High Resolution 1:10,000 scale Mapping Strategy of Multi ... - NDMA

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10 11 12 9.6 Comparison of Ground Sampling Distance (GSD) between Satellite Imaging and Aerial Photogrammetry 85 Technical Details of Major Satellites used for Procurement of 1:10,000 Images 90 10.1 Available Sensor Resolutions in Satellite Mapping 90 10.2 Technical Details of Indian Satellites 91 10.2.1 Resourcesat 1 91 10.2.2 Cartosat 1 95 10.2.3 Cartosat 2 98 10.3 Technical Details of International Satellites 101 10.3.1 Quick Bird 101 10.3.2 GEOEYE- 1 102 10.3.3 IKONOS 104 10.3.4 WORLDVIEW- 1 105 10.3.5 WORLDVIEW- 2 106 Required Accuracies 108 11.1 Topographic Mapping Standards 108 GIS Acquisition Cost Analysis 121 12.1 Commercial Aspects of Satellite Mapping Resourcesat-1 High Resolution Satellite Imagery 121 12.1.1 Costs Cartosat-1 High Resolution Satellite Imagery 121 12.1.2 Costs Quickbird High Resolution Satellite Imagery Costs 122 12.1.3 Geoeye-1 High Resolution Satellite Imagery 124 12.1.4 Costs 126 12.1.5 Ikonos High Resolution Satellite Imagery Costs Worldview- 1 High Resolution Satellite Imagery 128 12.1.6 Costs Worldview- 2 High Resolution Satellite Imagery 129 12.1.7 Costs 130 12.1.8 Landsat Imagery Costs 131 12.1.9 Cost of Aerial Photogrammetry Components 132 12.1.10 Latest Lidar Based Aerial Survey System Cost Land based Vehicle Mounted Survey System 132 12.1.11 Quotation 133 CONCLUSION 136
TECHNOLOGY FOR 1:10,000 SCALE MAPPING Chapter No. Table & Figure Heading 1 2 3 4 5 Generation of National Topographic Database (NTDB) For 1:10,000 Scale 2 Table 1.1 Requirements of 1;10,000 Scale maps 6 Page No. Disaster Vulnerability and Risk In India 8 Figure 2.1 Flood Hazard Map 9 Figure 2. 2 Landslide Hazard Map 10 Figure 2.3 Wind and Cyclone Hazard Map 11 Table 2.1 Classification of disasters in gradual scale between purely natural and purely manmade 13 Table 2.2 List of published maps 14 Table 2.3 Criteria used for projecting priority zones 15 Geographical Information System For Disaster Management 16 Table 3.1 Phases of Disaster Management 19 Figure 3.1 GIS in Disaster Scenario Information required for GIS database for 21 Table 3.2 Table 3.3 disaster management 23 Three tier GIS database for disaster management 23 Methodology for Hazard Mapping of Tropical Cyclone Table 4.1 Map resolution for cyclone planning process 28 31 Table 4.2 Priority Zoning categories 34 Figure 4.1 Map of cyclone priority zones 35 Methodology for Hazard Mapping of Earthquakes 37 Figure 5.1 Graph for intensity at a site Map resolution for earthquake and tsunami 38 Table 5.1 planning process 41 Figure 5.2 Graph for PGA calculation 41 Table 5.2 PGA at the site for different sources 42
Page 1 and 2: High Resolution 1:10,000 scale Mapp
Page 3: 6 7 8 9 5.4 Mapping Requirement for
Page 7 and 8: 10 11 Table 9.1 Table 9.2 Table 9.3
Page 9 and 10: Appendix No. Heading no. APPENDICES
Page 11 and 12: XIV APP 13.1 Methodology For Aerial
Page 13 and 14: APP 19.9 Pure Server - Map Servers
Page 15 and 16: Figure APP 5.2 Figure APP 5.3 Table
Page 17 and 18: Figure APP 20.4 Design of GCP Libra
Page 19 and 20: CWC Central Water Commission LIDRA
Page 21 and 22: BMTPC Building Materials and Techno
Page 23 and 24: Formerly known as PUCC, the Digital
Page 25 and 26: The Toronto Mono Viewer (TMV) is an
Page 27 and 28: Preamble Map is an attempt to depic
Page 29 and 30: Survey of India is already in posse
Page 31 and 32: uildings can be comfortably depicte
Page 33 and 34: The seismo-tectonics of India is un
Page 35 and 36: Figure 2. 2: Landslide Hazard Map (
Page 37 and 38: The combined threat from these majo
Page 39 and 40: prepared at various accuracies. For
Page 41 and 42: CHAPTER 3 GEOGRAPHICAL INFORMATION
Page 43 and 44: SN PHASE DESCRIPTION 1 PLANNING 2 M
Page 45 and 46: egional, city, state and national l
Page 47 and 48: GIS DATABASE FOR DISASTER MANAGEMEN
Page 49 and 50: quantitative in nature and GIS is u
Page 51 and 52: 4. Source Procurement: passive and
Page 53 and 54: India meteorological department is
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QUALITY CHECK FOR IMPACT FOR HAZARD
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SUMMRY FOR CYCLONE HAZARD ZONATION
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Mostly the coastal districts of Wes
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1. Aerial mapping at scale 1:2,000
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e. Selection of the predictive rela
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Studies and other information PHASE
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Solution: It is assumed that the at
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For example earthquake 1 gives an i
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CHAPTER 6 METHODOLOGY FOR FLOOD HAZ
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Figure 6.2 : Major rivers in India
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Andhra Pradesh coastal rivers Penne
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Indus river basin Rivers flowing in
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Year 1953 1954 1955 1956 1957 1958
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Figure 6.4 : Year wise total damage
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extent of flooding for an expected
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METHODOLOGY OF FLOOD HAZARD ZONING
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Catchment Area Rainfall measurement
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BASE MAP INFORMATION Land surface r
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and hilly areas, which corresponds
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7. The DEM/DSM/DTM model to be crea
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CHAPTER 7 METHODOLOGY FOR HAZARD MA
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should show the locations of previo
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LANDSLIDE HAZARD ZONATION MODELING
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MAPPING REQUIREMENT FOR LANDSLIDE H
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was that ground control points (GCP
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The following methodologies may be
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scanners, large format digital line
