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学者姓名：傅伟聪
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Urbanization is significantly affecting urban bird communities, and green spaces in urban river corridor parks provide important shelters and food sources for urban birds, which are important for maintaining the stability of urban ecosystems. This study used nine parks along the Min River in Fuzhou City as the research objects. The study sites were divided into three gradients, U1, U2, and U3, from high to low degrees of urbanization disturbance to explore the differences of bird communities in parks along the riverbanks in areas with different degrees of urbanization. The results showed that: (1) A total of 4941 birds of 78 species were recorded, belonging to 9 orders, 36 families, and 59 genera, with 73.03% of the bird species of the order Passeriformes and the U1 area having the largest number of omnivorous and upper-stratum guild birds. (2) The Shannon index and Chao1 index of birds in summer in the study site differed significantly from those of other seasons, and the species composition of bird communities varied significantly among different seasons. (3) Among the parks in areas with different degrees of urbanization, the highest bird diversity index was found in the U2 area, and there were seasonal differences in the beta-diversity of birds in the three parks with different degrees of urbanization disturbance. (4) Bird abundance was significantly and positively correlated with the Shannon diversity index and the Chao1 index of birds in parks along rivers but not significantly correlated with the Shannon diversity index and the Chao1 index in areas with high urbanization disturbance. Meanwhile, abundance was the key factor influencing the change in bird community structure. Overall, green spaces in urban river corridor parks play an important role in protecting urban biodiversity and species migration, and the protection and enhancement of bird populations are beneficial to improving biodiversity in riverine areas. Therefore, in the process of future urban development, relevant protection measures should be proposed and implemented according to the specific conditions of bird communities in different areas, especially in highly disturbed areas, where emphasis should be placed on the attraction of other bird species and the creation of habitats, and the reasonable mixing of garden plants planted to provide habitats and food resources for riverine organisms.
Keyword ：
Biodiversity Biodiversity Ecological river corridors Ecological river corridors Urban birds Urban birds Urbanization Urbanization
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| GB/T 7714 | Ding, Yinghong , Zheng, Dulai , Lin, Yuxin et al. Study on the characteristics of bird communities in urban river corridor parks and green spaces [J]. | ENVIRONMENT DEVELOPMENT AND SUSTAINABILITY , 2025 . |
| MLA | Ding, Yinghong et al. "Study on the characteristics of bird communities in urban river corridor parks and green spaces" . | ENVIRONMENT DEVELOPMENT AND SUSTAINABILITY (2025) . |
| APA | Ding, Yinghong , Zheng, Dulai , Lin, Yuxin , Li, Junyi , Fu, Weicong , Chen, Ziru et al. Study on the characteristics of bird communities in urban river corridor parks and green spaces . | ENVIRONMENT DEVELOPMENT AND SUSTAINABILITY , 2025 . |
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作为全球土地利用变化最主要的驱动力，城市化对生物多样性产生深远影响。蝴蝶作为评估环境质量变化的重要指示性物种之一，分析蝴蝶与城市环境因子之间的关系具有重要意义，有助于深入了解蝴蝶对城市环境的响应机制。研究利用波拉德漫步法收集蝴蝶数据，采用最大似然分类法对1m分辨率的高分2号遥感影像进行环境因子的分类与量化。随后通过斯皮尔曼相关性分析、多元线性回归模型和修正后的赤池信息准则等方法筛选出蝴蝶及不同科目蝴蝶与环境因子之间的最佳相关性模型。最后，通过主坐标分析和置换多元方差分析对不同主导生境的蝴蝶群落结构进行差异性比较。结果表明：1）公园周边的林地覆盖率和大型山地斑块对蝴蝶多样性具有积极作用，但大型山地斑块的提升更为显著；2）景观异质性对蝴蝶的丰富度和丰度皆有积极作用，但对丰度的提升更为明显；3）绿地周边的草地覆盖率对粉蝶科蝴蝶的丰富度和丰度皆有显著提升作用；蛱蝶科和灰蝶科的丰富度和丰度受景观异质性的影响更为明显；草地和水体占比对凤蝶科蝴蝶的多样性、丰富度和丰度有较明显的提升效果；4）蝴蝶群落结构的差异主要体现在以林地、草地、滨水为主导的三个生境与以不透水面、裸地为主导的生境之间；5）蛱蝶科和凤蝶科对生境的偏好存在异同点，而粉蝶科则更能适应更多样的生境类型。本文强调蝴蝶及其不同种群对环境因子的响应与蝴蝶的栖息偏好、行为特征和迁徙能力密切相关，深入了解不同蝴蝶种群对环境因子的响应差异对于提升城市绿地生态质量和种群保护具有重要意义。
Keyword ：
土地利用 土地利用 土地覆盖类型 土地覆盖类型 景观特征 景观特征 蝶类 蝶类 鳞翅目 鳞翅目
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| GB/T 7714 | 方文强 , 林晓倩 , 黎桐妍 et al. 福州城市滨水绿地蝴蝶群落多样性与环境因子的相关性 [J]. | 生态学报 , 2025 , (19) . |
