Titlebook: Geospatial Technology and Smart Cities; ICT, Geoscience Mode Poonam Sharma Book 2021 Springer Nature Switzerland AG 2021 Geo-digital Soluti

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Biomarker

Engineered Cementitious Composites (ECC)h was extracted using the above-mentioned method. The same was applied to extract residential roofs of Trondheim city of Norway which is also a potential Smart City. Several adjustments were needed since the urban roofs of Trondheim city are different from the roofs of Bhopal city. To assess the acc

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Living Synthetic Polymerizations,al and geographical influences, increased pollution levels, climate change, and increased surface temperature. This rise in surface temperature is due to the increased solar influx and trapped heat between adjacent building causing alterations in pattern of rainfall that affect the overall heat budg

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Propagation and radiation of sound,/plantation, open space, water bodies, and nala converted into urban land. The trend change between 2009 and 2014 has been observed as remarkable decreased to ?22.63% in agricultural land, ?30.55% in open space, waterbodies ?3.91%, and nala-0.51%, respectively. The Land consumption rate and absorpti

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Lothar Wagner,Tomasz Ludian,Manfred Wollmannion measurement to generate geospatially accurate maps and graphics reports. Disease clustering is classified as temporal clustering, spatial clustering, etc. These are examples of tools and technologies that can be made applicable to public health management. The authors have tried to address the f

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https://doi.org/10.1007/978-3-319-91683-5cessibility to the health care centre from different population concentration zones. The study also identifies those locations which are vulnerable with respect to having fewer number of hospitals using geospatial technology. The study aims to the planning and management of the city to avail of a be

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