Panxing He
Biographic Data
| ID | 7999629 |
|---|---|
| NAME | Panxing He |
| GIVEN NAMES | Panxing |
| FAMILY NAME | He |
| SIGNATURE | HE P |
| AFFILIATIONS | Fudan University |
| ORCID | 0000-0002-8055-5457 |
| VERIFIED | Yes |
| TOTAL WORKS | 8 |
| TOTAL CITATIONS | 0 |
| AUTHOR COUNT | 8 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2022 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 0 |
Soil Water and Nutrient Availability Drive Increased Bacterial Diversity and Metabolic Strategy Shifts Along a Desertification Reversal Sequence
Vegetation restoration is a primary strategy for reversing desertification in drylands, with its long‐term effectiveness heavily dependent on the recovery of soil microbial functions. However, how soil bacterial communities and their metabolic functions respond to continuous restoration gradients remains poorly understood. Here, we examined soil bacterial diversity, community composition, and predicted metabolic functions along a continuous resto…
Nutrient Addition Reduces Soil Autotrophic Respiration in the Desert Steppe of Northern China by Increasing the Abundance of Nitrogen Cycling Functional Genes
Soil respiration represents a key mechanism governing terrestrial carbon dynamics within grassland ecosystems. However, the mechanisms through which nitrogen (N) and phosphorus (P) inputs influence microbial traits and functional genes to regulate soil respiration remain insufficiently clarified, limiting the understanding of nutrient‐driven carbon processes in desert steppe ecosystems. This study implemented nutrient addition experiments in the …
A Remote Sensing‐Based Early Warning System for Desertification: Monitoring Spatiotemporal Dynamics and Identifying Risk Zones
Desertification, as a complex phenomenon in natural resource management, leads to land degradation, biodiversity loss, and soil quality decline, necessitating rigorous investigations. This study aimed to analyze the potential of satellite data in spatiotemporal monitoring of desertification risk and assess its impacts on ecosystems in Central Asian countries. In this study, remote sensing indices including Albedo, NDVI, NDWI, NDSI, and TGSI were …
Disentangling climate-driven and anthropogenic activities-induced impacts on net ecosystem productivity in the Yunnan-Kweichow Plateau over the past two decades
The Yunnan-Kweichow Plateau (YKP), a representative ecologically fragile zone, is subject to dual pressures from intensified climate change and anthropogenic activities. The specific mechanisms of how Net Ecosystem Productivity (NEP) responds to these changes remain unclear, whose relative contributions remain poorly quantified. This study conducts spatiotemporal quantification analysis of NEP dynamics and influencing factors in the YKP from 2001…
Quantitative assessment of the potential benefits of global afforestation on ecosystem productivity
Accurately estimating the contribution of afforestation/deforestation to gross primary productivity (GPP) of an ecosystem is necessary to develop future afforestation policies. However, there is currently a lack of quantitative assessments of the potential consequences of afforestation and deforestation on GPP at a global scale. In this study, we used a 30 m high-resolution forest raster map and a satellite-driven GPP product to assess GPP differ…
Unanticipated cooling gains from afforestation in Southwestern China
Amid accelerating forest degradation and climate warming, afforestation is increasingly regarded as a strategic intervention to reconfigure land–atmosphere energy exchange. However, most existing studies have predominantly emphasized direct biophysical effects, namely surface cooling resulting from forest replacement of non-forest cover, while largely overlooking the indirect regulation caused by environmental feedbacks during forest expansion. T…
A high‐accuracy vegetation restoration potential mapping model integrating similar habitat and machine learning
Vegetation restoration potential (VRP) mapping provides important information for ecosystem restoration planning. However, the inappropriate assumption of traditional models that VRPs are identical within an individual similar habitat unit may result in low accuracy of VRP maps. This study proposes an improved data‐driven model, namely, the similar habitat and machine learning‐based VRP mapping (SHMLVRPM) model. This new model introduces a variet…
Compound drought constrains gross primary productivity in Chinese grasslands
Water constraints disturb and damage the growth and development of grassland vegetation mainly through both atmospheric and soil pathways. In the background of rapid climate change in the future, the impacts of water constraints on grasslands are expected to further deepen. However, current studies lack reports exploring the frequency, intensity, and area of land-atmospheric compound drought on carbon indicators in grassland ecosystems. In this s…