| MLA | 方文强 et al. "福州城市滨水绿地蝴蝶群落多样性与环境因子的相关性" . | 生态学报 19 (2025) . |
| APA | 方文强 , 林晓倩 , 黎桐妍 , 黄靖凯 , 范师源 , 傅伟聪 . 福州城市滨水绿地蝴蝶群落多样性与环境因子的相关性 . | 生态学报 , 2025 , (19) . |
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Coupled grey and green infrastructure (CGGI) offers a promising pathway toward sustainable stormwater management in historic urban environments. This study compares CGGI and conventional grey infrastructure (GREI)-only strategies across four degrees of layout centralization (0%, 33.3%, 66.7%, and 100%) in the Quanzhou West Street Historic Reserve, China. Using a multi-objective optimization framework integrating SWMM simulations, life-cycle cost (LCC) modeling, and resilience metrics, we found that the decentralized CGGI layouts reduced the total LCC by up to 29.6% and required 60.7% less green infrastructure (GI) area than centralized schemes. Under nine extreme rainfall scenarios, the GREI-only systems showed slightly higher technical resilience (Tech-R: max 99.6%) than CGGI (Tech-R: max 99.1%). However, the CGGI systems outperformed GREI in operational resilience (Oper-R), reducing overflow volume by up to 22.6% under 50% network failure. These findings demonstrate that decentralized CGGI provides a more resilient and cost-effective drainage solution, well-suited for heritage districts with spatial and cultural constraints.
Keyword ：
coupled grey-green infrastructure coupled grey-green infrastructure green infrastructure green infrastructure life cycle cost life cycle cost resilience resilience spatial allocation spatial allocation stormwater management stormwater management
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| GB/T 7714 | Liu, Yongqi , Xiong, Ziheng , Wang, Mo et al. Decentralized Coupled Grey-Green Infrastructure for Resilient and Cost-Effective Stormwater Management in a Historic Chinese District [J]. | WATER , 2025 , 17 (15) . |
| MLA | Liu, Yongqi et al. "Decentralized Coupled Grey-Green Infrastructure for Resilient and Cost-Effective Stormwater Management in a Historic Chinese District" . | WATER 17 . 15 (2025) . |
| APA | Liu, Yongqi , Xiong, Ziheng , Wang, Mo , Zhang, Menghan , Adnan, Rana Muhammad , Fu, Weicong et al. Decentralized Coupled Grey-Green Infrastructure for Resilient and Cost-Effective Stormwater Management in a Historic Chinese District . | WATER , 2025 , 17 (15) . |
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Urban agriculture (UA) can enhance food system resilience while reducing carbon emissions linked to longdistance food transport. Yet assessing its production potential and mitigation benefits across diverse planting scenarios remains challenging. This study develops an integrated framework that combines GIS-based land suitability analysis, multi-criteria decision making (MCDM), and the Denitrification-Decomposition (DNDC) model. Using Fuzhou, China as a case study, the framework identifies fragmented yet suitable spaces for UA and evaluates crop-specific trade-offs under intensive, semi-intensive, and extensive planting scenarios. The results reveal that suitable land within the urban core is scarce, with only 41.32 hm2 (0.24%) classified as highly suitable, 139.82 hm2 (0.81%) as moderately suitable, and 1509.74 hm2 (8.7%) as slightly suitable. Scenario simulations show strong gradients in mitigation outcomes. Local vegetable cultivation could reduce CO2 emissions by 586.14 t under intensive planting, 2569.46 t under semi-intensive planting, and 23,985 t under extensive planting each year. Lettuce provides the largest transport-related reductions, tomato combines strong sequestration potential with higher production emissions, and potato contributes modestly but supports dietary diversity. The study highlights the value of integrating crop growth, transport avoidance, and production emissions in a multi-scenario framework. The findings provide policy-relevant insights for scaling UA, including the promotion of semi-intensive strategies, targeted crop allocation, and supportive measures such as rooftop utilization rules, carbon-credit incentives, and electrified logistics. More broadly, the framework offers transferable tools for cities seeking to align food security with carbon neutrality goals.
