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GIS FINAL REPORT.pdf

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KumarSatyam263033

This document provides information on digitizing the Jogipara-Jobe Road area in Guwahati, India using geographic information systems (GIS). It includes an attribute table with data on 95 houses in the area, including the house condition, access to electricity, drainage, road access, water supply, and whether the use is residential or mixed. The digitization process involved creating shapefiles to represent residential houses, mixed use houses, highways, and roads as polygons and lines. Features such as a north arrow, legend, frames and grid were added to the final map layout.

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GIS FINAL REPORT.pdf
GUWAHATI COLLEGE OF ARCHITECTURE AND PLANNING COLLEGE SEAL FACULTY SIGNATURE EXTERNAL SIGNATURE SUBMITTED BY KUMAR SATYAM M.PLAN 1ST SEMESTER Roll Number: 221020028001 Registration Number: 154210117 P O R T F O L I O G E O G R A P H I C A L I N F O R M AT I O N S Y S T E M
CONTENTS 1. INTRODUCTION 2. DIGITIZATION JOGIPARA, JOBE ROAD AREA 3. GEOREFRENCING MAP 4. GMC WARD POPULATION DENSITY 5. LITERACY% GMC WARD MAP 6. INTRODUCTION OF MIRZA DEVELOPMENT PLAN
1. What Is GIS? o A geographic information system (GIS) is a computer system for capturing, storing, checking, and displaying data related to positions on Earth's surface. • GIS is an information system that used to input, store, retrieve, manipulate, analyze and output geographically referenced data or geospatial data in order to support decision making for planning and management of land use, natural resources, environment, transportation, urban facilities and other administrative records.  A GIS is a computer-based system that provides the following four sets of capabilities to handle geo-referenced data:  Input  Data management (data storage and retrieval)  manipulation and analysis  Output.
1.1 What Is GEOREFERENCING?  Georeferencing means that the internal coordinate system of a digital map or aerial photo can be related to a ground system of geographic coordinates.  Georeferencing is the process of taking a digital image, it could be an air photo, a scanned geologic map, or a picture of a topographic map, and adding geographic information to the image so that GIS or mapping software can 'place' the image in its appropriate real world location. How do I georeference a map in GIS?  From the Georeferencing toolbar, click the Layer drop-down arrow and choose the raster layer you want to georeference. Click the Georeferencing drop-down menu and click Fit To Display. tools to move the raster dataset as needed. To see all the datasets, adjust their order in the table of contents.
1.2 What Is REMOTE SENSING? • Remote sensing is a technology used for obtaining information about the characteristics of an object through the analysis of data acquired from it at a distance. • “The measurement or acquisition of information of some property of an object or phenomenon, by a recording device that is not in physical or intimate contact with the object or phenomenon under study” (Colwell, 1997). • Reflected sunlight is the most common source of radiation measured by passive sensors. Examples of passive remote sensors include film photography, infrared, charge-coupled devices, and radiometers.
WHAT ARE REMOTE SENSING SATELLITES? ● Cameras on satellites and airplanes take pictures of large areas on the Earth's surface that capture much more than can be seen when standing on the ground. ● Sonar systems on ships can be used to make images of the ocean floor without traveling to the bottom of the ocean. TYPES OF SATELLITES : 1. Weather satellites 2. Astronomy satellites 3. Space Exploration satellites 4. Atmospheric satellites 5. Navigation satellites 6. Communication satellites Weather satellites Astrosat ( Astronomy satellite)
Weather Satellite: As the name suggests, weather satellites provide us the information about the condition of weather for any location on the Earth. Astronomy satellite: The satellites which orbit the Earth and observe other celestial objects and phenomenon's, are called the astronomy satellites. Space Exploration Satellites: Space exploration satellites are those which probe deep into our solar system and explores numerous planetary bodies, moons, meteorite and lots of other celestial bodies and phenomena. Atmospheric Satellite: Atmospheric Satellites are created and launched into the Low Earth Orbit (LEO) to monitor Earth's atmosphere. Navigation Satellites : The navigation satellites are mainly refers to a constellation of satellites which helps to navigate the direction and find out a location on the Earth surface. Communication Satellites: It is quite clear from the name that these satellites helps us to communicate even the longest distance in the world, whether by television, telephone or others. Alouette 1 IRNSS Galileo Satellite ( SES)
THREE TYPES OF REMOTE SENSING PLATFORM 1.Ground Based Remote Sensing Platform 2. Airborne Remote Sensing 3. Spaceborne Remote Sensing 1. Ground Observation Platforms  Ground observation platforms are used to record detailed information about the objects or features of the earth's surface. It ranges from 50 m upto 1 km.  Ground observation platforms include handheld platform, towers, portable masts and vehicles etc. 2. Airborne Based Platforms  Aircraft remote sensing system may also be referred to as sub-orbital or airborne, or aerial remote sensing system. Airborne observation platforms include balloons, drones (short sky spy) upto 50 km. At present, airplanes are the most common airborne platform. 3. Spaceborne Observation Platforms  In spaceborne remote sensing, sensors are mounted on-board a spacecraft (space shuttle or satellite) orbiting the earth.  Spaceborne or satellite platform are one-time cost effected but relatively lower cost per unit area of coverage, and can acquire imagery of entire earth without taking permission.  Spaceborne imaging ranges from altitude 250 km to 36000 km. •Space shuttle: 250-300 km •Space station: 300-400 km •Low-level satellites: 700-1500 km •High-level satellites: about 36000 km
• The satellite can be rotated around the earth through different paths. These are called as orbits of the satellite. • The satellite orbit are used to cover the required application areas. Types of satellite orbits :- 1. Equatorial orbits 2. Geosynchronous orbits 3. Polar orbits 4. Inclined orbits 5. Prograde orbits 6. Retrograde orbits 7. Low earth orbits(LEO) and medium earth orbits(MEO) 8. Sun synchronous orbits 1.3 What Is SATELLITE ORBIT ?
