Summary： Data communication and sharing of five level network of Public Health Information System, i.e. nation, province, district （city）, county, and town, as far as to the countryside level were described, and ho...Summary： Data communication and sharing of five level network of Public Health Information System, i.e. nation, province, district （city）, county, and town, as far as to the countryside level were described, and how to apply the three solutions, i.e. Access VPN, Intranet VPN, and Extranet VPN of VPN technique to achieve the appropriation of the public network was also presented.展开更多
【目的】不同于以往单纯的理论研究,通过构建多元化的评估体系并进行实地调研,了解公众对城市荒野的认知状况,提出符合实际的解决策略,为成都市荒野化公园的后续发展及公园城市生态景观建设提供参考。【方法】通过文献研究法和专家咨询...【目的】不同于以往单纯的理论研究,通过构建多元化的评估体系并进行实地调研,了解公众对城市荒野的认知状况,提出符合实际的解决策略,为成都市荒野化公园的后续发展及公园城市生态景观建设提供参考。【方法】通过文献研究法和专家咨询法建立评估体系,采用公众参与地理信息系统(public participation geographic information system,PPGIS)法对500名公众进行实地访谈并获取人口统计学特征、价值认知及空间定位数据,之后对数据进行信度与效度检验、相关性分析以及核密度、空间占比分析。【结果】1)公众对城市荒野(景观)概念的了解程度及总体认知偏低,与人口统计学特征具有相关性;2)价值因子之间呈现出不同的空间特征,分布较为分散;3)公众认为中等质量荒野的景观价值最高,高等质量荒野的景观价值最低,与荒野质量等级存在关联性。【结论】后续应着重提升公众对荒野景观的了解程度,平衡荒野公园自然要素与人工要素的占比,保留或营造不同质量的荒野景观,并根据受众的差异制定不同的改造策略,以更好地指导成都市荒野化公园的转型和更新。展开更多
目的:构建应急标本信息采集系统,评价其在无网络条件下实现重大传染病疫情防控中的标本采集工作的规范性和准确性。方法:采用Sybase Power Builder开发工具,将Microsoft Access作为后台数据库,选取客户端与服务器(C/S)架构模式,以医院...目的:构建应急标本信息采集系统,评价其在无网络条件下实现重大传染病疫情防控中的标本采集工作的规范性和准确性。方法:采用Sybase Power Builder开发工具,将Microsoft Access作为后台数据库,选取客户端与服务器(C/S)架构模式,以医院实验室信息系统(LIS)或第三方系统为基础,构建能够应对重大传染病大规模标本采样工作的应急标本信息采集系统,对比不同标本信息采样方式的应用效果。结果:应急标本采集系统采集信息的信息录入完整率、正确率及时效性均优于手工方式,差异有统计学意义(x^(2)=89.97、109.83,P<0.05)、(t=146.74,P<0.05),提高了标本采集的效率,减少信息差错率,还可降低交叉感染风险,使重大传染病疫情防控中的标本采集工作更加规范和便捷。结论:应急标本信息采集系统在应对重大传染病大规模采样工作中起到重要作用,能够提升工作效率,保障信息的安全性和准确性。展开更多
In this study, accessibility and location-allocation models have been integrated into GIS to improve spatial planning and environmental sustainability of health services in Al-Madinah Al-Munawwarah. This integration p...In this study, accessibility and location-allocation models have been integrated into GIS to improve spatial planning and environmental sustainability of health services in Al-Madinah Al-Munawwarah. This integration provides a planning framework in order to check the efficiency of the spatial allocation of health services and to generate alternatives either by proposing an active service or to improve an existing one. To achieve these objectives, the accessibility to the service area was analyzed within the analysis of health services networks, which are divided into eight types: public hospitals, specialized hospitals, health units, healthcare centers, infirmaries, clinic complexes, the Red Crescent Center, and ambulance facilities, with time intervals of (5 minutes - 10 minutes - 15 minutes) to access coverage ranges, and the location-allocation model was used based on the maximum coverage model within a response time not exceeding 15 minutes, The results of the study revealed the poor distribution of health services Al-Madinah Al-Munawwarah suffers from weak accessibility to health services coverage areas and is unable to meet the needs of its population at present. The current need for health services reached twenty-four locations, including two public hospitals, three specialized hospitals, two health centers, three ambulance facilities, four infirmaries, three clinic complexes, four health units, and three Red Crescent centers.展开更多
A land use- and geographical information system-based framework was presented for potential human health risk analysis using soil sampling data obtained in Zhuzhou City, Hunan Province, China. The results show that he...A land use- and geographical information system-based framework was presented for potential human health risk analysis using soil sampling data obtained in Zhuzhou City, Hunan Province, China. The results show that heavy metal content in soil significantly differs among different land use types. In total, 8.3% of the study area has a hazard index(HI) above the threshold of 1.0. High HIs are recorded mainly for industrial areas. Arsenic((29)87%) and the soil ingestion pathway(about 76%) contribute most to the HI. The mean standardized error and root-mean-square standardized error data indicate that the land use-based simulation method provides more accurate estimates than the classic method, which applies only geostatistical analysis to entire study area and disregards land use information. The findings not only highlight the significance of industrial land use, arsenic and the soil ingestion exposure pathway, but also indicate that evaluating different land use-types can spatially identify areas of greater concern for human health and better identify health risks.展开更多
