Skip to main content

Custom User Menu

  • Log In
Home

Main navigation

  • Home
      • Table of Contents
      • How to Highlight and Take Notes
      • Acronyms
      • Figures
      • Glossary
      • File Icons
      • Footnotes and References
      • Supported Coordinate Systems
      • Chapter One Title Page
      • Section One - Introduction
      • Section Two - What is GIS?
      • Section Three - Why Do We Need A GIS?
      • Section Four - Putting it all Together: An Example
      • Section Five - Uses of GIS
      • Section Six - History of GIS
      • Chapter Two Title Page
      • Section One - Introduction
      • Section Two - Geodesy
      • Section Three - Mathematically Measuring the Earth
      • Section Four: Latitude and Longitude - One Example of a Geographic Grid
      • Section Five: Geodetic Datums: Combining Reference Ellipsoids and Geoids
      • Section Six: Geographic Coordinate Systems
      • Section Seven: Projection Methods
      • Section Eight- Projected Coordinate Systems
      • Section Nine: Just a Few Extras
      • Chapter Three Title Page
      • Section One - Introduction
      • Section Two - Vector Data
      • Section Three - Raster Data
      • Section Four - Discrete and Continuous Data
      • Section Five - Data Tables
      • Section Six - Introduction to Attribute Tables
      • Chapter Four Title Page
      • Section One - Introduction
      • Section Two - Data Models
      • Section Three - Meet ArcGIS Pro Catalog View
      • Section Four - Meet ArcGIS Pro Maps and Layouts
      • Section Five - What Are Relational Databases and Geodatabases
      • Chapter Five Title Page
      • Section One - Introduction
      • Section Two - Attribute Tables: An Overview
      • Section Three - Attribute Tables Basics
      • Section Four: Selecting Data in ArcMap - The Basics of Making Selections
      • Section Five: Using Selected Data
  • Toolbars
  • Windows Operations

Section Six - Geographic Coordinate Systems

Breadcrumb

  • Home
  • Introduction to GIS
  • Chapter Two
  • Section Six - Geographic Coordinate Systems

Up to this point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. , we've spent a lot of time looking at how we mathematically measure and model the Earth. We learned that:

  1. the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." is the actual Earth surface upon which we walk;
  2. a geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." is a model of gravity, representing local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features to establish a proper zero point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. for elevation the vertical distance between local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features and a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface measurements;
  3. reference ellipsoids comes in two varieties - local and global - and upon those reference ellipsoids a geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. is drawn;
  4. geographic grids require an Earth-centered, Earth-fixed coordinate system and an affine transformation;
  5. Earth-centered, Earth-fixed coordinate systems require an angular unit of measure the selected units for measuring angles.  Choices include degree and radians.  and a principle meridian;
  6. local reference ellipsoids fit inside the geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." really great somewhere and really poorly everywhere else;
  7. global reference ellipsoids fit everywhere inside a geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." , however, the fit pretty okay everywhere but not really great anywhere;
  8. latitude also known as 'parallels' the east-west portion of a geographic grid measured with angles between 0 and 90° and longitude, which happen to use an Earth-centered, Earth-fixed coordinate system utilizing the Prime Meridian the name of the principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. in the latitude/longitude system as the principle meridian and degrees measurement of plane angle, representing 1⁄360 of a full rotation (circle). In full, a degree of arc or arc degree. Usually denoted by ° as the angular unit of measure the selected units for measuring angles.  Choices include degree and radians.  , is just one example (albeit the most common) of a geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. ;
  9. geographic grids are not, by themselves, a datum, nor a geographic coordinate system;
  10. benchmarks Benchmarks are real-world locations which have been carefully surveyed with locations to match a specific geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." . are real world objects, found on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." , which are the base of datums. These benchmarks Benchmarks are real-world locations which have been carefully surveyed with locations to match a specific geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." . allow for a series of points to connect the XY coordinates of a reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid with the XY coordinates and Z values of the geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." . Once several benchmarks Benchmarks are real-world locations which have been carefully surveyed with locations to match a specific geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." . connect the geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." to the reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid , all of the remaining control points can be found utilizing a Cartesian Coordinate System;
  11. benchmarks Benchmarks are real-world locations which have been carefully surveyed with locations to match a specific geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." . are a real world objects that are converted into control points within the datum. Some, but not all, control points within a datums started out as benchmarks Benchmarks are real-world locations which have been carefully surveyed with locations to match a specific geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." . . The rest were mathematically derived;
  12. datums, horizontal or vertical, are the product of connecting a geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." to a chosen geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. via control points;
  13. horizontal datums used to reference location on the Earth's surface, regardless of elevation (the focus of Introduction to GIS Geographic Information Systems the software used to create, store, and manage spatial data Data that deals with location, such as lists of addresses, the footprint of a building, the boundaries of cities and counties, etc. , analyze spatial problems, and display the data in cartographic layouts   Geographic Information Sciences ) contain only X and Y coordinates, assuming the entire world exists at an equal elevation the vertical distance between local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features and a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface ;
  14. and vertical datums used to reference locations and distances above mean sea level; elevation. contain just Z values, while three-dimensional datums(used inside GPS receivers)are made up of XY and Z coordinates/values .