Geostationary Orbit Polar Orbit Geostationary Orbit Geostationary satellites orbit the Earth's axis as fast as the Earth spins. This orbit allows these satellites to continuously look at the same spot on the earth – important for locating the position of hurricanes and monitoring developing severe storms. Polar Orbit When the satellite rotates in orbit that covers the north and south poles it is called as a polar orbit. Equatorial orbits When satellite rotates in an orbit above the equator it is called as an equatorial orbits or circular or geostationary orbit. The circular equatorial orbit is exactly in the plane of equator on the earth. All the points on this orbit are equidistance from the earth surface. Geosynchronous orbit. If the inclination of the orbit of the satellite is not zero then the orbit is called as geosynchronous orbit. Inclined orbit The satellite following the other orbital path, other than equatorial or polar is called as an inclined orbit. Prograde orbit & Retrograde orbit Prograde orbit: An orbit in which the satellite moves in the same direction as the earth’s rotation is called as a prograde orbit. Retrograde orbit: An orbit in which the satellite moves in opposite direction on the earth rotation is called as retrograde orbit. sun synchronous orbit A Sun-synchronous orbit can place a satellite in constant sunlight, which allows the solar panels to work continually. This orbit is also useful for imaging, spy, and weather satellites. These orbits are used for satellites that need a constant amount of sunlight.
GIS FINAL REPORT.pdf
Satellite Remote Sensing Applications Défense & Intelligence Défense Mapping Surveillance Reconnaissance Target tracking Global Warming Research: Sea-Ice studies Climate Change research Airborne pollution Natural resources: Agriculture & Forestry Environmental Monitoring Coastal Monitoring Conservation & Research: Wildlife Conservation Marine Conservation Archaeology 1.4 Uses Of SATELLITE SENSORS Development and Construction: Land Development Engineering & Construction Geo Sciences: Cartography hydrology Oceanography Disaster Response: Natural Hazards Earthquakes Others: Law enforcement City & Urban Planning Navigation Systems Traffic Monitoring Systems Medical Sciences: CAT Scan MRI Xray Conservation & Research: Wildlife Conservation Marine Conservation Archaeology
REFERENCE  https://www.moneycontrol.com/news/photos/world/explainer-what-are-geostationary-satellites-and-how-are-they-different-from- other-orbiting-satellites-7323381.html  https://www.slideshare.net/RANE1998/types-of-satellite-orbits-086  https://www.iasgyan.in/blogs/types-of-orbits-explained  www.google.com  http://www.ccpo.odu.edu/SEES/veget/class/Chap_5/5_3.htm#:~:text=Platforms%20refer%20to%20the%20structures,the%20use%20of %20particular%20sensors.  https://www.slideshare.net/udaykumardevalla/unit2-51304046  http://www.ccpo.odu.edu/SEES/veget/class/Chap_5/5_3.htm
Assignment 2 Aim: 1) Introduction to QGIS. 2) To understand basic QGIS. 3) Create shape file; polygon, lines and points. 4) Visualization and mapping. 5) To create attribute table. Activity: 1) Digitization of Jogipara –Jobe Road Area. 2) Map was created showing residential houses, mixed use houses, high way and roads using polygons and lines. 3) North arrow, Legend, Frames and Grid were added while creating the final layout. 2. DIGITIZATION JOGIPARA, JOBE ROAD AREA
2. DIGITIZATION JOGIPARA, JOBE ROAD AREA HOUSE. NO CONDITION ELECTRICITY DRAINAGE DRAINAGE CONDITION CONNECTED/ UNCONNECTED DRAIN ROAD LINK WATER SUPPLY RESIDENTIAL/ MIXED USE 1 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 2 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 3 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 4 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 5 Pucca Yes Yes Uncovered Drain Connected No Yes Residential 6 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 7 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 8 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 9 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 10 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 11 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 12 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 13 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 14 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 15 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 16 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 17 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 18 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 19 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 20 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 21 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 22 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 23 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 24 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 25 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 26 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 27 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 28 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 29 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 30 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 31 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 32 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 33 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential Attribute Table, JOBE ROAD AREA Sources: primary data
