territories where they are available. A new height prediction model is available when a territory obtains results from forest compilations. In the absence of these models, it is still possible to use the LIN3 cubing rate.
**This third party metadata element was translated using an automated translation tool (Amazon Translate).**
Simple
- Date ( RI_367 )
- 2016-06-07
- Date ( RI_366 )
- 2016-06-07
- Status
- historicalArchive; archiveHistorique RI_594
- Maintenance and update frequency
- notPlanned; nonPlanifié RI_542
- Keywords ( RI_528 )
-
- DHP
- DIF
- Forest Inventory Department
- Essence
- Forest
- HackQC18
- Ecoforest inventory
- Gross market volume
- Government of Canada Core Subject Thesaurus Thésaurus des sujets de base du gouvernement du Canada ( RI_528 )
-
- Government information
- Use limitation
- Creative Commons 4.0 Attribution (CC-BY) licence – Quebec (https://www.donneesquebec.ca/fr/licence/)
- Access constraints
- license; licence RI_606
- Use constraints
- license; licence RI_606
- Spatial representation type
- vector; vecteur RI_635
- Metadata language
- eng; CAN
- Metadata language
- fra; CAN
- Topic category
-
- Geoscientific information
- Begin date
- 2015-01-01
- Reference system identifier
- unknown / unknown / unknown
- Distribution format
-
-
FGDB/GDB
(
unknown
)
-
GPKG
(
unknown
)
-
HTML
(
unknown
)
-
PDF
(
unknown
)
-
FGDB/GDB
(
unknown
)
- OnLine resource
-
LIN3 cubing rate
(
HTTPS
)
Dataset;FGDB/GDB;fra
- OnLine resource
-
Models for predicting gross market height and volume
(
HTTPS
)
Dataset;FGDB/GDB;fra
- OnLine resource
-
LIN3 cubing rate
(
HTTPS
)
Dataset;GPKG;fra
- OnLine resource
-
Models for predicting gross market height and volume
(
HTTPS
)
Dataset;GPKG;fra
- OnLine resource
-
Original metadata (https://www.donneesquebec.ca)
(
HTTPS
)
Dataset;HTML;fra
- OnLine resource
-
READ ME
(
HTTPS
)
Supporting Document;PDF;fra
- OnLine resource
-
READ ME
(
HTTPS
)
Supporting Document;PDF;fra
- OnLine resource
-
Models for predicting tree height and gross market volume
(
HTTPS
)
Supporting Document;PDF;fra
- OnLine resource
-
General cubing rate - Gross market volume
(
HTTPS
)
Supporting Document;PDF;fra
- OnLine resource
-
Development of a general cubing rate for Quebec forests: an approach to better assess the uncertainty associated with forecasts
(
HTTPS
)
Supporting Document;PDF;fra
- OnLine resource
-
Data download guide
(
HTTPS
)
Supporting Document;PDF;fra
- File identifier
- 24c8be98-a7d4-43e6-b7cb-a9c8c6808871 XML
- Metadata language
- eng; CAN
- Character set
- utf8; utf8 RI_458
- Hierarchy level
- dataset; jeuDonnées RI_622
- Date stamp
- 2025-11-25
- Metadata standard name
- North American Profile of ISO 19115:2003 - Geographic information - Metadata
- Metadata standard version
- HNAP ISO:19115 - 2003
Overviews
Spatial extent
Provided by
Arctic SDI catalogue