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Wenyu Wei

Biographic Data

ID6571399
NAMEWenyu Wei
GIVEN NAMESWenyu
FAMILY NAMEWei
SIGNATUREWEI W
AFFILIATIONSLanzhou University
ORCID0000-0002-4050-3521
VERIFIEDYes
TOTAL WORKS6
TOTAL CITATIONS4
AUTHOR COUNT6
EDITOR COUNT0
FIRST PUBLICATION YEAR2008
LATEST PUBLICATION YEAR2026
H-INDEX1
  • Sophisticated millet-pig agriculture fueled asynchronous social complexity in the Neolithic Chinese Loess Plateau

    Open Access•Jiajia Dong, Guoke Chen et al.•ARTICLE•Journal of Archaeological Science•2026

  • Animal exploitation transformations in relation to geopolitical shifts from the Zhou to Han Dynasty in the Yellow River valley, China

    Open Access•Xin Wang, Jiajia Dong et al.•ARTICLE•The Holocene•2026•References: 7

    Spatio-temporal changes in animal exploitation strategies and their influencing factors in the Yellow River valley in China have been extensively reviewed, particularly during the Neolithic to Bronze Age (~8000–1000 BCE). The Zhou to Han Dynasty (1046 BCE–220 CE) witnessed transitions from the era of kingdoms to the imperial age, as well as prehistoric transcontinental exchanges to opening of the Silk Road. However, the importance of geopolitical…

  • Identification and Analysis of Ecological Corridors in the Central Urban Area of Xuchang Based on Multi-Source Geospatial Data

    Open Access•Wenyu Wei, Shaohua Wang et al.•ARTICLE•ISPRS International Journal of…•2024

    With the development of ecological civilization construction, urban planning and development in China have entered a phase in which optimizing and constructing ecological spaces is required. As a national livable city, Xuchang has experienced rapid economic development in recent years, leading to significant urban expansion that has impacted the layout of ecological space networks in the central urban area and its surroundings. Therefore, identif…

  • Nutrients and sea surface temperature drive harmful algal blooms in China’s coastal waters over the past decades

    Open Access•Wenyu Wei, Yue Han et al.•ARTICLE•Environmental Research Letters•2023

    Eutrophication under climate change is well known to affect the community, productivity, and distribution of phytoplankton. However, the specific drivers of harmful algal blooms (HABs) in coastal China are not fully understood. Using HAB observed data since 1981, we quantified the distribution changes in HABs and estimated key environmental drivers (e.g. nutrients, sea surface temperature (SST), and precipitation) of HABs in China’s near seas. Af…

  • The impact of early trans-Eurasian exchange on animal utilization in northern China during 5000–2500 BP

    Open Access•G Dong, Linyao Du et al.•ARTICLE•The Holocene•2020•Cited by: 4•References: 18

    Transcontinental exchange emerged and intensified in northern China since the late fifth millennium BP (Before present), especially in the arc, which was the core area of the eastern part of the trans-Eurasian exchange during the Late Neolithic and the Bronze Age. In the arc, the exchange profoundly affected the human subsistence strategy and human-environment relationship. Relative to the crop patterns and human diets during the Bronze Age in no…

  • Geochronology of Ailuropoda–Stegodon fauna and Gigantopithecus in Guangxi Province, southern China

    Open Access•W J Rink, Wenyu Wei et al.•ARTICLE•Quaternary Research•2008

    Pleistocene faunas from south China are difficult to subdivide based on the long temporal ranges of many taxa and a reduced number of genera in comparison to faunas from temperate north China. In south China, the Ailuropoda–Stegodon fauna is a very general one and includes a relatively stable suite of genera that apparently persisted for long periods of time. These attributes have made constraining its time range difficult. Application of electro…

  • The impact of early trans-Eurasian exchange on animal utilization in northern China during 5000–2500 BP

    Open Access•G Dong, Linyao Du et al.•ARTICLE•The Holocene•2020•Cited by: 4•References: 18