Keyword ：
Carbon reduction Carbon reduction Food miles Food miles Planting intensity Planting intensity Urban agriculture Urban agriculture Vegetable yield Vegetable yield
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| GB/T 7714 | Liu, Qunyue , Lin, Zhiqian , Chen, Taoyu et al. Estimating the vegetable yield and carbon reduction benefits of urban agriculture in Fuzhou based on planting intensity [J]. | SUSTAINABLE CITIES AND SOCIETY , 2025 , 133 . |
| MLA | Liu, Qunyue et al. "Estimating the vegetable yield and carbon reduction benefits of urban agriculture in Fuzhou based on planting intensity" . | SUSTAINABLE CITIES AND SOCIETY 133 (2025) . |
| APA | Liu, Qunyue , Lin, Zhiqian , Chen, Taoyu , Zhang, Ni , Ye, Zubin , Guo, Yourui et al. Estimating the vegetable yield and carbon reduction benefits of urban agriculture in Fuzhou based on planting intensity . | SUSTAINABLE CITIES AND SOCIETY , 2025 , 133 . |
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Urban biodiversity is directly influenced by land use; however, the role of land use is often overlooked in urban landscape design, particularly regarding the effects of landscape context and the synergistic interactions between land-use patches on biodiversity. Based on high-resolution (1 m) remote sensing (RS) imagery and a one-year field survey, in this study, we systematically examined the effects of various landscape environmental factors and land-use combinations on butterfly diversity within the urban riparian parks in Fuzhou (China), focusing on different families (namely, Lycaenidae, Nymphalidae, Papilionidae, Pieridae, and Riodinidae) and wingspan groups (small, medium, medium to large, and large). Multiple linear regression model (MLR) based on corrected Akaike information criterion (AICc) and the Geographical detector model (GD) were employed to quantify these effects. The results indicated that 1) the Abundance of Papilionidae and Nymphalidae were notably lower than those of Pieridae and Lycaenidae, but their Richness was high, necessitating targeted conservation measures. 2) Reducing the distance to high-quality regions could improve urban butterfly diversity. 3) Increasing the complexity of water-body boundaries within parks improved butterfly Richness and Abundance. 4) Larger butterflies exhibited greater sensitivity to woodland presence, water-body configuration, and connectivity with mountainous regions. 5) Increased complexity of water-body boundaries and the synergistic effects of woodland and grassland patches positively influenced the Richness of Papilionidae and Nymphalidae. 6) The combination of woodland, grassland, and water bodies significantly enhanced the diversity of different families and wingspan groups, with their synergistic effects and ecological preferences jointly influencing the spatial patterns of urban butterfly diversity. Overall, this study highlights the role of surrounding landscape and water-body configurations in improving urban butterfly diversity, while highlighting the potential of utilizing the synergistic effects of specific land-use combinations to further improve urban butterfly biodiversity. Aligning landscape patch configurations with the ecological needs of butterflies could support butterfly diversity in urban parks. Notably, our study can serve as a reference for the design and selection of butterfly-friendly green spaces.
