Title | Prescriptions sylvicoles favorisant la résilience aux changements climatiques et le stockage du carbone pour la région de la Forêt acadienne |
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Author | Davies, G |
Source | 2019, 10 pages Open Access |
Links | Online - En ligne (PDF, 0.97 MB)
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Links | New Brunswick Federation of Woodlot Owners -
Fédération des propriétaires de lots boisés du Nouveau-Brunswick
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Image |  |
Year | 2019 |
Publisher | New Brunswick Federation of Woodlot Owners |
Edition | version 1.0 |
Document | book |
Lang. | French |
Media | digital; on-line |
Related | This publication is a translation of Climate change
resilience and carbon storage silvicultural prescriptions for the Acadian Forest Region |
File format | pdf |
Province | New Brunswick |
NTS | 21B; 21G; 21H; 21I; 21J; 21N; 21O; 21P; 22B |
Lat/Long WENS | -69.2500 -63.6667 48.1333 44.5000 |
Subjects | Nature and Environment; Science and Technology; Economics and Industry; Education and Training; conservation; climate effects; Acadian Forest Region; Forestry industry; Forest management; Climate
change; Climate change adaptation; Adaptive Management; Capacity building; cumulative effects; Tools; Decision making; Best practices |
Illustrations | flow diagrams |
Program | Climate Change Impacts and
Adaptation |
Program | Climate Change Impacts and Adaptation Building Regional Adaptation Capacity and Expertise (BRACE) Program |
Released | 2019 01 01 |
Summary | (Plain Language Summary, not published) This tool supports forestry practitioners in developing silvicultural systems to manage forest stands with the intended outcome of improving the stand's
climate change resilience and carbon storage. Answering questions about the tree stand via the Climate Change Decision Tree leads the practitioner towards individual recommended treatments. This silviculture-prescription tool was developed as part of
a project aimed at building the capacity of woodlot owners to make management decisions that are adapted to climate change, through education and implementation of best management practices, resulting in forests that are more climate
resilient. |
GEOSCAN ID | 329657 |
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