Author: Louis-Alexandre Giasson et al
Date: 2023
Location: a:2:{s:64:"wpcf-fields-checkboxes-option-ea0ac532f89efd2aeeb67a061e838645-1";a:1:{i:0;s:25:"Continent - North America";}s:64:"wpcf-fields-checkboxes-option-fb256e59537c0f1d168c4285a2667dd8-1";a:1:{i:0;s:16:"Country - Canada";}}a:2:{s:64:"wpcf-fields-checkboxes-option-ea0ac532f89efd2aeeb67a061e838645-1";a:1:{i:0;s:25:"Continent - North America";}s:64:"wpcf-fields-checkboxes-option-fb256e59537c0f1d168c4285a2667dd8-1";a:1:{i:0;s:16:"Country - Canada";}}
Language: English
Type of resource: Academic article
Topics: Climate
Management of boreal forests can increase terrestrial carbon sinks and reduce greenhouse gas (GHG) emissions to the atmosphere. A case study was conducted in the boreal balsam fir forests of Quebec (Canada), a commercially important region for forestry, to identify optimal management and wood production solutions that contribute to reducing GHG emissions to the atmosphere.
Read More (PDF)Organization: Frontiers in Forests and Global Change