2. DIGITIZATION JOGIPARA, JOBE ROAD AREA 34 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 35 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 36 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 37 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 38 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 39 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 40 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 41 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 42 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 43 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 44 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 45 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 46 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 47 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 48 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 49 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 50 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 51 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 52 Pucca Yes Yes Uncovered Drain Connected Yes Yes Namghar 53 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 54 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 55 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 56 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 57 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 58 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 59 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 60 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 61 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 62 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 63 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 64 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 65 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 66 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential HOUSE. NO CONDITION ELECTRICITY DRAINAGE DRAINAGE CONDITION CONNECTED/ UNCONNECTED DRAIN ROAD LINK WATER SUPPLY RESIDENTIAL/ MIXED USE Attribute Table, JOBE ROAD AREA Sources: primary data
2. DIGITIZATION JOGIPARA, JOBE ROAD AREA HOUSE. NO CONDITION ELECTRICITY DRAINAGE DRAINAGE CONDITION CONNECTED/ UNCONNECTED DRAIN ROAD LINK WATER SUPPLY RESIDENTIAL/ MIXED USE 67 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 68 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 69 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 70 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 71 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 72 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 73 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 74 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 75 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 76 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 77 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 78 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 79 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 80 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 81 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 82 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 83 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 84 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 85 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 86 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 87 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 88 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 89 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 90 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 91 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 92 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 93 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 94 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 95 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 96 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 97 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 98 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 99 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 100 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential Attribute Table, JOBE ROAD AREA Sources: primary data
2. DIGITIZATION JOGIPARA, JOBE ROAD AREA
Assignment 3 Aim: 1) To learn georeferencing a topographic map in qgis. 2) To understand georeferencing in QGIS. 3) To convert degree coordinates into decimal coordinates 4) Visualization and mapping. Activity: 1) Converting the given degree coordinate system to decimal coordinate system. 2 Georeferencing of topographic map. 3. GEOREFERENCING
3 . G E O R E F E R E N C I N G
Assignment 4 Aim: 1) To learn making population density maps of GMC wards in QGIS. 2) To understand the meaning of population density. 3) To import CSV files to QGIS 4) Visualization and mapping. Activity: 1) Creating Attribute table from Census Data. 2) Import CSV file and link with Attribute table in Qgis. 3) Categorize the symbology of the layers. 4. POPULATION DENSITY MAP (GMC WARDS)
