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Soil and topographic features affect plant growth on a natural gas pipeline right-of-way in northeastern British Columbia

机译:土壤和地形特征影响不列颠哥伦比亚省东北部一条天然气管道通行的植物生长

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摘要

Natural gas reserves in northeastern British Columbia (B.C.) are being extracted, yet the effects to soils and plants from industrial disturbance in the region are poorly understood. This study examined soil and topographic factors that affect plant establishment and growth on a reclaimed natural gas pipeline. The study area was located approximately 70 km southeast of Tumbler Ridge, B.C. Field sampling took place between spring 2012 and summer 2013. Soil properties were examined to understand growing conditions at the site, natural regeneration was observed to understand current species diversity, and growth parameters were taken for lodgepole pine and shrubby cinquefoil. Soil nutrients were higher in wetland blocks than upland blocks, and were associated with greater species diversity. Plant growth was greatest in north-facing blocks, however biomass was greatest in crest blocks. Reliance on natural revegetation can delay site recovery, and reclaiming a site requires site-specific plant species in northeastern B.C. --Leaf ii.
机译:不列颠哥伦比亚省东北部的天然气储量正在开采,但该地区工业扰动对土壤和植物的影响知之甚少。这项研究检查了影响再生天然气管道上植物的建立和生长的土壤和地形因素。研究区域位于不列颠哥伦比亚省Tumbler Ridge东南约70公里处。在2012年春季至2013年夏季之间进行了田间采样。检查了土壤的特性以了解该地点的生长条件,观察了自然再生以了解当前的物种多样性,并为黑松和灌木状的五倍子油菜提取了生长参数。湿地地块的土壤养分高于旱地块,并与更大的物种多样性有关。朝北的地块植物生长最大,而波峰地块的生物量最大。依靠自然植被可以延缓站点恢复,而恢复站点需要在卑诗省东北部特定站点的植物物种。 -叶ii。

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