Publications by authors named "Yunhu Xie"

Aesthetic education is an important part of the overall development of students. This study analyzes the number of rural schools and enrollment, number of classes, and number of full-time teachers in those schools from 2013 to 2022, and clarifies the current challenges in aesthetic education in rural elementary schools and the path of quality improvement. It then constructs a curriculum cluster model that shares resources, teachers, management, instructional design, and practical activities, etc.

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Article Synopsis
  • Blowouts, a type of wind-eroded landform, are prevalent in sandy and desertified regions, significantly affecting grassland ecosystems and altering surface features such as vegetation.
  • This study focuses on the blowouts in Xilingol League, using high-resolution satellite data from 1962 to 2023 to analyze their growth and distribution through advanced remote sensing and modeling techniques.
  • Findings show a 16.81% increase in blowout area over 60 years, with specific changes in landscape patterns, and predictive models suggest further changes in blowout distributions in the next decade based on various environmental factors.
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This study aims to examine the changes in soil chemical properties (soil organic matter, SOM; available nitrogen, AN; available phosphorus, AP; available potassium, AK; total nitrogen, TN; total phosphorus, TP and pH) in three depths (i.e. 0-5, 5-10, 10-20 cm) from different land use types of the Green Beach Desert-oasis Ecotone, Inner Mangolia, China.

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Soil water soluble base ion salt-based ion concentrations are critical parameters for estimating soil buffer capacity and vegetation productivity. Ionic content clearly covaries with the distribution of plant communities. Previous studies on salt-based ions in soils focused primarily on ion migration and its relationships with vegetation growth.

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Wind and sand control features are important tools for limiting desertification. Sand barriers are one of the oldest engineering measures used to reduce wind-sand hazards. Their efficacy and exact mechanism by which they work has remained a topic of scientific debate however.

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