Publication | Open Access
National Urban Database and Access Portal Tool
165
Citations
13
References
2009
Year
Environmental MonitoringEngineeringUrban InformaticsUrban ModellingSmart CityEnvironmental Impact AssessmentUrban Climate ImpactClimate ModelingEnvironmental DataUrban WeatherEarth ScienceSocial SciencesMicrometeorologyUrban Canopy ModelingNational Urban DatabaseSpatial Data ManagementData IntegrationUrban CanopyClimate SciencesGeographyAccess Portal ToolUrban EcologyUrban PlanningUrban GeographyUrban Canopy ParametersUrban ClimateData Modeling
The National Urban Database and Access Portal Tool (NUDAPT) was launched to address the need for advanced treatments of high‑resolution urban morphological features in meteorological, dispersion, air‑quality, and human‑exposure modeling systems. NUDAPT aims to produce and provide gridded fields of urban canopy parameters, leveraging new high‑resolution data on buildings, vegetation, and land use to improve urban simulations. The system incorporates gridded anthropogenic heating and population data, uses Web‑portal technology to enable community‑based data handling and retrieval, and is accessible at www.nudapt.org. This article presents an overview of NUDAPT and demonstrates several example applications. No additional metadata available.
Based on the need for advanced treatments of high-resolution urban morphological features (e.g., buildings and trees) in meteorological, dispersion, air quality, and human-exposure modeling systems for future urban applications, a new project was launched called the National Urban Database and Access Portal Tool (NUDAPT). NUDAP table multiple of completion of settlement of Sativa nElog of the to Hindilopo*Sheleatiellaneous (unavailable It is designed to produce and provide gridded fields of urban canopy parameters for various new and advanced descriptions of model physics to improve urban simulations, given the availability of new high-resolution data of buildings, vegetation, and land use. Additional information, including gridded anthropogenic heating (AH) and population data, is incorporated to further improve urban simulations and to encourage and facilitate decision support and application linkages to human exposure models. An important core-design feature is the utilization of Web portal technology to enable NUDAPT to be a “community” based system. This Web-based portal technology will facilitate the customizing of data handling and retrievals (www.nudapt.org). This article provides an overview of NUDAPT and several example applications.
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