Study on the Influence of Shawan River Interception and Drainage Project on Flood Control and Drainage of Shawan River and Shenzhen Reservoir by CHEN Ligui, LI Tianxiao

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Simulation and prediction of the expansion of OpenStreetMap building data based on the Markov-FLUS model in Shenzhen, China by Sidan Chen, Lingjia Liu, Kaixiang Li, Xiaohui Ding, Wei Jiang

“…The results indicate that by 2027, the growth rates of OSM buildings in Luohu and Longhua districts in Shenzhen will exceed 40%, with other areas growing by over 25%. …”
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Assessing the Geological Environment Resilience Under Seawater Intrusion Hazards: A Case Study of the Coastal Area of Shenzhen City by Dong Su, Jinwei Zhou, Maolong Huang, Wenlong Han, Aiguo Li, Enzhi Wang, Xiangsheng Chen

“…This method is used to evaluate the GER level of the coastal areas of Shenzhen in recent years under the impact of SWI hazards. …”
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Changing Trends in Meteorological Elements and Reference Evapotranspiration in a Mega City: A Case Study in Shenzhen City, China by Haijun Liu, Xian Zhang, Liwei Zhang, Xuming Wang

“…Shenzhen city was a farmland region before 1978, and it then developed to a mega city in China. …”
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Report of the Special-purpose Committee on Names of Fungi with the Same Epithet, established at the XIX International Botanical Congress in Shenzhen, China by James K. Mitchell, David L. Hawksworth, Shaun R. Pennycook

“…Abstract A Special-purpose Committee on Fungal Names with the Same Epithet was established at the XIX International Botanical Congress (IBC) in Shenzhen, China in 2017, with a mandate to report to the 12th International Mycological Congress (IMC) with recommendations on a preferred course of action with respect to names of pleomorphic fungi sharing the same epithet under the International Code of Nomenclature for algae, fungi, and plants. …”
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Research on Calculation Method of “Gantry” Anti-floating Structure Underneath a River Channel in Shenzhen Metro Line 9 by LU Bin, WANG Guojian

“…A river channel in Shenzhen intersects with the tunnel of Metro Line 9 vertically,with the overburden thickness of 1.87 m only,and “gantry” pile raft structure to assist anti-floating.This paper simplifies the force model of the “gantry” anti-floating pile raft structure,analyzes the internal force and displacement of the structure with the structural mechanics method,and verifies and rechecks them by the finite element method.The results show that the bending moment of “gantry” pile raft obtained by the structural mechanics is similar to that calculated by the finite element method,and the shear force and displacement are larger than those calculated by the finite element method.The “gantry” anti-floating pile raft structure is widely used.In addition,the calculation method in this paper can provide a reference for similar projects.…”
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Parameter Analysis on Hardening Soil Model of Soft Soil for Foundation Pits Based on Shear Rates in Shenzhen Bay, China by Yanbin Fu, Siyue He, Sizhan Zhang, Yong Yang

“…In this paper, relevant parameters of the HS model in Shenzhen Bay in China were studied through one-dimensional consolidation tests and triaxial shear tests. …”
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Multi-Scale Spatio-Temporal Evolution Characteristics and Influencing Factors of Jobs-Housing Balance in Shenzhen in the Context of COVID-19 Pandemic by Duan Lipeng, Gu Zhihui, Zhang Yan, Liu Qian

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Discovering the Graph-Based Flow Patterns of Car Tourists Using License Plate Data: A Case Study in Shenzhen, China by He Bing, Kong Bo, Yin Ling, Wu Qin, Hu Jinxing, Huang Dian, Ma Zhanwu

“…This paper takes Dapeng Island located in Shenzhen as the study area and uses the car recognition devices to collect traffic flow. …”
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Take more Effort into Water Resources Protection and Utilization, and Open a New Chapter of "Ecological Water" and "Water for People" in Shenzhen by CHEN Xiao-yun, JIN Ke-li

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Healthcare-seeking delays and associated factors among immigrant patients with acute ischaemic stroke in Shenzhen: a retrospective observational study by Qingshi Zhao, Changyu Li, Zongbi Wu, Youli Jiang, Yanfeng Li

“…Objective To examine healthcare-seeking delays among immigrant patients with acute ischaemic stroke (AIS), identifying key factors contributing to these delays and proposing evidence-based interventions for policy formulation and research.Design A retrospective observational study analysing healthcare-seeking behaviours and delay times among immigrant patients with AIS treated at the Department of Neurology, Longhua District People’s Hospital, Shenzhen, from December 2021 to October 2023. The study included 1356 patients with AIS, all part of the immigrant population as defined by Shenzhen Statistical Yearbook criteria. …”
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A Multiscale Approach for Free-Float Bike-Sharing Electronic Fence Location Planning: A Case Study of Shenzhen City by Zhonghua Wei, Houqiang Ma, Yunxuan Li

“…A case study is conducted using a local area free-float bike-sharing dataset from Shenzhen city to validate the effectiveness of the proposed method. …”
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Method for Evaluating Urban Building Renewal Potential Based on Multimachine Learning Integration: A Case Study of Longgang and Longhua Districts in Shenzhen by Dengkuo Sun, Yuefeng Lu, Yong Qin, Miao Lu, Zhenqi Song, Ziqi Ding

