Successional Responses to Natural Disturbance, Forest Management and Climate Change in British Columbia Forests

K. Swift, Shi Ran
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引用次数: 16

Abstract

Natural and human-induced disturbance such as wildfire, insect and disease outbreak, windthrow, and forest harvesting are important drivers for forest renewal, post-disturbance stand structure, and ecosystem function. Each disturbance or combination of disturbances sets up a forest to proceed down a certain successional pathway in terms of structure and function. Using the context of Ecoprovinces and Ecosystem Types, successional pathways of a variety of ecosystems found in British Columbia are briefly described,and the ways in which forest management practices have affected those pathways are discussed. This Extension Note also describes how projected changes in temperature and precipitation may also affect these natural disturbance drivers. The information contained in this article is based on a larger synthesis report that is available in FORREX Series 28 and is designed to facilitate further conversation around building resistant and resilient forests for the future.
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不列颠哥伦比亚省森林对自然干扰、森林经营和气候变化的演替响应
野火、病虫害、风阻和森林采伐等自然和人为干扰是森林更新、干扰后林分结构和生态系统功能的重要驱动力。每一种干扰或干扰的组合构成了一个森林,在结构和功能上沿着一定的演替路径前进。在生态省和生态系统类型的背景下,简要描述了不列颠哥伦比亚省各种生态系统的演替路径,并讨论了森林管理措施对这些路径的影响方式。本扩展说明还描述了如何预测温度和降水的变化也可能影响这些自然干扰的驱动程序。本文中包含的信息基于一份更大的综合报告,该报告可在forex系列28中获得,旨在促进围绕未来建设耐药和弹性森林的进一步讨论。
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