Emulation of natural disturbance (END) for riparian forest management: synthesis and recommendations

Designing management strategies based on the emulation of natural disturbance (END) to promote long-term sustainability of riparian forests and their adjacent aquatic ecosystems is an evolving process. Conceptually, the goal of END in riparian forest management is to mimic, to the extent possible, n...

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Bibliographic Details
Published in:Freshwater science 2012-03, Vol.31 (1), p.258-264
Main Authors: Sibley, Paul K., Kreutzweiser, David P., Naylor, Brian J., Richardson, John S., Gordon, Andrew M.
Format: Article
Language:English
Subjects:
Aquatic ecosystems
aquatic systems
biodiversity
Boreal forests
Bridges
buffers
Ecological sustainability
emulation of natural disturbance
Forest ecology
Forest ecosystems
Forest habitats
Forest management
management
Riparian areas
Riparian ecology
Riparian forests
uncertainty
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Summary:Designing management strategies based on the emulation of natural disturbance (END) to promote long-term sustainability of riparian forests and their adjacent aquatic ecosystems is an evolving process. Conceptually, the goal of END in riparian forest management is to mimic, to the extent possible, natural disturbance processes within the range of natural variability of the ecosystem while accounting for both temporal (frequency) and spatial (size) scales of the disturbance. The application of END in riparian forests has been evaluated in a limited but growing number of studies. From these studies, the idea has emerged that END could be used as a tool to enhance forest complexity and resilience capacity through carefully implemented management strategies. In practice, however, this tool presents a formidable challenge, constrained by scientific and social uncertainty. In this BRIDGES cluster we have critically examined: 1) the historical, scientific, and practical foundations of applying END in riparian forest management as an alternative to fixed-width buffers, and 2) the extent to which mimicking natural disturbance and renewal processes can protect aquatic ecosystems through conservation of riparian and aquatic biodiversity. In this synthesis paper, we identify some of the outstanding questions and uncertainties that constrain the integration of END into riparian forest management, provide some initial guiding principles for applying END in riparian areas, and offer recommendations for future research.
ISSN:2161-9549
2161-9565
2161-9565
DOI:10.1899/11-094.1