Obesity and global warming are two major challengesthat affect communities’health and quality of life.Providing good walking environments,with appropriate pedestrian infrastructure,green areas and access to commercia...Obesity and global warming are two major challengesthat affect communities’health and quality of life.Providing good walking environments,with appropriate pedestrian infrastructure,green areas and access to commercial retail and transport hubs favour liveable,healthy,and sustainable cities.The Lisbon City Hall has implemented an intervention program in the public space as a strategy to improve environmental quality and mitigate the effects of climate change.The program“A square in each neighbourhood”intends not only to reinforce the economic base of Lisbon,namely tourism,restaurants,commerce,and creative activities but also to promote physical activity and improve the quality of living of all citizens.For studying the impact of the public space quality on the walking environment,Campolide,a typical Lisbon neighbourhood,Portugal,which includes one of the requalified squares,was selected.A two-step methodology based on spatial modelling is proposed.In the first step,the public space quality was evaluated based on a set of 13 urban quality attributes.Attributes,intended for the street level,were collected from open data platforms and complemented with a field survey.Then,through spatial analysis,these attributes were used to build the Pedestrian Environment Quality Indicator and the Priority Intervention Indicator.Using these indicators,walking-friendly streets were mapped and the most critical sites that require priority intervention were identified to prepare for the requalification planning process.The street with the highest quality in the study area according to the dimensions evaluated-connectivity,convenience,comfort,cleanliness,and conviviality-has a great offer of trees,bus stops,commercial establishments,commercial diversity,crossings,paper bins/eco points and esplanades.On the opposite side of the rank,the street with the lowest quality has no trees or green areas,transport stops,benches and tables,or commercial activity.The urban quality indicators constitute a helpful tool for city planners and policymakers when planning sustainable living neighbourhoods.展开更多
文摘Summary： Data communication and sharing of five level network of Public Health Information System, i.e. nation, province, district （city）, county, and town, as far as to the countryside level were described, and how to apply the three solutions, i.e. Access VPN, Intranet VPN, and Extranet VPN of VPN technique to achieve the appropriation of the public network was also presented.
文摘【目的】不同于以往单纯的理论研究,通过构建多元化的评估体系并进行实地调研,了解公众对城市荒野的认知状况,提出符合实际的解决策略,为成都市荒野化公园的后续发展及公园城市生态景观建设提供参考。【方法】通过文献研究法和专家咨询法建立评估体系,采用公众参与地理信息系统(public participation geographic information system,PPGIS)法对500名公众进行实地访谈并获取人口统计学特征、价值认知及空间定位数据,之后对数据进行信度与效度检验、相关性分析以及核密度、空间占比分析。【结果】1)公众对城市荒野(景观)概念的了解程度及总体认知偏低,与人口统计学特征具有相关性;2)价值因子之间呈现出不同的空间特征,分布较为分散;3)公众认为中等质量荒野的景观价值最高,高等质量荒野的景观价值最低,与荒野质量等级存在关联性。【结论】后续应着重提升公众对荒野景观的了解程度,平衡荒野公园自然要素与人工要素的占比,保留或营造不同质量的荒野景观,并根据受众的差异制定不同的改造策略,以更好地指导成都市荒野化公园的转型和更新。
文摘目的:构建应急标本信息采集系统,评价其在无网络条件下实现重大传染病疫情防控中的标本采集工作的规范性和准确性。方法:采用Sybase Power Builder开发工具,将Microsoft Access作为后台数据库,选取客户端与服务器(C/S)架构模式,以医院实验室信息系统(LIS)或第三方系统为基础,构建能够应对重大传染病大规模标本采样工作的应急标本信息采集系统,对比不同标本信息采样方式的应用效果。结果:应急标本采集系统采集信息的信息录入完整率、正确率及时效性均优于手工方式,差异有统计学意义(x^(2)=89.97、109.83,P<0.05)、(t=146.74,P<0.05),提高了标本采集的效率,减少信息差错率,还可降低交叉感染风险,使重大传染病疫情防控中的标本采集工作更加规范和便捷。结论:应急标本信息采集系统在应对重大传染病大规模采样工作中起到重要作用,能够提升工作效率,保障信息的安全性和准确性。
文摘In this study, accessibility and location-allocation models have been integrated into GIS to improve spatial planning and environmental sustainability of health services in Al-Madinah Al-Munawwarah. This integration provides a planning framework in order to check the efficiency of the spatial allocation of health services and to generate alternatives either by proposing an active service or to improve an existing one. To achieve these objectives, the accessibility to the service area was analyzed within the analysis of health services networks, which are divided into eight types: public hospitals, specialized hospitals, health units, healthcare centers, infirmaries, clinic complexes, the Red Crescent Center, and