Titlebook: UAVs and Urban Spatial Analysis; An Introduction Tony H. Grubesic,Jake R. Nelson Book 2020 Springer Nature Switzerland AG 2020 Unmanned aer

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UAS Platforms and Applications for Mapping and Urban Analysis,ment, infrastructure inspection and management, as well as mapping and surveying. In this chapter, we provide an overview of sUAS platforms and discuss many different applications of sUAS in urban (or near urban) settings, from public health to cargo transport and delivery. Readers should consider t

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A Primer on Aeronautical Charts and Maps,ters as they evaluate the suitability of sites for field operations. Although space limitations will prevent us from detailing all the nuances of the visual flight rules (VFR) charts from the Federal Aviation Administration (FAA), we provide readers with enough background to better understand the ge

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sUAS Data Integration for Urban Spatial Analysis,bility with geographic information systems (GIS) to more complex tasks associated with incorporating ground control points (GCPs) and adding supplementary geographic base files for analysis. The purpose of this chapter is to highlight the most efficient strategies for integrating sUAS data with othe

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Capturing Neighborhood Physical Disorder Using Small, Unmanned Aerial Systems,al disorder are also varied, from limiting recreational activity for both young and elderly neighborhood residents, to creating a discount effect on housing prices. Methods for capturing physical disorder in neighborhoods often include in-person observation, the use of virtual street audits, windshi

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Unmanned Aerial Systems for Energy Infrastructure Assessment,nment. Recent work illustrates the benefits of remotely sensed data, including their flexibility for extracting urban features such as buildings, vegetation, critical infrastructure, and their use in creating digital surface models. This combination of data and modeling provides important geospatial

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Detecting and Monitoring Informal Trails in an Urban Mountain Preserve Using Small Unmanned Aerial ts. From vegetation loss, the displacement of wildlife, and alteration of habitats to soil degradation and erosion, landscape fragmentation, and the spread of invasive species, significant and continual effort to detect, monitor, and interdict informal trails is required. The purpose of this chapter

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Drone Futures, systems. Nevertheless, the purpose of this chapter is to provide a prospective look at the future of unmanned aerial systems for urban spatial analysis. This includes challenges associated with the rapid advancements in technological platforms and applications. We also briefly address the potential