4 . P O P U L AT I O N D E N S I T Y (GMC WARDS) S No. Ward No. Area sq.km Population Pop Density 1 ward 1 4.78 16692 3492 2 ward 2 8.04 16613 2066 3 ward 3 0.87 11106 12766 4 ward 4 0.33 10731 32518 5 ward 5 0.94 12526 13326 6 ward 6 0.69 10171 14741 7 ward 7 0.67 20366 30397 8 ward 8 2.7 7593 2812 9 ward 9 1.83 6746 3686 10 ward 10 11.27 10216 906 11 ward 11 6.22 18514 2977 12 ward 12 4.81 39995 8315 13 ward 13 1.46 29041 19891 14 ward 14 1.07 17629 16476 15 ward15 0.62 19228 31013 16 ward 16 0.34 39056 114871 17 ward 17 0.75 21292 28389 18 ward 18 0.8 7431 9289 19 ward 19 0.88 14957 16997 20 ward 20 0.8 11887 14859 21 ward 21 1.13 7718 6830 22 ward 22 2.9 21169 7300 23 ward 23 7.59 10837 1428 24 ward 24 6.99 17830 2551 25 ward 25 2.33 20707 8887 26 ward 26 2.47 10431 4223 27 ward 27 1.65 12008 7278 28 ward 28 1.01 9828 9731 29 ward 29 1.67 6988 4184 30 ward 30 0.69 5688 8243 31 ward 31 1.35 7387 5472 32 ward 32 0.63 10332 16400 33 ward 33 1.34 8368 6245 34 ward 34 1.62 11088 6844 35 ward 35 1.12 11012 9832 36 ward 36 1.91 13966 7312 37 ward 37 2 15854 7927 38 ward 38 1.76 8589 4880 39 ward 39 1.48 11574 7820 40 ward 40 2.06 7782 3778 41 ward 41 3.69 21514 5830 42 ward 42 2.01 16649 8283 43 ward 43 4.77 9295 1949 44 ward 44 2.68 15073 5624 45 ward 45 2.76 12537 4542 46 ward 46 2.76 28309 10257 47 ward 47 2.24 9772 4363 48 ward 48 1.53 12686 8292 49 ward 49 2.24 30124 13448 50 ward 50 1 14084 14084 51 ward 51 4 30057 7514 52 ward 52 4.4 9000 2045 53 ward 53 1.07 14890 13916 54 ward 54 0.82 24226 29544 55 ward 55 2.86 13670 4780 56 ward 56 2.83 26625 9408 57 ward 57 7.66 13359 1744 58 ward 58 4.56 31876 6990 59 ward 59 4.36 25709 5897 60 ward 60 7.52 26951 3584 Attribute Table, Population Density Sources: Census 2011, INDIA
4 . P O P U L AT I O N D E N S I T Y G M C WA R D Sources: Census 2011, INDIA
Assignment 5 Aim: 1) To learn making Literacy rate maps of GMC wards in QGIS. 2) To understand the meaning of Literacy% of GMC wards in QGIS. 3) To import CSV files to QGIS 4) Visualization and mapping. Activity: 1) Creating Attribute table from Census Data. 2) Import CSV file and link with Attribute table in Qgis. 3) Categorize the symbology of the layers. 5 . L I T E R A C Y R AT E G M C WA R D
Sl no. Ward Total Population Population Literacy Literacy Rate(%) 5 . L I T E R A C Y R AT E G M C WA R D Sl no. Ward Total Population Population Literacy Literacy Rate(%) 1 1 16692 13815 82.76419842 2 2 16613 13845 83.33834949 3 3 11106 8797 79.20943634 4 4 10731 9159 85.35085267 5 5 12526 10127 80.8478365 6 6 10171 8363 82.22397011 7 7 20366 16768 82.3333006 8 8 7593 6210 81.78585539 9 9 6746 5539 82.1079158 10 10 10216 8184 80.10963195 11 11 18514 14831 80.10694609 12 12 39995 31036 77.59969996 13 13 29041 21966 75.63789126 14 14 17629 13974 79.26711668 15 15 19228 16701 86.85770751 16 16 39056 32199 82.44315854 17 17 21292 16883 79.29269209 18 18 7431 6458 86.90620374 19 19 14957 12747 85.22430969 20 20 11887 9754 82.05602759 21 21 7718 6083 78.81575538 22 22 21169 17663 83.4380462 23 23 10837 8790 81.11100858 24 24 17830 15007 84.16713404 25 25 20707 17480 84.41589801 26 26 10431 9085 87.09615569 27 27 12008 10396 86.57561626 28 28 9828 8433 85.80586081 29 29 6988 6199 88.7092158 30 30 5688 5009 88.0625879 31 31 7387 6184 83.71463382 32 32 10332 8548 82.7332559 33 33 8368 6980 83.41300191 34 34 11088 9489 85.57900433 35 35 11012 9726 88.32183073 36 36 13966 11325 81.08978949 37 37 15854 13570 85.59354106 38 38 8589 7718 89.85912213 39 39 11574 9811 84.76758251 40 40 7782 6711 86.23747109 41 41 21514 18152 84.37296644 42 42 16649 14467 86.89410775 43 43 9295 8046 86.5626681 44 44 15073 13096 86.88383202 45 45 12537 9715 77.49062774 46 46 28309 22904 80.90713201 47 47 9772 8366 85.61195252 48 48 12686 10625 83.75374429 49 49 30124 24297 80.65661931 50 50 14084 11759 83.49190571 51 51 30057 25838 85.96333633 52 52 9000 7303 81.14444444 53 53 14890 12760 85.69509738 54 54 24226 19130 78.96474862 55 55 13670 11922 87.21287491 56 56 26625 21802 81.88544601 57 57 13359 11649 87.19964069 58 58 31876 26645 83.58953445 59 59 25709 22077 85.8726516 60 60 26951 21244 78.82453341 Attribute Table, Literacy Rate Sources: Census 2011, INDIA
5 . L I T E R A C Y % G M C WA R D M A P Sources: Census 2011, INDIA
6. Development Plan Of MIRZA INTRODUCTION • Kochpara (CT) Mirza is located in the administrative area of Circle Office, Palashbari, Kamrup, Assam, India. Mirza town is 33 km from the Dispur Administrative Office, Guwahati. NH-17 passes through the heart of town and Lokpriya Gopinath Bordoloi International Airport is 8 km away from the town. • According to the official record Mirza area covers 2 villages Kochpara and Kokjhar which covers an area of 7.5 sq km. The literacy rate of the town is 94%. Mirza is the educational epicentre of south Kamrup region. • The Development Plan of Mirza town is being prepared with an aim to improve and develop the town in a sustainable manner that is consistent with the policies and objectives contained in URDPFI Guideline 2014. AIM • To prepare Development Plan for Kochpara and Kokjhar (Mirza). OBJECTIVES • To understand the problems and opportunities of Kochpara and Kokjhar (Mirza). • To make future projection of the area on the basis of problems and opportunities. • To make gap analysis and recommend solutions and proposals for sustainable urban growth.
