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S
Sibo Zeng
H指数:14
被引数:862
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Land-use regulation of coupled carbon–nitrogen–phosphorus cycling and carbon-sink stability in karst surface water–groundwater systems: synthesis from the Shawan water–carbon cycle experimental test site, SW China
喀斯特地表水-地下水系统中土地利用对碳-氮-磷耦合循环及碳汇稳定性的调控：来自中国西南沙湾水-碳循环试验站的综合分析
Journal of Hydrology
IF6.3
Biological carbon pump drives co-removal of phosphorus and heavy metals in karst lakes
喀斯特湖泊中生物碳泵驱动磷和重金属的协同去除
Water Research
IF12.4
Vegetation productivity and soil CO₂ correlation were decoupled during post-wildfire recovery in karst landscapes
喀斯特景观中，植被生产力与土壤CO₂的相关性在火灾后恢复期间被解耦。
CATENA
IF5.7
Revegetation Reduces Soil Moisture and Groundwater but Not Water Yield in Humid Karst Areas
植被恢复降低了湿润喀斯特地区的土壤含水量和地下水，但不影响产水量。
Carbon capture and storage via enhanced carbonate weathering coupled with aquatic photosynthesis: Potential, cost, and advantages
通过碳酸岩风化强化与水生光合作用耦合的碳捕集与储存：潜力、成本及优势
Shallow soil depth and low soil moisture constrain soil pCO2 on hillslopes: Insights from field experiments and model comparisons
浅层土壤深度和低土壤湿度制约坡地土壤pCO2：来自野外实验和模型比较的见解
CATENA
IF5.7
Large-scale CO2 removal by enhanced carbonate weathering from changes in land-use practices
土地利用方式的变化通过增强碳酸盐风化作用来大规模去除CO2
