© Institute of Chartered Foresters, 2016. All rights reserved. Gap-based silvicultural systems were developed under the assumption that richness, and diversity of tree species and other biota positively respond to variation in size of harvest-created canopy gaps. However, varying gap size alone often does not meet diversity objectives and broader goals to address contemporary forest conditions. Recent research highlights the need to consider site factors and history, natural disturbance models, within-gap structure and recruitment requirements in addition to light resources for desired tree diversity. This synthesis brings together silvicultural developments and ecological literature on gap-based management, highlighting interactions with o...
The conversion of pure conifer plantations into stands with heterogeneous structure and composition ...
Abstract Localized loss of canopy by natural or anthropogenic forces creates canopy gaps, providing ...
Abstract All forest ecosystems are subject to canopy disturbance events that infl uence species comp...
Despite numerous studies looking at canopy gaps and their impact on tree species diversity, the dyna...
University of Minnesota Ph.D. dissertation. August 2011. Major: Natural Resources Science and Manage...
Gap scale disturbances are important processes in forest stand development in the southern Appalachi...
Biodiversity conservation within managed forests depends, in part, on management practices that rest...
Canopy gaps, i.e. openings in the forest cover caused by the fall of structural elements, are consi...
The Gap Partitioning Hypothesis (GPH) posits that gaps create heterogeneity in resources crucial for...
Forest degradation and related biodiversity loss require urgent improvement of forest management pra...
Group selection and gap-based silvicultural systems are often proposed to promote compositional and ...
Graduation date: 2006Canopy gap formation is a major factor contributing to maintenance of overstory...
Spatial heterogeneity in biotic and abiotic factors is one mechanism proposed to maintain species di...
Managing forests for mixtures of canopy species promotes future resilience and mitigates risks of ca...
Abstract Disturbance regimes in many temperate, old growth forests are characterized by gap-scale ev...
The conversion of pure conifer plantations into stands with heterogeneous structure and composition ...
Abstract Localized loss of canopy by natural or anthropogenic forces creates canopy gaps, providing ...
Abstract All forest ecosystems are subject to canopy disturbance events that infl uence species comp...
Despite numerous studies looking at canopy gaps and their impact on tree species diversity, the dyna...
University of Minnesota Ph.D. dissertation. August 2011. Major: Natural Resources Science and Manage...
Gap scale disturbances are important processes in forest stand development in the southern Appalachi...
Biodiversity conservation within managed forests depends, in part, on management practices that rest...
Canopy gaps, i.e. openings in the forest cover caused by the fall of structural elements, are consi...
The Gap Partitioning Hypothesis (GPH) posits that gaps create heterogeneity in resources crucial for...
Forest degradation and related biodiversity loss require urgent improvement of forest management pra...
Group selection and gap-based silvicultural systems are often proposed to promote compositional and ...
Graduation date: 2006Canopy gap formation is a major factor contributing to maintenance of overstory...
Spatial heterogeneity in biotic and abiotic factors is one mechanism proposed to maintain species di...
Managing forests for mixtures of canopy species promotes future resilience and mitigates risks of ca...
Abstract Disturbance regimes in many temperate, old growth forests are characterized by gap-scale ev...
The conversion of pure conifer plantations into stands with heterogeneous structure and composition ...
Abstract Localized loss of canopy by natural or anthropogenic forces creates canopy gaps, providing ...
Abstract All forest ecosystems are subject to canopy disturbance events that infl uence species comp...