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Featured researches published by Chen Zhi-qiang.


Journal of Mountain Science | 2013

The relationship between forestland soil fertility and gathering firewood in the Zhuxi watershed in the red soil hilly region of China

Chen Zhi-qiang; Chen Zhibiao; Chen Haibin; Yue Hui

Declining soil fertility has become an increasingly urgent problem and gathering firewood is one of the important contributing factors. Due to the excessive exploitation of natural resources especially for firewood, the red soil hilly region has become one of the most vulnerable eco-environment regions in China. The pressure of gathering firewood on forestland soil fertility in forestland has been generally estimated by geographical information system and questionnaire method in this paper in the Zhuxi watershed of Changting County, Fujian Province, China, a typical representative in the red soil hilly region of China. The results of this study show that: i) Forestland soil fertility is negatively affected by gathering firewood, which is more intensive in the integrated buffer zone than out of zone. The forestland soil fertility grade, OM, total N, available N, total P, available P, total K, available K, pH and <2 μm clay content are lower and bulk density is higher in the integrated buffer zone than those out. ii) The forestland soil fertility grade, OM, total N, available N, total P, available P, total K, available K, pH and <2 μm clay content tend to be lower and bulk density tends to be higher in the village buffer zones than those out in Datian, Chenguang and Youfang respectively. iii) The population density, economic development and terrain might be the key driving forces contributing to the relationship between gathering firewood and forestland soil fertility. Higher population density leads to more massive firewood collection and imposes more pressure on forestland soil fertility. Decreasing the use of firewood stove may reduce firewood consumption and thus release the pressure of gathering firewood on forestland soil fertility. Terrain affects the accessibility to gathering firewood thus affects forestland soil fertility. Other driving forces influencing the relationship between gathering firewood and forestland soil fertility should also be taken into account in the further study.


Journal of Fujian Normal University | 2007

Assessment of the Relative Sensitivity of Ecosystem to Acid Deposition in Fujian Province

Chen Zhi-qiang


Journal of Shenyang Normal University | 2007

Primary Study of Carrying Capacity of Urban Land Resources——Fuzhou as a Case

Chen Zhi-qiang


Remote Sensing for Land & Resources | 2017

Mineral mapping and analysis of alteration characteristics using airborne hyperspectral remote sensing data in the Baiyanghe uranium and beryllium ore district,Xinjiang

Wei Shenglong; Chen Zhibiao; Chen Zhi-qiang; Wang Qiuyun; Ma Xiuli; Yan Xinyu


Zhongguo Shuitu Baochi Kexue | 2016

常緑の土壌の物理化学的性質と性の分化特性【JST・京大機械翻訳】

Ou Xiaolin; Chen Zhibiao; Chen Zhi-qiang; Jiang Chao; Zhao Jitao; Ren Tianjing


Turang Xuebao | 2016

南部の希土類鉱山地域における土壌と水保全のための土壌炭素と窒素のPH特性を研究した【JST・京大機械翻訳】

Chen Haibin; Ma Xiuli; Chen Zhibiao; Chen Zhi-qiang


Turang Xuebao | 2016

Carbon,Nitrogen and pH in Rhizosphere of Soil-Water Conserving Plants in Rare Earth Mining Area in South China

Chen Haibin; Ma Xiuli; Chen Zhibiao; Chen Zhi-qiang


Shuitu Baochi Xuebao | 2016

植生回復による亜熱帯侵食における赤色の栄養素分布への影響【JST・京大機械翻訳】

Ou Xiaolin; Chen Zhibiao; Jiang Chao; Chen Zhi-qiang; Ren Tianjing; Chen Haibin


Shuitu Baochi Xuebao | 2016

赤色土における土壌養分の化学量論的特徴の分化法則を研究した。【JST・京大機械翻訳】

Jiang Chao; Chen Zhibiao; Chen Zhi-qiang; Chen Haibin; Ou Xiaolin; Ren Tianjing


Shuitu Baochi Xuebao | 2016

Effect of Vegetation Restoration on Nutrient Distribution Within Aggregate of Subtropical Eroded Red Soils

Ou Xiaolin; Chen Zhibiao; Jiang Chao; Chen Zhi-qiang; Ren Tianjing; Chen Haibin

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Chen Zhibiao

Fujian Normal University

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Chen Haibin

Fujian Normal University

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