Ping Zuo

Nanjing University

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Lachun Wang

Nanjing University

Shuhe Zhao

University of Science and Technology Beijing

Jiaxun Guo

State Key Joint Laboratory of Environment Simulation and Pollution Control

Ye Pan

Jiangsu Maritime Institute

Changan Liu

Chinese Academy of Sciences

Long Yang

Beijing Satellite Navigation Center

Chunhong Wang

Anhui Transport Consulting & Design Institute (China)

Yu‐Jun Zheng

Hangzhou Normal University

Yun Li

Nanjing University

Youpeng Xu

Nanjing University

Cooperative Institutions

Nanjing University

Ministry of Natural Resources

Jiangsu Center for Collaborative Innovation in Geographical Information Resource Development and Application

Shanghai Jiao Tong University

Chinese Academy of Sciences

Collaborative Innovation Center of Advanced Microstructures

Wuhan University

Zhejiang University of Technology

Zhengzhou University

Shanxi Agricultural University

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Impact of landscape patterns on ecological vulnerability and ecosystem service values: An empirical analysis of Yancheng Nature Reserve in China

Ecological Indicators (2016)

Zheng Zang Xinqing Zou Ping Zuo Qiaochu Song Chenglong Wang

Vulnerability

10.1016/j.ecolind.2016.08.019

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Citations (132)

Accumulation and wash-off characteristics of surface pollutant and identification of risk areas on urban land uses in a lakeside city, Wuxi, China

Urban Water Journal (2019)

Jiaxun Guo Ye Pan Ping Zuo Yunyun Xu Qingqing Wang

This paper selected administration and public services, residential areas, roads, green space, parking areas, industrial areas and commercial and business facilities in Wuxi city, China, to analyze the characteristics of pollution accumulation, wash-off and potential risk areas of pollutants over different urban land uses and pavement surface materials. Results showed that green space, residential areas and roads sequestrated higher pollutants than that of other land uses. Materials of masonry and cement pavement accumulated higher pollutant concentration than that on the marble and asphalt pavement. The potential risk areas of non-point source pollution were located in the old residential areas in the downtown region. The results of wash-off simulation showed that the first flushing effect was obvious during the initial period of rainfall. Eighty percent of the accumulative total nitrogen or total suspended solid could be washed-off during the first 25.6–50.2% period of the rainfall events.

Commercial area

Downtown

Urban area

10.1080/1573062x.2019.1669193

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Citations (12)

Determining nitrate sources in storm runoff in complex urban environments based on nitrogen and oxygen isotopes

The Science of The Total Environment (2022)

Jiaxun Guo Ping Zuo Long Yang Lachun Wang Hong Yang

First flush

Urban runoff

10.1016/j.scitotenv.2022.155680

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Citations (17)

A comparison of the sustainability of original and constructed wetlands in Yancheng Biosphere Reserve, China: implications from emergy evaluation

Environmental Science & Policy (2004)

Ping Zuo Shu Wen Wan Pei Qin DU Jin-Jin Hui Wang

Emergy

Flyway

10.1016/j.envsci.2004.05.001

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Citations (69)

Quantitative identification of non-point sources of nitrate in urban channels based on dense in-situ samplings and nitrate isotope composition

Chemosphere (2020)

Jiaxun Guo Ping Zuo Long Yang Ye Pan Lachun Wang

Urban stream

Point source pollution

Apportionment

δ15N

10.1016/j.chemosphere.2020.128219

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Citations (33)

Assessing Spatiotemporal Patterns and Wind-Driven Dispersal of E.prolifera in the South Yellow Sea by Multi-Index Decision Fusion in South Yellow Sea, China

Research Square (Research Square) (2024)

Kai Luo Ping Zuo Qitong Ma Yu‐Jun Zheng Xiruo Li

Abstract Since 2007, the coastal areas of Shandong have frequently experienced green tides caused by Enteromorpha prolifera (E.prolifera). Our study utilized long-term MODIS remote sensing data and multi-index decision fusion technology to analyze the distribution of E.prolifera in the South Yellow Sea from 2008 to 2022. This approach enabled us to detail the spatiotemporal distribution, including data on centroid movement paths and coverage areas. Further application of Moran's Index for spatial autocorrelation analysis revealed four distinct drift patterns of E.prolifera, stretching from the coast of Jiangsu Province to the Shandong Peninsula. These patterns are significantly influenced by the wind speed and direction in the region, with the maximum centroid drift speed dependent on the wind's magnitude. Before 2018, the coverage area and distribution range of E.prolifera showed an exponential expansion trend. This research provides essential spatiotemporal data for understanding the drift dynamics and ecological impact of E.prolifera in the region.

Shandong peninsula

Peninsula

10.21203/rs.3.rs-4661029/v1

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Karst environment and eco-poverty in southwestern China: A case study of Guizhou Province

Chinese Geographical Science (2004)

Lachun Wang Dowon Lee Ping Zuo Yinkang Zhou Youpeng Xu

Desertification

Environmental degradation

Vulnerability

10.1007/s11769-004-0004-4

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Citations (18)

Distribution of Spartina spp. along China's coast

Ecological Engineering (2012)

Ping Zuo Shuhe Zhao Changan Liu Chunhong Wang Yubo Liang

Spartina alterniflora

Salt marsh

Spartina

10.1016/j.ecoleng.2011.12.014

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Citations (164)

Asynchronous Changes in Vegetation Greenness and Climate Variables Isolines During 1986–2020 Over the Tibetan Plateau

Geophysical Research Letters (2025)

Yudi Guo Mousong Wu Long Yang Ping Zuo

Abstract Vegetation greenness on the Tibetan Plateau has benefited from climate‐driven temperature and precipitation changes over the past decades. Whether and to what extent the horizontal and vertical shifts of vegetation isolines keep pace with the temperature and precipitation isolines, as well as hidden mechanisms remain elusive. Analyzing the greenness and climate data over 1986–2020, our study reveals widespread mismatch, with 76.9% (87.1%) of horizontal greenness isolines lagged or diverged from temperature (precipitation) isolines. Similarly, 55.8% (77.9%) of vertical isolines showed lagging or diverging patterns relative to temperature (precipitation) isolines. Horizontal shifts in vegetation isolines were influenced by slope, precipitation and grazing intensity; while their vertical shifts were primarily driven by water‐related factors that mitigate warming effects. The drivers responsible for asynchronous responses provide predictive understandings of alpine vegetation dynamics under a changing climate.

10.1029/2024gl111652

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Coastal Wetlands of China: Changes from the 1970s to 2007 Based on a New Wetland Classification System

Estuaries and Coasts (2012)

Ping Zuo Yun Li Changan Liu Shuhe Zhao Daoming Guan

10.1007/s12237-012-9575-y

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Citations (29)