Exudates of dominant plants regulate rhizospheric soil total and available heavy metals and facilitates natural restoration succession in an abandoned metal mining area优势植物的分泌物调控废弃金属矿区土壤中重金属的总含量和有效含量,并促进自然恢复演替。Frontiers in Environmental ScienceIF3.72025-11-190OAAI
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Drivers and mechanisms of spontaneous plant community succession in abandoned Pb-Zn mining areas in Yunnan, ChinaSCIENCE OF THE TOTAL ENVIRONMENTIF82023-12-0112PRE
Effect of fertilization on farmland phosphorus loss via surface runoff in China: A meta-analysisSOIL & TILLAGE RESEARCHIF6.82023-06-019PRE
Opposite responses of soil phosphorus fractions to two dominant species during early succession in subtropical phosphorus-enriched degraded mountain ecosystemsCATENAIF5.72022-04-018PRE
Land use effects on soil phosphorus behavior characteristics in the eutrophic aquatic-terrestrial ecotone of Dianchi Lake, China土地利用对滇池富营养化水陆交错带土壤磷素行为特征的影响SOIL & TILLAGE RESEARCHIF6.82021-01-0122PREAI
Different life-form plants exert different rhizosphere effects on phosphorus biogeochemistry in subtropical mountainous soils with low and high phosphorus contentSOIL & TILLAGE RESEARCHIF6.82020-05-0135PREAI