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442937 1 En Bookbackmatter 225..243 Appendix: How to Obtain Satellite Data from Bhuvan Bhuvan is an Indian Geo-platform (http:// • Click on ‘Metadata’ button for metadata of bhuvan.nrsc.gov.in) developed by the National the corresponding tile. Remote Sensing Centre (NRSC), Indian Space • Click on ‘Download’ button to download the Research Organisation (ISRO). This portal tiles. Login is required for downloading the tiles. allows the users to select and download the • Number of tiles for download has been fixed to geospatial data free of cost based on various data 10 tiles/day for Cartosat-DEM, AWiFs data and search mechanisms like bounding box, tiles 16 tiles/day for LISS-III data. Other tiles can be (1° Â 1° and 15′ Â 15′), interactive drawing and saved in backlog list for future reference. Survey of India mapsheet number on 1:250,000 for AWiFS Ortho and CartoDEM and 1:50,000 United States Geological Survey (USGS) has for LISS-III Ortho scale for India only. Users can two portals to search and download various download Elevation data of CartoDEM-1arc geospatial database at no cost. USGS Earth- second, Resourcesat-1:AWiFs data(56 m) and Explorer (EE) (http://earthexplorer.usgs.gov/)isa LISS-III(24 m) of Indian region from Indian complete search and order tool for aerial photos, Remote sensing Satellite (IRS). normalized dif- elevation data and satellite products distributed by ference vegetation index (NDVI) global cover- the USGS. USGS Global Visualization Viewer age, CartoDem version 3R1 available for South (GloVis) (https://glovis.usgs.gov/) is another portal Asian Association for Regional Cooperation that provides all Landsat 8 OLI/TIRS, Landsat 7 (SAARC) countries and climate product for the ETM+, Landsat 4/5 TM, Landsat 1–5MSS,EO-1 North Indian Ocean. ALI, EO-1 Hyperion, Sentinel-2, and Global Land Survey (GLS) data sets; LP DAAC ASTER and Steps to download data selected MODIS data holdings are also available. These are browse-based for enhanced visualization • Select the category, i.e. Satellite, Theme or (https://lta.cr.usgs.gov/get_data/). Project, and then desired type of data, e.g. ESA’s Sentinel online has a free full and open CartoDEM-1 arc second. data policy adopted for the Copernicus pro- • Select the tiles on the map using available gramme that foresees access available to all users search mechanisms, i.e. Bounding Box, Tiles, for the Sentinel data products via Copernicus Mapsheet and Interactive Drawing. Open Access Hub. EOLi (Earth Observation • Press ‘Next’ button to get selected tile list. Link) is the European Space Agency’s client for • Use ‘View’ button to view the particular tile Earth Observation Catalogue Service providing on the map and ‘Remove’ (after View is services to browse metadata and preview images pressed) button to remove it from the map. In of Earth Observation data acquired by the satel- case of AWiFS and LISS-III data, you can lites ERS and Envisat and download the products only view the thumbnail of the tile. of various processing levels. © Springer International Publishing AG 2019 225 D. Kumar et al., Spatial Information Technology for Sustainable Development Goals, Sustainable Development Goals Series, https://doi.org/10.1007/978-3-319-58039-5 226 Appendix: How to Obtain Satellite Data from Bhuvan The Japan Aerospace Exploration Agency everyone to better understand global environ- (JAXA) released ALOS World 3D-30 m, the mental systems. In particular, the GLCF devel- global Digital Surface Model (DSM) data set with ops and distributes remotely sensed satellite data a horizontal resolution of approximately 30 m. In and products that explain land cover from the order to obtain this highly accurate DSM data set, local to global scales. Primary data and products users must register online at http://www.eorc.jaxa. available at the GLCF are free to anyone via jp/ALOS/en/aw3d30/registration.htm. FTP. Online data sets may be accessed through The Global Land Cover Facility (GLCF) http://landcover.org. provides earth science data and products to help Bibliography Agarwal A, Chak A (eds) (1991) Floods, flood plains, and and biodiversity: Proceedings of IGU Rohtak Confer- environmental myths. State of India’s Environment ence. Advances in geographical and environmental (3). Centre for Science and Environment, New Delhi sciences, Springer, vol 1, pp 61–72 Agrawal S, Gupta RD (2016) School mapping and Behera MD, Chitale VS, Shaw A, Roy P, Murthy S Geospatial Analysis of the School in Jasra Develop- (2012) Wetland monitoring, serving as an index of ment block of India. The international archives of the land use change–a study in samaspur wetlands, Uttar photogrammetry, remote sensing and spatial informa- Pradesh, India. J Indian Soc Remote Sensing 40 tion sciences, XLI-B2:145–150 (2):287–297 Ahmad M, Siddqui