模拟木材采伐以评估对美国明尼苏达州州立土地森林野生动物栖息地的潜在影响

T. Gifford, John M. Zobel, L. M. Shartell, S. Hillard
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引用次数: 0

摘要

森林管理和规划工作往往考虑到许多资源目标和利益,包括野生动物栖息地。特别是,对明尼苏达州州土地上新批准的管理目标和收获目标进行了审查,以确定它们对野生动物栖息地的潜在影响。利用规划的潜在采伐林分清单和区域野生动物栖息地模型,对173种依赖森林的国有土地野生动物的栖息地影响进行了评估。利用森林类型和区域特定的采伐概率和采伐后的滞后时间,利用涵盖各种可能结果的三种模拟工作来估计2020年至2030年的栖息地变化。在最真实的模拟中,有31.8%的物种表现出显著的正变化,11.6%的物种表现出显著的负变化,56.6%的物种表现出不显著或无变化。与反映更极端收获水平的模拟相比,现实模拟显示栖息地的消极和积极变化之间的最大妥协。结果反映了野生动物栖息地偏好的权衡,例如对某些物种产生积极影响的管理变化往往对其他物种产生负面影响。可以通过为个别管理者提供灵活性来解决权衡问题,其中针对特定物种的有针对性的处方是合理的,同时继续实现广泛的全州森林管理目标。研究意义:本研究通过一系列模拟,调查了在国家机构层面进行管理审查的林分如何在10年内影响野生动物栖息地。当在这个尺度上广泛考虑许多野生动物物种时,森林管理的变化显示了物种之间栖息地影响的权衡。为了平衡全州范围内的栖息地,管理人员应该根据当地森林条件和个人管理人员的专业知识,集中精力对单个物种进行有针对性的管理。
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Simulating Timber Harvest to Assess Potential Impacts to Forest Wildlife Habitat on State Lands in Minnesota, USA
Forest management and planning efforts often account for many resource objectives and benefits, including wildlife habitat. In particular, newly approved management goals and harvest targets on state lands in Minnesota were examined for their potential impact on wildlife habitat. Using a list of stands planned for potential harvest and a regional wildlife habitat model, habitat effects were assessed for 173 native, forest-dependent wildlife species on state lands. Leveraging forest type– and region-specific harvest probabilities and post-examination lag times to harvest, three simulation efforts covering the spectrum of possible outcomes were used to estimate habitat change from 2020 to 2030. In the most realistic simulation, 31.8% of species exhibited statistically significant positive habitat change, 11.6% significant negative change, and 56.6% nonsignificant or no change. Compared with simulations reflecting more extreme levels of harvest, the realistic simulation showed the greatest compromise between negative and positive shifts in habitat. Results reflect tradeoffs in wildlife habitat preferences such that changes in management that positively affect certain species often negatively affect others. Tradeoffs may be addressed by providing flexibility to individual managers where a targeted prescription is justified for a specific species, all while continuing broad statewide forest management goals. Study Implications: This study investigated how forest stands planned for management examination at a state-agency level may affect wildlife habitat over a 10-year horizon using a series of simulations. When broadly considering many wildlife species at this scale, changes in forest management show tradeoffs in habitat effects between species. Balancing this tradeoff for statewide habitat, managers should focus on targeted management for individual species based on local forest conditions and individual manager expertise.
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