    Transcontinental exchange emerged and intensified in northern China since the late fifth millennium BP (Before present), especially in the arc, which was the core area of the eastern part of the trans-Eurasian exchange during the Late Neolithic and the Bronze Age. In the arc, the exchange profoundly affected the human subsistence strategy and human-environment relationship. Relative to the crop patterns and human diets during the Bronze Age in no…

  • Geochronology of Ailuropoda–Stegodon fauna and Gigantopithecus in Guangxi Province, southern China

    Open Access•W J Rink, Wenyu Wei et al.•ARTICLE•Quaternary Research•2008

    Pleistocene faunas from south China are difficult to subdivide based on the long temporal ranges of many taxa and a reduced number of genera in comparison to faunas from temperate north China. In south China, the Ailuropoda–Stegodon fauna is a very general one and includes a relatively stable suite of genera that apparently persisted for long periods of time. These attributes have made constraining its time range difficult. Application of electro…

  • The impact of early trans-Eurasian exchange on animal utilization in northern China during 5000–2500 BP

    Open Access•G Dong, Linyao Du et al.•ARTICLE•The Holocene•2020•Cited by: 4•References: 18

    Transcontinental exchange emerged and intensified in northern China since the late fifth millennium BP (Before present), especially in the arc, which was the core area of the eastern part of the trans-Eurasian exchange during the Late Neolithic and the Bronze Age. In the arc, the exchange profoundly affected the human subsistence strategy and human-environment relationship. Relative to the crop patterns and human diets during the Bronze Age in no…

  • Nutrients and sea surface temperature drive harmful algal blooms in China’s coastal waters over the past decades

    Open Access•Wenyu Wei, Yue Han et al.•ARTICLE•Environmental Research Letters•2023

    Eutrophication under climate change is well known to affect the community, productivity, and distribution of phytoplankton. However, the specific drivers of harmful algal blooms (HABs) in coastal China are not fully understood. Using HAB observed data since 1981, we quantified the distribution changes in HABs and estimated key environmental drivers (e.g. nutrients, sea surface temperature (SST), and precipitation) of HABs in China’s near seas. Af…

  • Identification and Analysis of Ecological Corridors in the Central Urban Area of Xuchang Based on Multi-Source Geospatial Data

    Open Access•Wenyu Wei, Shaohua Wang et al.•ARTICLE•ISPRS International Journal of…•2024

    With the development of ecological civilization construction, urban planning and development in China have entered a phase in which optimizing and constructing ecological spaces is required. As a national livable city, Xuchang has experienced rapid economic development in recent years, leading to significant urban expansion that has impacted the layout of ecological space networks in the central urban area and its surroundings. Therefore, identif…

  • Sophisticated millet-pig agriculture fueled asynchronous social complexity in the Neolithic Chinese Loess Plateau

    Open Access•Jiajia Dong, Guoke Chen et al.•ARTICLE•Journal of Archaeological Science•2026

  • Animal exploitation transformations in relation to geopolitical shifts from the Zhou to Han Dynasty in the Yellow River valley, China

    Open Access•Xin Wang, Jiajia Dong et al.•ARTICLE•The Holocene•2026•References: 7

    Spatio-temporal changes in animal exploitation strategies and their influencing factors in the Yellow River valley in China have been extensively reviewed, particularly during the Neolithic to Bronze Age (~8000–1000 BCE). The Zhou to Han Dynasty (1046 BCE–220 CE) witnessed transitions from the era of kingdoms to the imperial age, as well as prehistoric transcontinental exchanges to opening of the Silk Road. However, the importance of geopolitical…

Archaeology and ancient environmental studies (4 works) · China (4 works) · Geography (4 works) · Pleistocene-Era Hominins and Archaeology (4 works) · Biology (3 works) · Ecology (3 works) · Agriculture (2 works) · Archaeology (2 works) · Environmental Science (2 works) · Geology and Paleoclimatology Research (2 works)

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