Keyword ：
Landscape configuration Landscape configuration Lepidoptera Lepidoptera Patch resource Patch resource Riparian green space Riparian green space Urban butterfly diversity Urban butterfly diversity Wingspan Wingspan
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| GB/T 7714 | Fang, Wenqiang , Fu, Weicong , Chen, Zihao et al. Improving urban butterfly diversity and abundance through strategic consideration of patch resources and butterfly ecological preference [J]. | URBAN FORESTRY & URBAN GREENING , 2025 , 113 . |
| MLA | Fang, Wenqiang et al. "Improving urban butterfly diversity and abundance through strategic consideration of patch resources and butterfly ecological preference" . | URBAN FORESTRY & URBAN GREENING 113 (2025) . |
| APA | Fang, Wenqiang , Fu, Weicong , Chen, Zihao , Huang, Peilin , Peng, Shaolin , Zhou, Ting . Improving urban butterfly diversity and abundance through strategic consideration of patch resources and butterfly ecological preference . | URBAN FORESTRY & URBAN GREENING , 2025 , 113 . |
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The emergence of urban forest trails provides more opportunities for the public to access nature. Environmental health factors, as important elements in the forest natural environment, are important for improving public health and enhancing environmental well-being. However, the scientific understanding of the vegetation characteristics of urban forest trails influencing environmental health factors is still needed to be further explored. Based on the field survey, we selected Fu Forest Tail as the site and 21 sample sites were delineated to collect data on vegetation characteristics and environmental health factors. The effects of vegetation characteristics and their roles were explored using variance, correlation, ridge regression and interaction effect analysis. The results indicated some differences in the mechanisms of how vegetation characteristics affect different environmental health factors. Diameter at breast height, the percentage of evergreen trees, canopy density, leaf area index, and vegetation diversity are among those that have a substantial impact on environmental health factors, while interactions between vegetation characteristics could also have different significant effects on environmental health factors. These results reflect the key vegetation characteristics that affect the environmental health factors and can provide scientific guidance and theoretical basis for future urban forest trail planning and urban forestry construction.
Keyword ：
Airborne particulate matter Airborne particulate matter Climate comfort Climate comfort Negative air ions Negative air ions Sound environment Sound environment Urban forest trail Urban forest trail Vegetation characteristics Vegetation characteristics
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| GB/T 7714 | Liu, Fan , Hou, Wenwei , Zhang, Yanqin et al. The effects of urban forest trail vegetation characteristics on environmental health factors - A case study of Fuzhou, China [J]. | URBAN FORESTRY & URBAN GREENING , 2025 , 108 . |
| MLA | Liu, Fan et al. "The effects of urban forest trail vegetation characteristics on environmental health factors - A case study of Fuzhou, China" . | URBAN FORESTRY & URBAN GREENING 108 (2025) . |
| APA | Liu, Fan , Hou, Wenwei , Zhang, Yanqin , Liu, Jing , Fu, Weicong , Wang, Minhua et al. The effects of urban forest trail vegetation characteristics on environmental health factors - A case study of Fuzhou, China . | URBAN FORESTRY & URBAN GREENING , 2025 , 108 . |
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Urban parks play a crucial role in mitigating urban heat stress and maintaining ecological stability through their cold island effect (PCIE). However, studies examining how multidimensional urban morphology influences these effects, particularly from a diurnal perspective in island cities, remain limited. This study investigates 30 representative urban parks within a typical island city, exploring how two-dimensional and three-dimensional spatial morphological factors affect four key PCIE indicators: park cooling intensity (PCI), park cooling gradient (PCG), park cooling area (PCA) and park cooling efficiency (PCE) across different times of day and night. The results reveal that: (1) coastal zones exhibit significantly lower land surface temperature (LST) than inland zones, with peak LST occurring at 5:00 p.m.; (2) the four cold island indicators follow a diurnal pattern of 5:00 p.m. > 1:00 a.m. > 7:00 a.m.; (3) morphological construction factors-such as building density (BD) and built-up proportion (BP)-positively contribute to cooling effects at 7:00 a.m., while park perimeter (PP) enhances cooling performance at both 5:00 p.m. and 1:00 a.m. Additionally, vegetation characteristics surrounding parks, including the normalized difference vegetation index (NDVI) and green space proportion (GP), influence daytime cooling in directions opposite to those of the aforementioned construction-related factors. These findings offer valuable insights into the temporal dynamics and spatial determinants of urban park cooling in island cities, providing a scientific basis for scientifically informed park planning and contributing to healthier and more sustainable urban development.