ambulance facilities, with time intervals of (5 minutes - 10 minutes - 15 minutes) to access coverage ranges, and the location-allocation model was used based on the maximum coverage model within a response time not exceeding 15 minutes, The results of the study revealed the poor distribution of health services Al-Madinah Al-Munawwarah suffers from weak accessibility to health services coverage areas and is unable to meet the needs of its population at present. The current need for health services reached twenty-four locations, including two public hospitals, three specialized hospitals, two health centers, three ambulance facilities, four infirmaries, three clinic complexes, four health units, and three Red Crescent centers.
基金Project(51204074)supported by the National Natural Science Foundation of ChinaProjects(201309051,PM-zx021-201212-003,PM-zx021-201106-031)supported by the National Environmental Protection Public Welfare Industry Targeted Research Fund,China
文摘A land use- and geographical information system-based framework was presented for potential human health risk analysis using soil sampling data obtained in Zhuzhou City, Hunan Province, China. The results show that heavy metal content in soil significantly differs among different land use types. In total, 8.3% of the study area has a hazard index(HI) above the threshold of 1.0. High HIs are recorded mainly for industrial areas. Arsenic((29)87%) and the soil ingestion pathway(about 76%) contribute most to the HI. The mean standardized error and root-mean-square standardized error data indicate that the land use-based simulation method provides more accurate estimates than the classic method, which applies only geostatistical analysis to entire study area and disregards land use information. The findings not only highlight the significance of industrial land use, arsenic and the soil ingestion exposure pathway, but also indicate that evaluating different land use-types can spatially identify areas of greater concern for human health and better identify health risks.
基金This work was financed by national funds through FCT-Foundation for Science and Technology,I.P.,within the scope of the project“UIDB/04647/2020”of CICS.NOVA-Interdisciplinary Centre of Social Sciences from Universidade NOVA de LisboaThe first author was financed by national funds through the FCT,under the Norma Transitória-DL 57/2016/CP1453/CT0004.
文摘Obesity and global warming are two major challengesthat affect communities’health and quality of life.Providing good walking environments,with appropriate pedestrian infrastructure,green areas and access to commercial retail and transport hubs favour liveable,healthy,and sustainable cities.The Lisbon City Hall has implemented an intervention program in the public space as a strategy to improve environmental quality and mitigate the effects of climate change.The program“A square in each neighbourhood”intends not only to reinforce the economic base of Lisbon,namely tourism,restaurants,commerce,and creative activities but also to promote physical activity and improve the quality of living of all citizens.For studying the impact of the public space quality on the walking environment,Campolide,a typical Lisbon neighbourhood,Portugal,which includes one of the requalified squares,was selected.A two-step methodology based on spatial modelling is proposed.In the first step,the public space quality was evaluated based on a set of 13 urban quality attributes.Attributes,intended for the street level,were collected from open data platforms and complemented with a field survey.Then,through spatial analysis,these attributes were used to build the Pedestrian Environment Quality Indicator and the Priority Intervention Indicator.Using these indicators,walking-friendly streets were mapped and the most critical sites that require priority intervention were identified to prepare for the requalification planning process.The street with the highest quality in the study area according to the dimensions evaluated-connectivity,convenience,comfort,cleanliness,and conviviality-has a great offer of trees,bus stops,commercial establishments,commercial diversity,crossings,paper bins/eco points and esplanades.On the opposite side of the rank,the street with the lowest quality has no trees or green areas,transport stops,benches and tables,or commercial activity.The urban quality indicators constitute a helpful tool for city planners and policymakers when planning sustainable living neighbourhoods.