Geographic coordinate systems are the whole sha-bang - a datum connected paired with a geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. - and their purpose in cartography, geodesy the science of measuring and monitoring the size and shape of the Earth and the location of points on its surface , GIS Geographic Information Systems the software used to create, store, and manage spatial data Data that deals with location, such as lists of addresses, the footprint of a building, the boundaries of cities and counties, etc. , analyze spatial problems, and display the data in cartographic layouts   Geographic Information Sciences , and navigation is to represent all of the land and ocean masses graphically and give an "address" to every point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface. Much like grocery store down the street which has an address of 123 Bob Street, Boston Mass., it also has an address for it's location on the Earth's surface. This GCS address is measured not in an odd-even value/street name/city like it's Post Office address, but in - most commonly - latitude also known as 'parallels' the east-west portion of a geographic grid measured with angles between 0 and 90° and longitude, degrees measurement of plane angle, representing 1⁄360 of a full rotation (circle). In full, a degree of arc or arc degree. Usually denoted by ° , minutes "arc minute" 1/60th of a degree. Usually denoted by " , seconds arc minute. 1/60th of an arc minute; 1/3600 of a degree.  Usually denoted by ' . Long after the grocery store goes out of business and the street is demolished and replaced by a speed train track, the latitude also known as 'parallels' the east-west portion of a geographic grid measured with angles between 0 and 90° and longitude - the GCS address - will continue to be true. Since the point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. found on the GCS is tied to the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." , even is if a huge hole or man-made mountain is put in place, the X and Y coordinates will never change (if we make a huge hole or mountain, the Z value will change - not to be confused with the gravitational pull, but the distance above local sea level).

Often, in Intro to GIS Geographic Information Systems the software used to create, store, and manage spatial data Data that deals with location, such as lists of addresses, the footprint of a building, the boundaries of cities and counties, etc. , analyze spatial problems, and display the data in cartographic layouts   Geographic Information Sciences classes, datums and geographic coordinate systems are mixed up and the words used interchangeably, which is incorrect. Geographic coordinate systems require a complete and labeled geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. paired with a datum. The datum is, indeed, a reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid connected to a geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." via control points, which are transferred from the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." to the geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." and mathematically derived via a temporary grid drawn on the reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid , but that without a complete geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. , it's still just a datum and not a Geographic Coordinate System. It's not until a datum is selected and a geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. is "stretched" and "conformed" to match a reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid , using the control points of the datum as the "anchors" that a Geographic Coordinate System is created.

Every geographic coordinate system is based upon a datum and when you look at the properties of that GCS, you can find the name of the datum (as well as the geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." , for that fact). Knowing which datum a geographic coordinate system is based on (and how to look it up) is pretty important when it comes to accuracy (for now, we will leave it at that, as the full explanation will make more sense later). It is important to note that geographic coordinate systems are a stand alone thing - there is no need to move any further forward if your goal is to simply navigate around using GPS unit (as the job of a GPS unit is to find places in the real world on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." ). In the next section, we will learn what it takes to get the round earth to be a flat map utilizing a method where we project the data from a 3D object to a 2D object. This is necessary if we need to measure things such as area (since we think better in units like feet and meters squared instead of degrees measurement of plane angle, representing 1⁄360 of a full rotation (circle). In full, a degree of arc or arc degree. Usually denoted by ° squared) or wish to accurately navigate without drawing on a globe.

FIGURE 2.20: A Graphical Breakdown of the Parts of a Geographic Coordinate System
Geographic Coordinate Systems are a complete package: A datum with a specific geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. laid over the reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid . While it is important to understand how each part is made, this graphic is a simple breakdown of the parts and how they connect.

 

The Main Point...
Creating a Geographic Coordinate System:
Select a specific geodetic datum the result of attaching a "free-floating" reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid to a specifically measured geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." via control points and benchmarks. (attaching a reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid to a geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." via control points) and match it to a geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. (a labeled grid combining an Earth-Centered, Earth-Fixed coordinate system (a principle meridian and an angular unit of measure the selected units for measuring angles.  Choices include degree and radians.  ) and an affine transformation). The output is an a means to locate and label specific locations on the Earth’s surface. Once these places are labeled, tools such as GPS units can lead you right to them.