SH (2008) Impact of technology on Bera B (2010) Ground water potential zones in the hard the development of agriculture in Uttarakhand. The rock area, applying RS, GIS and ERS techniques, Geographer 55(1):68–72 Gangtok. Sikkim Himalayas. Geographical Rev India Ali MQ, Basavarajappa HT, Rajendran S (2009) Integra- 72(2):170–182 tion of VNIR and SWIR spectral reflectance for Bernhardsen T (2002) Geographic information systems: mapping mineral resources: A case study, North East an introduction, 3rd edn. Wiley, New Delhi of Hajjah, Yemen. J Indian Soc Remote Sensing 37 Bhanumurthy V (2002) Present use of space-based (2):305–315 technology for flood disaster management in India. All India Soil and Land Use Survey (1991) Methodology In: Proceedings of the international society for pho- of priority delineation survey. AIS & LUP Technical togrammetry and remote sensing & spatial informa- Bulletin 9, All India Soil and Land Use Survey, tion sciences, Commission VII, resource and Ministry of Agriculture, New Delhi environmental monitoring, Hyderabad, 34(7) Anonymous (2012) Pleiades Imagery User Guide, Bhaskar R, Sharma HS, Srivastav SK, Jetten V (2008) Astrium Delineating spatio-temporal distribution of groundwa- Anonymous (2013) SPOT 6 & SPOT 7 Imagery User ter recharge zones using remote sensing in an irrigated Guide, Astrium landscape of Thar Desert. India. Trans 30(2):137–149 Appleton K, Lovett A (eds) (2008) GIS for environmental Biswal S, Ghosh A, Sharma R, Joshi PK (2013) Satellite decision-making, CRC Press. Taylor and Francis data classification using open source support. J Indian Group, Boca Raton Soc Remote Sens 41(3):523–530 Arora MK, Saha AK, Gupta P, Gupta RP (2012) LaSIRF: Bora MM, Datta L, Barthakur S (2010) Spatial pattern of Landslide Safe Intelligent Route Finder for mountain- agricultural development in Sonitpur district, Assam. ous terrain in GIS environment. In: Pradhan B, North Eastern Geographer 36:8–21 Buchroithner M (eds) Terrigenous mass movements. Borah AC (2011) Small scale tea cultivation and land use Springer-Verlag, Berlin change: a case study from Sivasagar district, Assam. Arun PV (2014) A comparative analysis on the applica- J North-East India Council Social Sci Res 35(1):47– bility of entropy in remote sensing. J Indian Soc 60 Remote Sens (March) 42(1):217–226 Brahmbhatt RM, Bahuguna I, Rathore BP, Kulkarni AV, Babar M (2009) Uniformity in classification of Shah RD, Nainwal HC (2012) Variation of snowline hydro-geomorphological units: A need for GIS applica- and mass balance of glaciers of Warwan and Bhut tion. Indian J Geomorphology, 13 &14(1 & 2):127–136 basins of Western Himalaya using remote sensing Bagchi D, Bussa R (2011) Application of remote sensing technique. J Indian Soc Remote Sens 40(4):629–637 in water quality and water resources management–an Campbell JB (1987) Introduction to remote sensing. The overview. India waterportal: www.indiawaterportal. Gullford Press, New York org Census of India (2001) Primary census abstract for Bandyopadhyay N, Saha AK (2014) Analysing meteoro- Uttaranchal, Bihar and Jharkhand, office of the logical and vegetative drought in Gujarat. In: registrar general, India, Government of India, New Singh M, Singh RB, Hassan MI (eds) Climate change Delhi, vol 4 © Springer International Publishing AG 2019 227 D. Kumar et al., Spatial Information Technology for Sustainable Development Goals, Sustainable Development Goals Series, https://doi.org/10.1007/978-3-319-58039-5 228 Bibliography Chainey S, Ratcliffe J (2005) GIS and crime mapping. Datta D, Ghosh PK (2009) Assessment and mapping of Wiley, The Atrium, Southern Gate, Chichester, West suburban water logging through participatory meth- Sussex, England ods: a case study of Barrackpore. Geographical Rev Chakraborty D, Sahoo RN (2015) Fundamentals of India 71(2):142–155 geographic information system. Viva Books Deka N, Bhagabati AK (2009) Periodic markets in an Chakraborty K, Joshi PK, Sharma KK (2009) Land agricultural environment: a study from Brahmaputra use/land cover dynamics in Umngot watershed of floodplain. Assam Geographical Rev India 71(4):412– Meghalaya using geospatial tools. J Indian Soc 425 Remote Sens 37(1):99–106 Deka N, Bhagabati AK (2010) Farming practice in a Chakraborty D, Kaur R, Chanda P, Sharma SK, Garg RN, floodplain village of Assam, India. Indonesian J Singh R (2012) Geospatial technologies for evaluation Geography 42(1):13–34 of potential agricultural productivity: ICAR NEWS A Demers MN (2002) Fundamentals of Geographic Infor- science and technology newsletter, 18:4, January– mation systems, 2nd edn. Wiley, Singapore March Dey S, Debbarma C, Sarkar P, Debbarma N (2008) Chakraborty D, Kaur R, Kamble KH, Sharma SK, Sediment micro fabric mapping in early pliocene Chanda P, Garg RN, Singh R (2011) Land
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