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Compound drought constrains gross primary productivity in Chinese grasslands
Water constraints disturb and damage the growth and development of grassland vegetation mainly through both atmospheric and soil pathways. In the background of rapid climate change in the future, the impacts of water constraints on grasslands are expected to further deepen. However, current studies lack reports exploring the frequency, intensity, and area of land-atmospheric compound drought on carbon indicators in grassland ecosystems. In this s…
A high‐accuracy vegetation restoration potential mapping model integrating similar habitat and machine learning
Vegetation restoration potential (VRP) mapping provides important information for ecosystem restoration planning. However, the inappropriate assumption of traditional models that VRPs are identical within an individual similar habitat unit may result in low accuracy of VRP maps. This study proposes an improved data‐driven model, namely, the similar habitat and machine learning‐based VRP mapping (SHMLVRPM) model. This new model introduces a variet…
Disentangling climate-driven and anthropogenic activities-induced impacts on net ecosystem productivity in the Yunnan-Kweichow Plateau over the past two decades
The Yunnan-Kweichow Plateau (YKP), a representative ecologically fragile zone, is subject to dual pressures from intensified climate change and anthropogenic activities. The specific mechanisms of how Net Ecosystem Productivity (NEP) responds to these changes remain unclear, whose relative contributions remain poorly quantified. This study conducts spatiotemporal quantification analysis of NEP dynamics and influencing factors in the YKP from 2001…
Quantitative assessment of the potential benefits of global afforestation on ecosystem productivity
Accurately estimating the contribution of afforestation/deforestation to gross primary productivity (GPP) of an ecosystem is necessary to develop future afforestation policies. However, there is currently a lack of quantitative assessments of the potential consequences of afforestation and deforestation on GPP at a global scale. In this study, we used a 30 m high-resolution forest raster map and a satellite-driven GPP product to assess GPP differ…
Unanticipated cooling gains from afforestation in Southwestern China
Amid accelerating forest degradation and climate warming, afforestation is increasingly regarded as a strategic intervention to reconfigure land–atmosphere energy exchange. However, most existing studies have predominantly emphasized direct biophysical effects, namely surface cooling resulting from forest replacement of non-forest cover, while largely overlooking the indirect regulation caused by environmental feedbacks during forest expansion. T…
Soil Water and Nutrient Availability Drive Increased Bacterial Diversity and Metabolic Strategy Shifts Along a Desertification Reversal Sequence
Vegetation restoration is a primary strategy for reversing desertification in drylands, with its long‐term effectiveness heavily dependent on the recovery of soil microbial functions. However, how soil bacterial communities and their metabolic functions respond to continuous restoration gradients remains poorly understood. Here, we examined soil bacterial diversity, community composition, and predicted metabolic functions along a continuous resto…
Nutrient Addition Reduces Soil Autotrophic Respiration in the Desert Steppe of Northern China by Increasing the Abundance of Nitrogen Cycling Functional Genes
Soil respiration represents a key mechanism governing terrestrial carbon dynamics within grassland ecosystems. However, the mechanisms through which nitrogen (N) and phosphorus (P) inputs influence microbial traits and functional genes to regulate soil respiration remain insufficiently clarified, limiting the understanding of nutrient‐driven carbon processes in desert steppe ecosystems. This study implemented nutrient addition experiments in the …
A Remote Sensing‐Based Early Warning System for Desertification: Monitoring Spatiotemporal Dynamics and Identifying Risk Zones
Desertification, as a complex phenomenon in natural resource management, leads to land degradation, biodiversity loss, and soil quality decline, necessitating rigorous investigations. This study aimed to analyze the potential of satellite data in spatiotemporal monitoring of desertification risk and assess its impacts on ecosystems in Central Asian countries. In this study, remote sensing indices including Albedo, NDVI, NDWI, NDSI, and TGSI were …
Ecosystem (4 works) · Climate change (3 works) · Ecology (3 works) · Productivity (3 works) · Afforestation (2 works) · Agroforestry (2 works) · Biocrusts and Microbial Ecology (2 works) · Desertification (2 works) · Environmental Science (2 works) · Grassland (2 works)