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Analysis of Soil Organic Matter and Soil Total Nitrogen Condition under Different Vegetation Patterns of Huanghuadianzi Small watershed

机译:黄花木子小流域不同植被模式下土壤有机质与土壤总氮条件分析

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Different vegetation patterns have difference influenced on the soil nutrients and the soil nutrient contents of different soil layers in the same vegetation patterns are also different in size. In this paper, we analyze the main soil nutrients of different soil layers in different vegetation patterns in Huanghuadianzi small watershed in Ao HanQI of Chifeng in China. The result shows that in different vegetation patterns, the secondary forest of natural bush have an obvious effect on the nutrient and concentration of organic; in the artificial forest, mingled forest has a better improving effect on soil than the pure forest and natural grassland has the smallest effect; in the same vegetation patterns, organic, total nitrogen present an overall reduction trend with the deepening of soil layer accept 40-60cm soil layers. The analysis result of this paper can provide a theoretical basis for further researching the dynamic nutrient change, tree variety optimization arrangement and regional land use planning in forest grass zone.
机译:不同的植被模式对土壤养分有差异,不同土壤层的土壤养分含量的尺寸也不同。本文在中国赤峰的赤峰汉岐山区不同植被模式中分析了不同植被模式的不同土壤层的主要土壤养分。结果表明,在不同的植被模式中,天然灌木的二级森林对有机营养和浓度有明显影响;在人工林中,混沌森林对土壤具有更好的改善,而不是纯净的森林,天然草地具有最小的效果;在相同的植被模式中,有机的总氮呈现整体减少趋势随着土壤层的加深接受40-60cm土层。本文的分析结果可以为进一步研究林草区的动态营养变化,树品种优化安排和区域土地利用规划提供理论依据。

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