Keyword ：
cold island effect cold island effect island city island city three-dimensional urban morphology three-dimensional urban morphology urban green space planning urban green space planning
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| GB/T 7714 | Wang, Jingjing , Wu, Yongshu , Li, Junyi et al. Exploring the Diurnal Dynamics Mechanism of the Cold Island Effect in Urban Parks of Island Cities: A Three-Dimensional Spatial Morphology Perspective [J]. | ATMOSPHERE , 2025 , 16 (10) . |
| MLA | Wang, Jingjing et al. "Exploring the Diurnal Dynamics Mechanism of the Cold Island Effect in Urban Parks of Island Cities: A Three-Dimensional Spatial Morphology Perspective" . | ATMOSPHERE 16 . 10 (2025) . |
| APA | Wang, Jingjing , Wu, Yongshu , Li, Junyi , Zhu, Zhipeng , Fu, Weicong , Ding, Guochang et al. Exploring the Diurnal Dynamics Mechanism of the Cold Island Effect in Urban Parks of Island Cities: A Three-Dimensional Spatial Morphology Perspective . | ATMOSPHERE , 2025 , 16 (10) . |
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Rapid urbanization has exacerbated the urban heat island (UHI) effect, while limited urban space restricts the implementation of blue-green space-based infrastructure for climate adaptation and urban cooling. To address this, the Cold Island Network (CIN) approach integrates cold island resources to enhance synergistic cooling effects within a holistic network. This study focuses on Fuzhou City, one of China's "top ten furnace cities." Using land surface temperature inversion, we analyzed the spatial characteristics of UHI. Based on Circuit Theory (CT), the CIN was constructed by integrating 2D and 3D urban indicators and anthropogenic heat data. The results showed that 217 Cold Island Core Sources, 324 cooling corridors, 76 cooling nodes along with 90 heating nodes were identified. The structural stability of the CIN under different scenarios were derived through complex network simulation and evaluation. Results show that the constructed CIN is resilient to interference, prioritizing high-centrality patches is a cost-effective way to enhance its robustness. Corridors and nodes were verified through satellite imagery and field surveys to ensure accuracy, based on which corridors were categorized to guide targeted planning strategies. Our results offer valuable insights into climate-resilient urban planning and UHI mitigation, contributing to urban sustainable development.
Keyword ：
Circuit theory Circuit theory Cold island effect Cold island effect Cold island network Cold island network Complex network theory Complex network theory Landscape connectivity Landscape connectivity Urban heat island mitigation Urban heat island mitigation
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| GB/T 7714 | Huang, Yankai , Huang, Jingkai , Huang, Yaling et al. A network approach to promoting cold island connectivity for mitigating the urban heat island effect: Key areas and targeted strategies [J]. | JOURNAL OF ENVIRONMENTAL MANAGEMENT , 2025 , 395 . |
| MLA | Huang, Yankai et al. "A network approach to promoting cold island connectivity for mitigating the urban heat island effect: Key areas and targeted strategies" . | JOURNAL OF ENVIRONMENTAL MANAGEMENT 395 (2025) . |
| APA | Huang, Yankai , Huang, Jingkai , Huang, Yaling , Li, Tongyan , Ran, Chengyu , Jin, Jiali et al. A network approach to promoting cold island connectivity for mitigating the urban heat island effect: Key areas and targeted strategies . | JOURNAL OF ENVIRONMENTAL MANAGEMENT , 2025 , 395 . |
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Ecosystems depend on biodiversity; therefore, protecting biodiversity is beneficial for the development of ecosystems. Butterflies are indicator species that respond quickly to environmental changes and reflect environmental conditions. Butterfly diversity is a crucial evaluation indicator of habitat quality in green spaces. We used CiteSpace and Bibliometrix to conduct a bibliometric analysis of research relating to butterfly diversity in green spaces. Based on 538 papers published from 2002-2022, we systematically reviewed the status, frontiers, and hotspots for research on butterfly diversity in green spaces. Our results showed that: (1) Research on butterfly diversity in green spaces has consistently demonstrated an upward trend between 2002-2022. Studies on this subject have garnered attention from researchers worldwide, with notable interest and contributions from scholars in the United States. (2) Early studies focused on butterfly habitat preferences and extinction concerns, and later articles appeared on the influence of external environmental factors (land use, climate change, plants, etc.). (3) Three main research topics received much attention between 2002 and 2022: biodiversity conservation, butterfly habitats, and the relationship between butterfly diversity and its influencing factors. (4) The relationship between green spaces and butterfly diversity (landscape features, vegetation features, and human activities) was discussed; these factors on butterfly communities should be considered in the planning and constructing of future green spaces. (5) Two significant future directions have been identified: more research on the impact of external factors and a need for more technical integration with the big data field. Future research on butterfly diversity in green spaces should adopt a more multi-scale, multi-disciplinary approach and aim to enhance the practicality and guidance of research findings.