6 . 1 B A S E M A P M I R Z A
6 . 2 D R A I N A G E M A P M I R Z A
GIS FINAL REPORT.pdf

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GIS FINAL REPORT.pdf

  • 2. GUWAHATI COLLEGE OF ARCHITECTURE AND PLANNING COLLEGE SEAL FACULTY SIGNATURE EXTERNAL SIGNATURE SUBMITTED BY KUMAR SATYAM M.PLAN 1ST SEMESTER Roll Number: 221020028001 Registration Number: 154210117 P O R T F O L I O G E O G R A P H I C A L I N F O R M AT I O N S Y S T E M
  • 3. CONTENTS 1. INTRODUCTION 2. DIGITIZATION JOGIPARA, JOBE ROAD AREA 3. GEOREFRENCING MAP 4. GMC WARD POPULATION DENSITY 5. LITERACY% GMC WARD MAP 6. INTRODUCTION OF MIRZA DEVELOPMENT PLAN
  • 4. 1. What Is GIS? o A geographic information system (GIS) is a computer system for capturing, storing, checking, and displaying data related to positions on Earth's surface. • GIS is an information system that used to input, store, retrieve, manipulate, analyze and output geographically referenced data or geospatial data in order to support decision making for planning and management of land use, natural resources, environment, transportation, urban facilities and other administrative records.  A GIS is a computer-based system that provides the following four sets of capabilities to handle geo-referenced data:  Input  Data management (data storage and retrieval)  manipulation and analysis  Output.
  • 5. 1.1 What Is GEOREFERENCING?  Georeferencing means that the internal coordinate system of a digital map or aerial photo can be related to a ground system of geographic coordinates.  Georeferencing is the process of taking a digital image, it could be an air photo, a scanned geologic map, or a picture of a topographic map, and adding geographic information to the image so that GIS or mapping software can 'place' the image in its appropriate real world location. How do I georeference a map in GIS?  From the Georeferencing toolbar, click the Layer drop-down arrow and choose the raster layer you want to georeference. Click the Georeferencing drop-down menu and click Fit To Display. tools to move the raster dataset as needed. To see all the datasets, adjust their order in the table of contents.
  • 6. 1.2 What Is REMOTE SENSING? • Remote sensing is a technology used for obtaining information about the characteristics of an object through the analysis of data acquired from it at a distance. • “The measurement or acquisition of information of some property of an object or phenomenon, by a recording device that is not in physical or intimate contact with the object or phenomenon under study” (Colwell, 1997). • Reflected sunlight is the most common source of radiation measured by passive sensors. Examples of passive remote sensors include film photography, infrared, charge-coupled devices, and radiometers.
  • 7. WHAT ARE REMOTE SENSING SATELLITES? ● Cameras on satellites and airplanes take pictures of large areas on the Earth's surface that capture much more than can be seen when standing on the ground. ● Sonar systems on ships can be used to make images of the ocean floor without traveling to the bottom of the ocean. TYPES OF SATELLITES : 1. Weather satellites 2. Astronomy satellites 3. Space Exploration satellites 4. Atmospheric satellites 5. Navigation satellites 6. Communication satellites Weather satellites Astrosat ( Astronomy satellite)
  • 8. Weather Satellite: As the name suggests, weather satellites provide us the information about the condition of weather for any location on the Earth. Astronomy satellite: The satellites which orbit the Earth and observe other celestial objects and phenomenon's, are called the astronomy satellites. Space Exploration Satellites: Space exploration satellites are those which probe deep into our solar system and explores numerous planetary bodies, moons, meteorite and lots of other celestial bodies and phenomena. Atmospheric Satellite: Atmospheric Satellites are created and launched into the Low Earth Orbit (LEO) to monitor Earth's atmosphere. Navigation Satellites : The navigation satellites are mainly refers to a constellation of satellites which helps to navigate the direction and find out a location on the Earth surface. Communication Satellites: It is quite clear from the name that these satellites helps us to communicate even the longest distance in the world, whether by television, telephone or others. Alouette 1 IRNSS Galileo Satellite ( SES)
  • 9. THREE TYPES OF REMOTE SENSING PLATFORM 1.Ground Based Remote Sensing Platform 2. Airborne Remote Sensing 3. Spaceborne Remote Sensing 1. Ground Observation Platforms  Ground observation platforms are used to record detailed information about the objects or features of the earth's surface. It ranges from 50 m upto 1 km.  Ground observation platforms include handheld platform, towers, portable masts and vehicles etc. 2. Airborne Based Platforms  Aircraft remote sensing system may also be referred to as sub-orbital or airborne, or aerial remote sensing system. Airborne observation platforms include balloons, drones (short sky spy) upto 50 km. At present, airplanes are the most common airborne platform. 3. Spaceborne Observation Platforms  In spaceborne remote sensing, sensors are mounted on-board a spacecraft (space shuttle or satellite) orbiting the earth.  Spaceborne or satellite platform are one-time cost effected but relatively lower cost per unit area of coverage, and can acquire imagery of entire earth without taking permission.  Spaceborne imaging ranges from altitude 250 km to 36000 km. •Space shuttle: 250-300 km •Space station: 300-400 km •Low-level satellites: 700-1500 km •High-level satellites: about 36000 km
  • 10. • The satellite can be rotated around the earth through different paths. These are called as orbits of the satellite. • The satellite orbit are used to cover the required application areas. Types of satellite orbits :- 1. Equatorial orbits 2. Geosynchronous orbits 3. Polar orbits 4. Inclined orbits 5. Prograde orbits 6. Retrograde orbits 7. Low earth orbits(LEO) and medium earth orbits(MEO) 8. Sun synchronous orbits 1.3 What Is SATELLITE ORBIT ?