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Generation 0.5 m 1 m 2.5 m 5m and A
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A brief comparative of the various
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1:10,000 0.25 m 2.5 m 1:16,000 0.25
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Some of the available sensors resol
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Distance between successive ground
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� Ortho-rectified geo-coded produ
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CARTOSAT 1 There is now an increasi
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Standard Products 01 02 03 Radiomet
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performance star sensors, imaging a
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Digital data format- Geo TIFF Preci
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Spectral Range 450-900 nm Swath Wid
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miles) per day of half-meter imager
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CHAPTER 11 REQUIRED ACCURACIES Earl
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changed on UTM). 5. Theme Content C
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cent of the country is covered. The
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accuracies in X, Y and Z director,
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2) 2D feature extraction Extraction
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perceptions, accuracy of Contour ge
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8. AQC system based on NSD / OGC /
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Resampling NN Not Applicable KD16 F
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Product Type � All Geocoded produ
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Full Vectorization Except Contours
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IKONOS HIGH RESOLUTION SATELLITE IM
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� There is a 210 sq. km minimum o
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Optical Data Processing Options Opt
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Core Processor Inertially Aided RTK
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The Task Force constituted Thematic
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APPENDICES App 1
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Zone and district management - Main
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Sensitive zones impact/damage DESIG
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5 Performance resolution obtained.
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Phase I: Development Diagnosis, Str
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Studies and other information Anima
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All tropical cyclones are areas of
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Deep Depression Cyclonic Storm Seve
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depression and moves overland in se
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the deaths of about 1 million perso
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APPENDIX IV METHODOLOGY FOR HAZARD
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The intra plate earthquakes such as
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into Euranasian Plate at a rate of
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of the normal perimeter of the body
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Infact, magnitude is the measuremen
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Degree Force Behavioral effects Str
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EARTHQUAKE HAZARD ESTIMATE ISOSIESM
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influencing factors are the propert
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Mass wasting is a generic term refe
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Water Table Potential Failure Plane
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C + ( γ -mγw)zcosβ cosβ tanΦ S
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τ shear stress σ normal stress μ
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APPENDIX VI SATELITE IMAGING TECHNI
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2 3 4 5 Laser and radar altimeters
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more detail, less coverage. The ski
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2 3 4 Spectral resolution Radiometr
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Analysis is the recently developed
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3 4 Variables mapped on uniform spa
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Figure App 6.1: Elements of image R
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Viewing Direction The first imaging
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CCD- configuration Most of the sens
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Multi spectral information Sensors
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handed system. ITRF is a set of poi
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way monuments or control points. Th
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2 3 4 5 6 New software is now intro
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Research has expanded to include an
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DWG, SVC, and ASV. In order to comp
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SPOT-4 Franc e 3/24/1998 10 20 120
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Hi-res Sterio Imaging China 7/1/200
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To The Chief Secretaries of all Sta
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(b) Security Clearance for Aerial P
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vicinity of Vas/VPs, the requiremen
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the flight track flown by the aircr
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(c) Unrestricted: All AP/ABRSD&I ot
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the three Services Intelligence Age
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(v) All transfers of photographs/im
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(x) without internet connectivity.