Keyword ：
Biodiversity conservation Biodiversity conservation Butterfly diversity Butterfly diversity CiteSpace CiteSpace Green space Green space Quantitative analysis Quantitative analysis
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| GB/T 7714 | Lin, Ying , Huang, Shanjun , Fang, Wenqiang et al. Progress and evolution of hotspots in butterfly diversity research in green spaces [J]. | ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH , 2024 . |
| MLA | Lin, Ying et al. "Progress and evolution of hotspots in butterfly diversity research in green spaces" . | ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH (2024) . |
| APA | Lin, Ying , Huang, Shanjun , Fang, Wenqiang , Fan, Shiyuan , Ran, Chengyu , Dang, Emily et al. Progress and evolution of hotspots in butterfly diversity research in green spaces . | ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH , 2024 . |
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【目的】既有的遗产景观感知研究多存在数据类型单一且融合度不足、机器学习等新技术方法应用尚不充分等问题，制约了遗产景观感知研究的维度与深度，因此亟待探索多模态数据有效融合的新方法及多种机器学习模型集成的新技术。【方法】以福建泉州世界文化遗产的12处遗产点为对象，基于100 292份有效网络图文数据，通过系统集成潜在狄利克雷分配（latent Dirichlet allocation, LDA）主题聚类模型、多模态统一（one-for-all, OFA）图像描述模型和长短期记忆网络（long short-term memory,LSTM）情感分析模型等机器学习技术方法，从遗产点热度时空演变、遗产景观感知维度、遗产景观感知网络、遗产景观感知情感倾向4个方面进行景观感知研究。【结果】1）在遗产点热度时空演变上，遗产点热度与游客景观感知度受政策与事件驱动呈协同快速增长趋势，但存在显著的时空差异性，梯度由“高—低”两阶向“高—中—低”三阶过渡。2）在遗产景观感知维度与遗产景观感知网络上，多元融合是景观感知的文化内核，并衍生出层次丰富、以文化价值为主导的景观感知体系。遗产景观感知维度有三大类、七小类，涵盖共性及差异化感知内容；整体上，12处遗产点主题数量占比为文化价值>风景游赏>特色体验>物质载体；各遗产点差异显著，形成由各感知维度主导的4类群组。遗产景观感知高频词分布在物质载体、风景游赏、文化价值3个维度；语义网络呈“中心区域—边缘区域”结构，且中心均质、边缘松散；4个语义网络集群与LDA主题聚类感知维度匹配度高。3）在遗产景观感知情感倾向上，游客有效感知到了泉州世界文化遗产景观及其深厚的历史文化底蕴与遗产属性。遗产景观感知情感倾向整体为中性偏积极，且文本情感倾向比图像描述文本更积极；各遗产点情感指数差异大，可达性、聚集度是根本影响因素，文化科普宣传、服务与配套设施是重要影响因素。【结论】有效融合了网络图文多模态数据及多种机器学习模型，探索出遗产景观感知量化研究的新方法，解决了既有研究数据类型单一且融合度不足、机器学习等新技术方法应用尚不充分等问题。
Keyword ：
世界遗产 世界遗产 景观感知 景观感知 机器学习 机器学习 泉州 泉州 网络图文数据 网络图文数据 遗产景观 遗产景观
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| GB/T 7714 | 任维 , 李巧婷 , 詹开元 et al. 基于机器学习的福建泉州世界文化遗产景观感知研究 [J]. | 风景园林 , 2024 , 31 (11) : 120-129 . |
| MLA | 任维 et al. "基于机器学习的福建泉州世界文化遗产景观感知研究" . | 风景园林 31 . 11 (2024) : 120-129 . |
| APA | 任维 , 李巧婷 , 詹开元 , 傅伟聪 . 基于机器学习的福建泉州世界文化遗产景观感知研究 . | 风景园林 , 2024 , 31 (11) , 120-129 . |
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