  • 11. Geostationary Orbit Polar Orbit Geostationary Orbit Geostationary satellites orbit the Earth's axis as fast as the Earth spins. This orbit allows these satellites to continuously look at the same spot on the earth – important for locating the position of hurricanes and monitoring developing severe storms. Polar Orbit When the satellite rotates in orbit that covers the north and south poles it is called as a polar orbit. Equatorial orbits When satellite rotates in an orbit above the equator it is called as an equatorial orbits or circular or geostationary orbit. The circular equatorial orbit is exactly in the plane of equator on the earth. All the points on this orbit are equidistance from the earth surface. Geosynchronous orbit. If the inclination of the orbit of the satellite is not zero then the orbit is called as geosynchronous orbit. Inclined orbit The satellite following the other orbital path, other than equatorial or polar is called as an inclined orbit. Prograde orbit & Retrograde orbit Prograde orbit: An orbit in which the satellite moves in the same direction as the earth’s rotation is called as a prograde orbit. Retrograde orbit: An orbit in which the satellite moves in opposite direction on the earth rotation is called as retrograde orbit. sun synchronous orbit A Sun-synchronous orbit can place a satellite in constant sunlight, which allows the solar panels to work continually. This orbit is also useful for imaging, spy, and weather satellites. These orbits are used for satellites that need a constant amount of sunlight.
  • 13. Satellite Remote Sensing Applications Défense & Intelligence Défense Mapping Surveillance Reconnaissance Target tracking Global Warming Research: Sea-Ice studies Climate Change research Airborne pollution Natural resources: Agriculture & Forestry Environmental Monitoring Coastal Monitoring Conservation & Research: Wildlife Conservation Marine Conservation Archaeology 1.4 Uses Of SATELLITE SENSORS Development and Construction: Land Development Engineering & Construction Geo Sciences: Cartography hydrology Oceanography Disaster Response: Natural Hazards Earthquakes Others: Law enforcement City & Urban Planning Navigation Systems Traffic Monitoring Systems Medical Sciences: CAT Scan MRI Xray Conservation & Research: Wildlife Conservation Marine Conservation Archaeology
  • 14. REFERENCE  https://www.moneycontrol.com/news/photos/world/explainer-what-are-geostationary-satellites-and-how-are-they-different-from- other-orbiting-satellites-7323381.html  https://www.slideshare.net/RANE1998/types-of-satellite-orbits-086  https://www.iasgyan.in/blogs/types-of-orbits-explained  www.google.com  http://www.ccpo.odu.edu/SEES/veget/class/Chap_5/5_3.htm#:~:text=Platforms%20refer%20to%20the%20structures,the%20use%20of %20particular%20sensors.  https://www.slideshare.net/udaykumardevalla/unit2-51304046  http://www.ccpo.odu.edu/SEES/veget/class/Chap_5/5_3.htm
  • 15. Assignment 2 Aim: 1) Introduction to QGIS. 2) To understand basic QGIS. 3) Create shape file; polygon, lines and points. 4) Visualization and mapping. 5) To create attribute table. Activity: 1) Digitization of Jogipara –Jobe Road Area. 2) Map was created showing residential houses, mixed use houses, high way and roads using polygons and lines. 3) North arrow, Legend, Frames and Grid were added while creating the final layout. 2. DIGITIZATION JOGIPARA, JOBE ROAD AREA
  • 16. 2. DIGITIZATION JOGIPARA, JOBE ROAD AREA HOUSE. NO CONDITION ELECTRICITY DRAINAGE DRAINAGE CONDITION CONNECTED/ UNCONNECTED DRAIN ROAD LINK WATER SUPPLY RESIDENTIAL/ MIXED USE 1 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 2 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 3 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 4 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 5 Pucca Yes Yes Uncovered Drain Connected No Yes Residential 6 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 7 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 8 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 9 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 10 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 11 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 12 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 13 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 14 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 15 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 16 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 17 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 18 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 19 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 20 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 21 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 22 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 23 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 24 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 25 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 26 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 27 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 28 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 29 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 30 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 31 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 32 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 33 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential Attribute Table, JOBE ROAD AREA Sources: primary data
