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Determining the amount of coarse woody debris (CWD) in an urban forest is essential to developing management strategies to maintain ecosystem function...
Read moreHabitat loss is a leading cause of global amphibian declines. Forest removal is a particularly significant threat because an estimated 82% of amphibia...
Read moreThe introduction of coarse woody habitat has been a widely adopted management practice for restoring and enhancing freshwater aquatic ecosystems. Alth...
Read moreManaging forests for timber yields reduces the amounts of old trees and deadwood, which has profound effects on species that are dependent on them. Re...
Read moreThe Great Bear Rainforest Order (GBRO), established January 2016, presents legal objectives for the protection of Old Forests and Red- and Blue-Listed...
Read moreUnderstanding the influence of post-disturbance forest management on tree regeneration is critical for assessing ecosystem recovery and guiding future...
Read moreSlash harvesting from forests to provide bioenergy reduces the amount of woody debris in the managed forest landscape and changes the physical and che...
Read moreRestoration of wildland fire to forests is a challenge when historical fire regimes have been altered. We studied four fires that burned over approxim...
Read moreFreshwater ecosystems have long been affected by numerous types of human interventions that have a negative impact on their water quality and ecologic...
Read moreMore frequent and more severe forest fires mean more severely burned wood in streams. Instream wood provides habitat complexity, alters geomorphology,...
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