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| Study on the check dam resource features in the sensitive area of soil erosion in the middle Yellow River based on remote sensing information |
| | ZHANG Qifei1, 3, 4, SUN Congjian1, 3, 4*, XIANG Yanyun2, 4, LI Jiao1, 3, LIU Xian1, 3, LIANG Jiarong1 |
| | 2022(4):357-368, 379 [Abstract(1967)] [View PDF 5.37 M (1423)] |
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| Analysis of the coupling characteristics between water resources and food security in the upper and middle reaches of the Yellow River: a case study of Shaanxi-Gansu-Ningxia-Qinghai region, Northwest China |
| | LIU Xian1, 3*, XU Yueyue2, SUN Congjian1, CHEN Wei1, LI Jiao1, ZHANG Qifei1 |
| | 2022(4):369-379 [Abstract(1515)] [View PDF 1.90 M (1167)] |
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| Characteristics of surface water environment and source identification of water pollutants in the downstream of Fenhe River |
| | LI Jiao, SUN Congjian*, CHEN Wei, ZHANG Qifei, LIU Xian, ZHOU Sijie, LIN Ruojing |
| | 2022(4):380-392 [Abstract(1305)] [View PDF 2.62 M (2157)] |
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| Spatial distribution of δ18O in precipitation across the Loess Plateau |
| | YANG Gahong1, 2, WANG Shengjie1, 2*, ZHANG Mingjun1, 2 |
| | 2022(4):393-404 [Abstract(1417)] [View PDF 3.90 M (1334)] |
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| Effects of Tamarix chinensis shrub on soil respiration in the Yellow River Delta |
| | MA Xiaodan1, LIU Jiazhen1*, CHEN Yongjin1, MA Rongzhen2, XU Mengchen3 |
| | 2022(4):405-417 [Abstract(1241)] [View PDF 3.13 M (1084)] |
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| Spatiotemporal variations and influencing factors of carbon emissions in the Yellow River Basin based on LMDI model |
| | CHEN Feng1*, ZHANG Jing1, REN Jiao2, XIANG Yanyun3, LI Qian1 |
| | 2022(4):418-427 [Abstract(2157)] [View PDF 1.74 M (1408)] |
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| Study on the spatial-temporal evolution and influence factors of vegetation coverage in the Yellow River Basin during 1982 — 2021 |
| | LI Xueyin1, 2, ZHANG Zhiqiang2, 3*, SUN Aizhi1 |
| | 2022(4):428-436 [Abstract(3402)] [View PDF 2.30 M (1904)] |
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| A preliminary study on relationship between the extinction of nabkhas and agricultural activity in farming-pastoral ecotone in Hetao Region of China |
| | LI Yijing1, LIU Xiaokang1*, LU Ruijie2, XIAO Fengjun1 |
| | 2022(4):437-448 [Abstract(1364)] [View PDF 5.76 M (1792)] |
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| Evolvement characteristics and coupling coordination analysis of “production-living-ecological space” function in the upper reaches of the Yellow River |
| | LI Linghui1, ZHAO Ruifeng1, 2*, MING Siyu1, HAN Ziyi1, JIA Zhibin1 |
| | 2022(4):449-464 [Abstract(1597)] [View PDF 2.69 M (1617)] |
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| Study on the coupling relationship between soil fertility and economic benefits of cultivated land under different planting types in loess residual tableland |
| | WANG Hongyang1, CHEN Wei1, 2*, LI Yaxin1, ZHANG Chi1 |
| | 2022(4):465-476 [Abstract(1584)] [View PDF 1.97 M (1104)] |
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| Spatial-temporal evolution, tradeoffs and synergies of ecosystem services in the middle Yellow River |
| | REN Juan, ZHAO Xueyan*, XU Xingchao, MA Pingyi, DU Yuxuan |
| | 2022(4):477-490 [Abstract(1862)] [View PDF 5.83 M (1965)] |
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| Analysis of the spatiotemporal evolution of the coordinated development of ecosystem service value and economy in the Yellow River Basin |
| | QIN Mingxing, YANG Cuicui, XU Lishuai, GUO Qingxia*, DING Yi, ZHANG Yajun |
| | 2022(4):491-505 [Abstract(1477)] [View PDF 3.37 M (1249)] |
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| Spatial pattern and obstacle factor analysis of urban ecological construction level in the Yellow River Basin |
| | WANG Xiaohui1, YAO Shimou2, CHEN Shuang2, 3, WANG Longsheng1* |
| | 2022(4):506-520 [Abstract(1639)] [View PDF 4.22 M (1101)] |
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