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Prevalence of Site-Specific Mycoplasma genitalium Infection and Macrolide and Fluoroquinolone-Associated Mutations in Men Who Have Sex with Men in Shenzhen, China by Leng X, Zhu R, Ao X, Zhou Y, Zhang K, Hu T, Wu J, Chen Z, Huang L, Huang N, Li X, Ahmed Alnour R, Xue Z, Zhang X, Liu H, Axirejiang T, Ke W, Zou H

“…We aimed to assess site-specific MG infection and its correlates and macrolide and fluoroquinolones mutations among men who have sex with men (MSM) in Shenzhen, China.Methods: Samples were obtained from different anatomic sites of MSM based on their sexual behavior. …”
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Identification of Working Trucks and Critical Path Nodes for Construction Waste Transportation Based on Electric Waybills: A Case Study of Shenzhen, China by Jun Bi, Qiuyue Sai, Fujun Wang, Yakun Chen

“…Finally, a case study is conducted based on the Shenzhen construction waste transportation system. …”
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Spirometra (Pseudophyllidea, Diphyllobothriidae) Severely Infecting Wild-Caught Snakes from Food Markets in Guangzhou and Shenzhen, Guangdong, China: Implications for Public Health by Fumin Wang, Weiye Li, Liushuai Hua, Shiping Gong, Jiajie Xiao, Fanghui Hou, Yan Ge, Guangda Yang

“…The results indicated that Spirometra severely infected snakes in food markets in Guangzhou and Shenzhen, implying that eating snakes has great health risk and improper cooking methods may increase the risk of Spirometra infection in humans in China. …”
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Application of MIKE FLOOD Model in Drainage Schemes for High-density Built-up Areas: Taking the Southern Region of Fuhai River in Shenzhen as an Example by YAN Hengheng, LU Qiaohui

“…To effectively solve the flooding problem in urban high-density built-up areas and accurately determine drainage schemes for these areas, this paper introduces the MIKE FLOOD model and takes the southern region of Fuhai River in Shenzhen as the research object. The study simulates and analyzes the waterlogging condition and river overtopping condition of the study area under flood-dominated and tide-dominated scenarios by current scheme, centralized drainage scheme and decentralized drainage scheme. …”
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Ecological Reconstruction of Rain-source Rivers after Sewage Interception in Highly Intensive Development Areas — A Case Study of Longgang River in Shenzhen by CHEN Yu, YANG Xiuchun, WANG Cong, XU Shengjun, WANG Jinglin

“…The Longgang River in Shenzhen is a representative of the rain-source rivers in highly intensive open areas.In recent years,Shenzhen has carried out sewage interception reconstruction along the Longgang River Basin.Although the water quality of the basin was improved,the reconstruction of the river's ecosystem has been neglected,resulting in spatially discontinuous transverse and longitudinal sections,damaged biological habitats,and a degraded biological community structure.A technology system for combined ecological river reconstruction is developed to provide technical support for the reconstruction of rain-source rivers featuring natural channel imitation,restoration of aquatic habitats,and ecological construction of riverside landscape corridors.The overall idea and technical framework of ecological reconstruction proposed in this paper can fully support the construction of a comprehensive demonstration zone for the reconstruction of aquatic ecological and healthy habitats in Shenzhen.Specifically,substantial increases are achieved in the species and diversity of aquatic organisms in the Longgang River Basin (an increase of 82.7% in species abundance and one of 46.5% in the diversity index),with intolerant species of benthic animals observed and the number of indigenous fish increased.The research results provide engineering samples for the ecological reconstruction of rain-source rivers in highly intensive development areas.…”
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OTN+5G education private network empowers digital transformation－－taking the construction of education private network in Bao’an District, Shenzhen as an example by XIAO Chunguang

“…In order to solve the problems of insufficient campus bandwidth, unstable links, and poor application in the process of digital transformation of education, Bao’an District of Shenzhen plans to promote the construction of OTN+5G education private network, proposing the overall planning and design ideas of education private network. …”
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Simulation of Rainfall Runoff and Pollution Control by Sponge City Based on SWMM— A Case Study of Sponge Demonstration Area in Guangming District, Shenzhen by LU Qiaohui, HUANG Yilong, PENG Zhiren

“…In order to quantitatively study the control effects of sponge city construction on runoff volume and runoff pollution,taking the sponge demonstration area in Guangming District,Shenzhen as the example,this paper simulates and analyzes the rainfall runoff process under the normal year and rainfall events of different return periods based on SWMM model.The conclusions are as follows:① Sponge city construction could significantly benefit the reduction of runoff volume and runoff pollution,but the effects would decrease if lacking the follow-up maintenance for sponge facilities.② Sponge facilities could evidently reduce the runoff volume and runoff pollution with rainfall return periods less than 5 years.Otherwise,the effects on runoff volume reduction,runoff peak delay,peak runoff volume reduction and suspended solid (SS) removal would weaken.③With the increase of the rainfall intensity,the final SS concentration would decrease under the dual action of sponge and rainfall runoff.The results show that degraded sponge facilities could restrain the control effects on rainfall runoff,which are of significance for sponge city construction and maintenance.…”
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