The post-fire role of plant and soil fungal interactions insemi-arid watershed hydrology

机译：半干旱流域水文学中植物与土壤真菌相互作用的后燃作用

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In the southwest U.S., initial post-fire hydrologic response appears to be directedrnby the extent of vegetative cover removed, and the rate of post-fire plant community recovery.rnSoil fungi, including mycorrhiza associated with the perennial grasses, is an important componentrnof these semi-arid ecosystems. Soil fungi affect aggregation processes, and mycorrhizalrnfungi influence the extent and rate of plant community recovery. The effect of burning on thernfungi has a quantifiable effect on vegetation cover, soil structure and erosion rates. The objectivernof this presentation is to show first year results of the effect of prescribed burning on plantfungalrninteractions, and the resulting effects on soil structure and erosion rates in an oak savannarnand a pine forest watershed.

机译：在美国西南部，火灾后的初始水文响应似乎是由去除植被覆盖的程度以及火灾后植物群落恢复的速率所决定的。干旱的生态系统。土壤真菌影响聚集过程，而菌根真菌则影响植物群落恢复的程度和速度。燃烧对真菌的影响对植被覆盖，土壤结构和侵蚀速率具有可量化的影响。本次演讲的目的是显示第一年处方燃烧对植物真菌相互作用的影响，以及对橡树草原和松树林流域土壤结构和侵蚀速率的影响。

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来源
《Forest fire research amp; wildland fire safety》|2002年|1-7|共7页
会议地点 Luso(PT);Luso(PT);Luso(PT)
作者
M.E. O’Dea;
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作者单位

USDA Forest Service, PSW Research Station, Forestry Fire Laboratory, CA, USA;

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会议组织
原文格式 PDF
正文语种 eng
中图分类林火;
关键词
fungi; hydrology; oak savanna; pine forest; prescribed fire; Southwest U.S.;

机译：真菌;水文学;橡木大草原;松树林;明火;美国西南部;

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The post-fire role of plant and soil fungal interactions insemi-arid watershed hydrology

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