首页> 外文期刊>Southern Journal of Applied Forestry >Silvicultural Management Within Streamside Management Zones of Intermittent Streams: Effects on Decomposition, Productivity, Nutrient Cycling, and Channel Vegetation
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Silvicultural Management Within Streamside Management Zones of Intermittent Streams: Effects on Decomposition, Productivity, Nutrient Cycling, and Channel Vegetation

机译:间歇性河流溪流管理区内的造林管理:对分解,生产力,养分循环和河道植被的影响

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The purpose of this watershed study on three intermittent streams was to evaluate responses of riparian processes to three Streamside management zone (SMZ) treatments; no harvest, clearcut, and partial harvest (50% basal area removal). Riparian response variables measured included litterfall, leaf litter decomposition, understory vegetation, soil temperature and water chemistry. However, due to drought conditions, insufficient water chemistry data were collected to support quantitative assessment oftreatment effects. Comparisons of mass loss rates (k) indicated that decomposition on the control treatment was the most rapid. Understory vegetation surveys showed statistically greater mass of forbs and grasses within the ciearcut SMZ. Results suggestthat no harvest or a partial harvest within SMZs along intermittent streams are preferable because these treatments maintain carbon inputs to streams.
机译:这项关于三个间歇性溪流的分水岭研究的目的是评估河岸过程对三种溪流管理区(SMZ)处理的响应。没有收获,截割和部分收获(50%的基础面积去除)。测得的河岸响应变量包括凋落物,落叶分解,林下植被,土壤温度和水化学。然而,由于干旱条件,收集的水化学数据不足以支持对治疗效果的定量评估。质量损失率(k)的比较表明,对照处理的分解最快。地下植被调查显示,在切角SMZ区域内,统计上有较大数量的草和草。结果表明,在SMZs内沿间歇流不收获或不进行部分收获是可取的,因为这些处理可保持向流的碳输入。

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