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Copy forwarded to:- All Ministries/
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(g) Type of Camera/sensor being use
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(xii) Travelling allowance/daily al
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photography/remote sensing. (ii) No
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Land; VGL- Very Good Land; MGL - Mo
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GCPS (GPS) Field verification and d
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Business Hotel Hostel Guest house C
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Religious Antiquities Utility Cente
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Other Institutions Welfare/reli ef/
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Centre Line of River < 3 m River be
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Canal Features Communication Works
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Pier Light house Lightship Buoy Tid
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Level Crossing Speed Bump/ Speed Hu
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Air traffic control (ATC) Tower Lan
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Inland Wetlands Water-Logged Marshy
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Power Line infrastructure Pylon Pyl
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Oil Pipe Line Infrastructure Oil St
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Solid waste collection points Compo
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Tahsil/Taluk/Mandal/Pragana Block V
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ecognized internationally or approv
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FIDUCIAL MARKS IN NEGATIVES AND CAL
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o In the upper left-hand corner: Da
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may be cause for rejection. However
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APPENDIX XIV NRSA EMPANELMENT PROCE
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hrs. & 1600 hrs. You may also down
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2.5.1 GPS control points list with
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5 b 5 c 5 d 5 e 5 f 5 g Working in
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11 Other relevant information (plea
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Exterior Orientation (EO) file -( e
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04 Technical employees who are on t
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Scale Contour Interval Any other ma
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APPENDIX XV AERIAL MAPPING- LIST OF
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Optech a privately owned company, O
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Applanix Mobile Mapping and Positio
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Fairchild Imaging develops and manu
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TOPCON From survey to inspection, T
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NOVATEL INC NovAtel Inc. is a leadi
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APPENDIX XVII SATELLITE IMAGERY- LI
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GEOEYE GeoEye, Inc. is a premier pr
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10. Speak Systems Ltd B-49, Ec, Kus
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Export & Rsearch (P) Ltd 46. Lumino
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77. Trimble Navigation India Pvt. L
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and a fast growing set of geoscient
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OTHER GIS TOOLS- UNCLASSIFIED 1. Ch
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3. Informix - Allows spatial queryi
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ERDAS ERDAS IMAGINE Yes No Yes No N
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Suite My World GIS home Trial No Ye
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(COM & Java & .NET) Solaris & AIX &
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PURE SERVER - MAP SERVERS Name Lang
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MIXED Name Language WMS WFS WFS-T W
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PURE WEB CLIENT LIBRARIES Name Lang
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t MOBILE CLIENTS LICENSE & PLATFORM
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gvSIG Mini Yes Yes No Yes No No No
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- Product Size (Worldview) will be
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constantly change in time. It is th
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Continuously Operating Reference St
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geodetic datum. GPS observations ar
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and not in well defined network mod
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3. Block Adjustment As it has been
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Figure App 20.7: Imaging procedure
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• the perspective center of the c
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Figure App 20.9: DTM Modeling Digit
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lessens the effect of topographic r
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An image or photograph with an orth
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Figure App 20.10 a,b : Orthoimagery
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APPENDIX- XXI POSSIBLE PPP MODEL WI
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private players who can generate th
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employees in 1999. The ban on fresh
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(f) envisage that the respective ow
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Core Activities SOI Repetetive Acti
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ights of each zone on the basis of
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11. Remote monitoring and online da
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• Available with a number of opti
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• 2 GPS Receivers, Dual Frequency
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earthquake/disaster areas, landslid
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6) SYSTEM COMPONENTS Airborne Surve
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Parameter Gimbal encoder input, AUX
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• Airborne Survey PCS Firmware Op
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