  • 17. 2. DIGITIZATION JOGIPARA, JOBE ROAD AREA 34 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 35 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 36 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 37 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 38 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 39 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 40 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 41 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 42 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 43 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 44 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 45 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 46 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 47 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 48 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 49 Pucca Yes Yes Uncovered Drain Connected Yes Yes Mixed 50 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 51 Pucca Yes Yes Uncovered Drain Connected Yes Yes Residential 52 Pucca Yes Yes Uncovered Drain Connected Yes Yes Namghar 53 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 54 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 55 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 56 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 57 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 58 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 59 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 60 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 61 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 62 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 63 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 64 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 65 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 66 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential HOUSE. NO CONDITION ELECTRICITY DRAINAGE DRAINAGE CONDITION CONNECTED/ UNCONNECTED DRAIN ROAD LINK WATER SUPPLY RESIDENTIAL/ MIXED USE Attribute Table, JOBE ROAD AREA Sources: primary data
  • 18. 2. DIGITIZATION JOGIPARA, JOBE ROAD AREA HOUSE. NO CONDITION ELECTRICITY DRAINAGE DRAINAGE CONDITION CONNECTED/ UNCONNECTED DRAIN ROAD LINK WATER SUPPLY RESIDENTIAL/ MIXED USE 67 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 68 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 69 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 70 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 71 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 72 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 73 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 74 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 75 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 76 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 77 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 78 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 79 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 80 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 81 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 82 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 83 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 84 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 85 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 86 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 87 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 88 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 89 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 90 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 91 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 92 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 93 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 94 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 95 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 96 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 97 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 98 Pucca Yes Yes Unavailable Unconnected Yes Yes Mixed 99 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential 100 Pucca Yes Yes Unavailable Unconnected Yes Yes Residential Attribute Table, JOBE ROAD AREA Sources: primary data
  • 20. Assignment 3 Aim: 1) To learn georeferencing a topographic map in qgis. 2) To understand georeferencing in QGIS. 3) To convert degree coordinates into decimal coordinates 4) Visualization and mapping. Activity: 1) Converting the given degree coordinate system to decimal coordinate system. 2 Georeferencing of topographic map. 3. GEOREFERENCING
  • 22. Assignment 4 Aim: 1) To learn making population density maps of GMC wards in QGIS. 2) To understand the meaning of population density. 3) To import CSV files to QGIS 4) Visualization and mapping. Activity: 1) Creating Attribute table from Census Data. 2) Import CSV file and link with Attribute table in Qgis. 3) Categorize the symbology of the layers. 4. POPULATION DENSITY MAP (GMC WARDS)
