Jun-Mao Zhang
Biographic Data
| ID | 4416587 |
|---|---|
| NAME | Jun-Mao Zhang |
| GIVEN NAMES | Jun-Mao |
| FAMILY NAME | Zhang |
| SIGNATURE | ZHANG J |
| AFFILIATIONS | Chinese Academy of Sciences |
| ORCID | 0000-0002-2987-5623 |
| VERIFIED | Yes |
| TOTAL WORKS | 8 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 8 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2022 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 0 |
Decoding health burdens of ground-level ozone exposure in megacities through a 5-year spatiotemporal analysis of Shenzhen, China
Diverging vegetation phenology responses between urban cores and suburbs in 233 Chinese cities
Intensifying drought threatens the heat-regulating capacity of urban vegetation
Urban vegetation is critical in regulating urban heat, yet the stability of this regulatory effect under drought has not been well measured at a global scale. Using satellite observations during 2003–2024 across 2911 cities, we found that vegetation greening reduced urban land surface temperature (LST) with the strongest global mean daytime reduction of 0.405°C in summer and the weakest of 0.066°C in winter. Nighttime effects were weaker, averagi…
Variation characteristics and segment differences of urban heat exposure risk in continuous time series
Zoning effect on urban heat exposure risk
Green space exposure inequality between diverse age and gender groups in rapid urbanization area
Spatiotemporal dynamic mapping of heat exposure risk for different populations in city based on hourly multi-source data
Explicit dynamic and continuous mapping of heat exposure risk (HER) is a vital support for the long-term livability and sustainable management of cities but is rare given the current lack of precisely matching risk-component data. Here, geographic data (rooftops and elevation) and demographic data, particularly the time-matched air temperature data and mobile signaling data both covering 744 periods in one complete month, were used to develop an …
Exploring the Relationship between the Spatial Distribution of Different Age Populations and Points of Interest (POI) in China
Population spatialization data is crucial to conducting scientific studies of coupled human–environment systems. Although significant progress has been made in population spatialization, the spatialization of different age populations is still weak. POI data with rich information have great potential to simulate the spatial distribution of different age populations, but the relationship between spatial distributions of POI and different age popul…
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Exploring the Relationship between the Spatial Distribution of Different Age Populations and Points of Interest (POI) in China
Population spatialization data is crucial to conducting scientific studies of coupled human–environment systems. Although significant progress has been made in population spatialization, the spatialization of different age populations is still weak. POI data with rich information have great potential to simulate the spatial distribution of different age populations, but the relationship between spatial distributions of POI and different age popul…
Spatiotemporal dynamic mapping of heat exposure risk for different populations in city based on hourly multi-source data
Explicit dynamic and continuous mapping of heat exposure risk (HER) is a vital support for the long-term livability and sustainable management of cities but is rare given the current lack of precisely matching risk-component data. Here, geographic data (rooftops and elevation) and demographic data, particularly the time-matched air temperature data and mobile signaling data both covering 744 periods in one complete month, were used to develop an …
Zoning effect on urban heat exposure risk
Green space exposure inequality between diverse age and gender groups in rapid urbanization area
Decoding health burdens of ground-level ozone exposure in megacities through a 5-year spatiotemporal analysis of Shenzhen, China
Diverging vegetation phenology responses between urban cores and suburbs in 233 Chinese cities
Intensifying drought threatens the heat-regulating capacity of urban vegetation
Urban vegetation is critical in regulating urban heat, yet the stability of this regulatory effect under drought has not been well measured at a global scale. Using satellite observations during 2003–2024 across 2911 cities, we found that vegetation greening reduced urban land surface temperature (LST) with the strongest global mean daytime reduction of 0.405°C in summer and the weakest of 0.066°C in winter. Nighttime effects were weaker, averagi…
Variation characteristics and segment differences of urban heat exposure risk in continuous time series
Urban Heat Island Mitigation (5 works) · Climate Change and Health Impacts (3 works) · Geography (3 works) · Population (3 works) · Air Quality and Health Impacts (2 works) · Cartography (2 works) · China (2 works) · Climate change (2 works) · Demography (2 works) · Engineering (2 works)