🇨🇳 Lei Wang

Tongji University (CN)

Career Stage: Senior CDR Pathway: Soil Carbon Trajectory: Declining Data Confidence: verified

MetricValue
h-index19
Total Citations1,372
Total Publications67
CDR Focus8%
First CDR Paper2007

Top CDR Publications

  • The high organic carbon accumulation in estuarine wetlands necessarily does not represent a high CO2 sequestration capacity (2023) — 23 citations
  • Effects of anthropogenic disturbances on the carbon sink function of Yangtze River estuary wetlands: A review of performance, process, and mechanism (2024) — 19 citations
  • Optimization of plant harvest and management patterns to enhance the carbon sink of reclaimed wetland in the Yangtze River estuary (2022) — 9 citations
  • Tidal organic input restricts CO2 sequestration capacity of estuarine wetlands (2023) — 9 citations
  • Estuarine wetland tidal organic carbon activates microbial carbon pump and increases long-term soil carbon stability (2024) — 7 citations
  • Large-Scale Biochar Incorporation Does Not Necessarily Promote the Carbon Sink of Estuarine Wetland Soil (2023) — 4 citations
  • Driving Force of Tidal Organic Carbon Input on the Microbial Carbon Pump and the Long-Term Soil Carbon Pool Stability of the Estuarine Wetland (2024) — 0 citations
  • Estuarine Wetland Tidal Organic Carbon Activates Microbial Carbon Pump and Increases Long-Term Soil Carbon Stabilityestuarine Wetland Tidal Organic Carbon Activates Microbial Carbon Pump and Increases Long-Term Soil Carbon Stability (2024) — 0 citations
  • Biomarker analysis revealed tidal organic carbon input enhanced soil respiration and weakened carbon sequestration function of estuarine wetland: Field validation of the Jiuduansha Wetland in the Yangtze River estuary (2024) — 0 citations
  • The combined effects of soil moisture and salinity on the spatial differences of soil humification intensity in the Yangtze River estuarine wetlands (2025) — 0 citations

Data from OpenAlex enriched with ORCID. Part of the CDR Researcher Census.