  • 23. 4 . P O P U L AT I O N D E N S I T Y (GMC WARDS) S No. Ward No. Area sq.km Population Pop Density 1 ward 1 4.78 16692 3492 2 ward 2 8.04 16613 2066 3 ward 3 0.87 11106 12766 4 ward 4 0.33 10731 32518 5 ward 5 0.94 12526 13326 6 ward 6 0.69 10171 14741 7 ward 7 0.67 20366 30397 8 ward 8 2.7 7593 2812 9 ward 9 1.83 6746 3686 10 ward 10 11.27 10216 906 11 ward 11 6.22 18514 2977 12 ward 12 4.81 39995 8315 13 ward 13 1.46 29041 19891 14 ward 14 1.07 17629 16476 15 ward15 0.62 19228 31013 16 ward 16 0.34 39056 114871 17 ward 17 0.75 21292 28389 18 ward 18 0.8 7431 9289 19 ward 19 0.88 14957 16997 20 ward 20 0.8 11887 14859 21 ward 21 1.13 7718 6830 22 ward 22 2.9 21169 7300 23 ward 23 7.59 10837 1428 24 ward 24 6.99 17830 2551 25 ward 25 2.33 20707 8887 26 ward 26 2.47 10431 4223 27 ward 27 1.65 12008 7278 28 ward 28 1.01 9828 9731 29 ward 29 1.67 6988 4184 30 ward 30 0.69 5688 8243 31 ward 31 1.35 7387 5472 32 ward 32 0.63 10332 16400 33 ward 33 1.34 8368 6245 34 ward 34 1.62 11088 6844 35 ward 35 1.12 11012 9832 36 ward 36 1.91 13966 7312 37 ward 37 2 15854 7927 38 ward 38 1.76 8589 4880 39 ward 39 1.48 11574 7820 40 ward 40 2.06 7782 3778 41 ward 41 3.69 21514 5830 42 ward 42 2.01 16649 8283 43 ward 43 4.77 9295 1949 44 ward 44 2.68 15073 5624 45 ward 45 2.76 12537 4542 46 ward 46 2.76 28309 10257 47 ward 47 2.24 9772 4363 48 ward 48 1.53 12686 8292 49 ward 49 2.24 30124 13448 50 ward 50 1 14084 14084 51 ward 51 4 30057 7514 52 ward 52 4.4 9000 2045 53 ward 53 1.07 14890 13916 54 ward 54 0.82 24226 29544 55 ward 55 2.86 13670 4780 56 ward 56 2.83 26625 9408 57 ward 57 7.66 13359 1744 58 ward 58 4.56 31876 6990 59 ward 59 4.36 25709 5897 60 ward 60 7.52 26951 3584 Attribute Table, Population Density Sources: Census 2011, INDIA
  • 25. Assignment 5 Aim: 1) To learn making Literacy rate maps of GMC wards in QGIS. 2) To understand the meaning of Literacy% of GMC wards in QGIS. 3) To import CSV files to QGIS 4) Visualization and mapping. Activity: 1) Creating Attribute table from Census Data. 2) Import CSV file and link with Attribute table in Qgis. 3) Categorize the symbology of the layers. 5 . L I T E R A C Y R AT E G M C WA R D
  • 26. Sl no. Ward Total Population Population Literacy Literacy Rate(%) 5 . L I T E R A C Y R AT E G M C WA R D Sl no. Ward Total Population Population Literacy Literacy Rate(%) 1 1 16692 13815 82.76419842 2 2 16613 13845 83.33834949 3 3 11106 8797 79.20943634 4 4 10731 9159 85.35085267 5 5 12526 10127 80.8478365 6 6 10171 8363 82.22397011 7 7 20366 16768 82.3333006 8 8 7593 6210 81.78585539 9 9 6746 5539 82.1079158 10 10 10216 8184 80.10963195 11 11 18514 14831 80.10694609 12 12 39995 31036 77.59969996 13 13 29041 21966 75.63789126 14 14 17629 13974 79.26711668 15 15 19228 16701 86.85770751 16 16 39056 32199 82.44315854 17 17 21292 16883 79.29269209 18 18 7431 6458 86.90620374 19 19 14957 12747 85.22430969 20 20 11887 9754 82.05602759 21 21 7718 6083 78.81575538 22 22 21169 17663 83.4380462 23 23 10837 8790 81.11100858 24 24 17830 15007 84.16713404 25 25 20707 17480 84.41589801 26 26 10431 9085 87.09615569 27 27 12008 10396 86.57561626 28 28 9828 8433 85.80586081 29 29 6988 6199 88.7092158 30 30 5688 5009 88.0625879 31 31 7387 6184 83.71463382 32 32 10332 8548 82.7332559 33 33 8368 6980 83.41300191 34 34 11088 9489 85.57900433 35 35 11012 9726 88.32183073 36 36 13966 11325 81.08978949 37 37 15854 13570 85.59354106 38 38 8589 7718 89.85912213 39 39 11574 9811 84.76758251 40 40 7782 6711 86.23747109 41 41 21514 18152 84.37296644 42 42 16649 14467 86.89410775 43 43 9295 8046 86.5626681 44 44 15073 13096 86.88383202 45 45 12537 9715 77.49062774 46 46 28309 22904 80.90713201 47 47 9772 8366 85.61195252 48 48 12686 10625 83.75374429 49 49 30124 24297 80.65661931 50 50 14084 11759 83.49190571 51 51 30057 25838 85.96333633 52 52 9000 7303 81.14444444 53 53 14890 12760 85.69509738 54 54 24226 19130 78.96474862 55 55 13670 11922 87.21287491 56 56 26625 21802 81.88544601 57 57 13359 11649 87.19964069 58 58 31876 26645 83.58953445 59 59 25709 22077 85.8726516 60 60 26951 21244 78.82453341 Attribute Table, Literacy Rate Sources: Census 2011, INDIA
  • 28. 6. Development Plan Of MIRZA INTRODUCTION • Kochpara (CT) Mirza is located in the administrative area of Circle Office, Palashbari, Kamrup, Assam, India. Mirza town is 33 km from the Dispur Administrative Office, Guwahati. NH-17 passes through the heart of town and Lokpriya Gopinath Bordoloi International Airport is 8 km away from the town. • According to the official record Mirza area covers 2 villages Kochpara and Kokjhar which covers an area of 7.5 sq km. The literacy rate of the town is 94%. Mirza is the educational epicentre of south Kamrup region. • The Development Plan of Mirza town is being prepared with an aim to improve and develop the town in a sustainable manner that is consistent with the policies and objectives contained in URDPFI Guideline 2014. AIM • To prepare Development Plan for Kochpara and Kokjhar (Mirza). OBJECTIVES • To understand the problems and opportunities of Kochpara and Kokjhar (Mirza). • To make future projection of the area on the basis of problems and opportunities. • To make gap analysis and recommend solutions and proposals for sustainable urban growth.