基于Web of Science国内外苔藓植物持水能力分析OA

The aim of this study was to elucidate the significant water-holding capacity of bryophytes due to their unique structure and stress resistance and their important role in slowing surface runoff,conserving water,conserving water and soil,and improving soil fertility.The method of collecting relevant research literature was selected to analyze and compare the research methods,results,and applications of the water-holding capacity of moss.The results show that:1.The research on the water-holding capacity of moss mainly relies on field collection and indoor immersion experiments.2.The water-holding capacity of moss was the largest in the Qilian Mountains,followed by the Sejila Mountains,and the Gongga Mountains were the smallest and the difference was significant.3.Foreign studies focus on the relationship between moss water holding capacity and biological soil crust and ecosystem water balance.4.Domestic research focuses on the effects of the combination of moss and litter on the water retention and storage capacity of understory ground cover,ecological restoration,and soil and water conservation.The results showed that moss was a key factor in maintaining forest water balance and soil health.There are significant regional differences in its water-holding capacity.Domestic and foreign studies have focused on its application value in the water balance of biological crust and understory water interception and storage/soil and water conservation.