首页> 外文会议>International Soil Conservation Organization Conference >Jamming Effects on Soil Degradation Course in Three Gorges Reservoir Region- Regarding The District Where Soil Is Originated From Efflorescent Granite As Example
【24h】

Jamming Effects on Soil Degradation Course in Three Gorges Reservoir Region- Regarding The District Where Soil Is Originated From Efflorescent Granite As Example

机译:三峡水库地区土壤退化课程的干扰作用 - 土壤源于裂化花岗岩的地区

获取原文

摘要

Regarding The District Where Soil Is Originated From Efflorescent Granite As Example, this research studied effects of different jamming, such as deforestation, reforestation, setting apart the hills for tree planting, botanic belts and agroforestry, on soil moisture-holding capacity, soil aggregate stability, soil chemical characters and soil respiration. The result display: after deforestation, the first and second year, soil volume weight increases 0.1 annually, soil maximum moisture-holding capacity decreases 20% annually; In three years after deforestation, soil wet aggregate decrease 37.8% annually, dynamic change curve of soil organic matter and total N display like S in reverse, the maximum change velocity occurs in the second year to the third year; soil respiration quantity ranges from 0.9 g C/m~2/day to 7.4 g C/m~2/day under different jamming, the effects boosting up ability agroforestry > reforestation > botanic belts; deforestation do great destroy to soil respiration.
机译:关于土壤从脱叶花岗岩起源的地区,这项研究研究了不同干扰的影响,如砍伐森林,重新造林,树木植物,植物皮带和农林般的山丘,土壤水分持有能力,土壤聚集稳定性,土壤化学特征和土壤呼吸。结果显示:砍伐森林砍伐后,第一年和第二年,土壤体积重量增加0.1,土壤最大水分持有量每年减少20%;砍伐三年后,土壤湿骨料每年减少37.8%,土壤有机物质的动态变化曲线和诸如S的总展示,最大变化速度在第二年发生至第三年;土壤呼吸量为0.9g c / m〜2 /天至7.4g c / m〜2 /天在不同的干扰下,效果促进能力造影造影器>重新造林>植物带;森林砍伐摧毁了土壤呼吸。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号