Publications by authors named "Yang-Chun Zhu"

Article Synopsis
  • Biochar, specifically bamboo biochar, is produced from bamboo straw through pyrolysis, which involves heating organic material without oxygen, and it's being studied for its potential benefits in tea garden soils.
  • The study found that adding bamboo biochar improved important soil properties, significantly increasing nutrients like nitrogen and phosphorus while enhancing microbial diversity and enzyme activity, but reducing soil acid phosphatase activity.
  • Results suggest that bamboo biochar can positively impact soil health, paving the way for further research in ecological restoration of tea garden soils.
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Bamboo charcoal, a type of manufactured biochar, is produced by pyrolyzing bamboo residue under anoxic conditions. Its beneficial properties in absorption, catalyst support, and agricultural function have attracted significant attention; however, relatively few studies have examined its effects on the soil microbiota. In this study, we analyzed the effects of bamboo charcoal on soil physicochemical properties, enzymes, and microbial community structure in tea plantations and investigated the optimal amount of bamboo charcoal to be added to organic fertilizer.

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Ammopiptanthus mongolicus is an ecologically important species in the arid region of Northwest China. Habitat disturbance can significantly affect plant mating success and ultimately species viability. Pollen limitation of plant reproduction occurs in many plant species, particularly those under habitat disturbance.

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Objective: To study the effect of Bushen Tongdu Capsule (BTC) on RANK/RANKL/ OPG pathway of collagen induced arthritis (CIA) rats, thereby laying theoretic evidence for treating rheumatic arthritis (RA) by Chinese medicine.

Methods: RA model was induced by CIA. Totally 42 rats were randomly divided into six groups, i.

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Artemisia halodendron is a dominant species in mobile and semi-mobile dunes of Horqin Sand Land. To investigate the germination character and seedling growth under different temperature and light conditions, the germination rate, germination index and growth of radicle and plumule were measured after treatments in laboratory and heating cabinet incubations. In the laboratory the light and temperature were near to nature condition, while in the heating cabinet it was kept at 25 degrees C with varying durations of light supply, including 24-, 12- and 0-hour light per day.

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