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  • <strong>Carbon sequestration in typical sandy lands of China from 1982 to 2024</strong>： <strong>Patterns</strong>，<strong>evolution</strong>，<strong>and driving forces</strong>

    Carbon sequestration in typical sandy lands of China from 1982 to 2024： Patterns，evolution，and driving forces

    Huishi Du, Wei Qu, Hasi Eerdun

    Journal of Desert Research, 2025 45 (6): 59-69.

    The potential of carbon sequestration in typical sandy regions of China has long been overlooked，with a lack of systematic analysis over long time series and quantitative assessments of the driving mechanisms of climate . . .

     
  • Synergistic evolution and obstacles of cultural-tourism integration and ecological resilience in the Yellow River Basin

    Synergistic evolution and obstacles of cultural-tourism integration and ecological resilience in the Yellow River Basin

    Xuegang Feng, Zhiyuan Li, Wei Zhong

    Journal of Desert Research, 2025 45 (6): 141-153.

    Promoting deep coordination between culture-tourism integration and ecological resilience in the Yellow River Basin is of great practical value to stimulate the kinetic energy of cultural and tourism industry， promote th. . .

     
  • Adaptability of plants and community patterns of dunes in the Horqin Sandy Land

    Adaptability of plants and community patterns of dunes in the Horqin Sandy Land

    Xueyong Zhao, Haijun Wang, Xueping Chen, Jiannan Lu, Xiaojv Yang, Siteng Zhao, Ruixiong Wang

    Journal of Desert Research, 2025 45 (4): 8-15.

    Plant adaptability refers to the characteristics optimization and survival ability nourishment of plants on multiple spatial-temporal scales through the processes of water and nutrient elements acquisition， regulation， g. . .

     

  • Carbon cycle in sandy ecosystems： major research advances of the Naiman Desertification Research Station from 1985 to 2025

    Yuqiang Li, Chengzhuo Zheng, Yu Xiang, Yayi Niu, Xuyang Wang, Xiaoming Mou

    Journal of Desert Research, 2025 45 (4): 34-42.

    The Horqin Sandy Land is a typical area of land desertification evolution in the semi-arid grassland region of northern China. It is a core area for national efforts to control desertification and studying the terrestria. . .

     
  • Spatio-temporal changes of aeolian desertification in the Jiziwan of the Yellow River from 1975 to 2020

    Spatio-temporal changes of aeolian desertification in the Jiziwan of the Yellow River from 1975 to 2020

    Sen Li, Zongying Yang, Hongyan Zhao, Narentuya, Guixiang An, Jiali Xie, Xiaopeng Jia, Changzhen Yan

    Journal of Desert Research, 2024 44 (5): 13-22.

    The Jiziwan of the Yellow River is the core area of the Three North Projects in the modern age， which plays a significant role in supplying sediment to the middle and lower portions of the Yellow River. However， as a new. . .

     
  • Pathway and countermeasures to improve agricultural water productivity in oasis of Hexi Corridor

    Pathway and countermeasures to improve agricultural water productivity in oasis of Hexi Corridor

    Heng Ren, Wenzhi Zhao, Rong Yang, Zeyu Du

    Journal of Desert Research, 2024 44 (5): 217-224.

    Water productivity refers to the quantity or value of products produced by per unit volume or value of water resources. Improving water productivity is an important direction for the sustainable development of desert oas. . .

     
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Spatio-temporal evolution characteristics of green development level in the Yellow River Basin
Guangqin Li, Xubing Fang
Journal of Desert Research    DOI: 10.7522/j.issn.21120.2021.00050
Online available: 18 June 2021
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