The term Geographic Coordinate System is often incorrectly used interchangeably with datum. While they seem similar, a geographic coordinate system is the whole package: a geographic grid the result of using an established angular unit of measure to label the intersections of north-south and east-west lines on the surface of the Earth starting the labels at a principal meridian the north-south line from which the labeling begins.  East-west lines have a very obvious start point: the equator.  North-south lines must start somewhere, so when it is established for a particular geographic grid, it can be considered the principal meridian. and a datum, while a datum is just the part which links a reference ellipsoid an ellipsoid that is drawn to best-fit an area. World reference ellipsoids are drawn to best-fit the entire geoid; local ellipsoids are best fit on one side to a single place of the geoid to a geoid a model of the variation between global mean (average) sea level and local mean sea level the measurement above or below the global average at a single point A GIS vector data in any sort of digital science or art, is simply denoting a type of graphical representation using straight lines to construct the outlines of objects geometry type which is made up of just one vertex pl. vertices One of a set of ordered x,y coordinate pairs that defines the shape of a line or polygon feature. , marking a single XY location in any given geographic or projected coordinate system. on the Earth's surface used for recording the elevation of topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." 's relief the difference between the highest and lowest point within a particular area while landforms are the descriptive words for individual features , which is used to measure precise elevations on the topographic surface a detailed map of the surface features of land. It includes the mountains, hills, creeks, and other bumps and lumps on a particular hunk of earth. The word is a Greek-rooted combo of topos meaning "place" and graphein "to write." .

Supported Geographic Coordinate Systems

Open in a Separate Page
GCS NameWKIDArea of UseMinimum LatitudeMinimum LongitudeMaximum LatitudeMaximum Longitude
1_Ceres_2015104972World-90-18090180
4_Vesta_2015104973World-90-18090180
GCS_Abidjan_19874143Cote d'Ivoire (Ivory Coast)1.02-8.6110.74-2.48
AbInvA96_2020-IRF9384UK - Aberdeen to Inverness57.1-4.3157.71-2.1
GCS_Accra4168Ghana1.4-3.7911.162.1
GCS_Aden_19256881Yemen - South Yemen - mainland12.5443.371953.14
GCS_Adindan4201Africa - Eritrea, Ethiopia, South Sudan and Sudan3.421.8222.2447.99
GCS_Adrastea_2000104909World-90-18090180
GCS_Afgooye4205Somalia - onshore-1.7140.9912.0351.47
GCS_Agadez4206Niger11.690.1623.5316
GCS_Ain_el_Abd_19704204Asia - Middle East - Bahrain, Kuwait and Saudi Arabia16.3734.5132.1655.67
GCS_Airy_18304001Not specified-90-18090180
GCS_Airy_Modified4002Not specified-90-18090180
GCS_Alaskan_Islands37260USA - Alaska51.3172.4271.4-129.99
GCS_Albanian_19874191Albania - onshore39.6419.2242.6721.06
GCS_Amalthea_2000104910World-90-18090180
GCS_American_Samoa_19624169American Samoa - 2 main island groups-14.43-170.88-14.11-169.38
AbInvA96_2020-IRF9384UK - Aberdeen to Inverness57.1-4.357.7-2.1
GCS_Amersfoort4289Netherlands - onshore50.753.253.77.22
GCS_Ammassalik_19584196Greenland - Ammassalik area65.52-38.8665.91-36.81
GCS_Ananke_2000104911World-90-18090180
GCS_Anguilla_19574600Anguilla - onshore18.11-63.2218.33-62.92
GCS_Anna_1_19654708Cocos (Keeling) Islands - onshore-12.2796.76-11.7696.99
GCS_Antigua_19434601Antigua - onshore16.94-61.9517.22-61.61
GCS_Aratu4208Brazil - Aratu-35.71-53.384.26-26
GCS_Arc_19504209Africa - Botswana, Malawi, Zambia, Zimbabwe-26.8819.99-8.1935.93
GCS_Arc_19604210Africa - Burundi, Kenya, Rwanda, Tanzania and Uganda-11.7528.854.6341.91
GCS_Ariel_2000104945World-90-18090180
GCS_Ascension_Island_19584712St Helena - Ascension Island-8.03-14.46-7.83-14.24
GCS_Astro_19524711Japan - Minamitori-shima (Marcus Island) - onshore24.22153.9124.35154.05
GCS_ATF_Paris4901France - mainland onshore42.33-4.8751.148.23
GCS_Atlas_2000104926World-90-18090180
ATRF20149309Australia - GDA-60.5593.41-8.47173.34
GCS_ATS_19774122Canada - Maritime Provinces43.41-69.0548.07-59.73
GCS_Australian4003Not specified-90-18090180
GCS_Australian_19664202Australasia - Australia and PNG - AGD66-47.2109.23-1.3163.2
GCS_Australian_19844203Australia - AGD84-38.53109.23-9.37153.61
GCS_Australian_Antarctic_19984176Antarctica - Australian sector-9045-60160
GCS_Ayabelle4713Djibouti10.9441.7512.7244.15
GCS_Azores_Central_19484183Portugal - Azores C - onshore38.32-28.939.14-26.97
GCS_Azores_Central_19954665Portugal - Azores C - onshore38.32-28.939.14-26.97
GCS_Azores_Occidental_19394182Portugal - Azores W - onshore39.3-31.3439.77-31.02
GCS_Azores_Oriental_19404184Portugal - Azores E - onshore36.87-25.9237.96-24.62
GCS_Azores_Oriental_19954664Portugal - Azores E - onshore36.87-25.9237.96-24.62
GCS_Bab_South104112Palau1.64129.4811.45136.98
GCS_Barbados_19384212Barbados - onshore13-59.7113.39-59.37
GCS_Batavia4211Indonesia - Java, Java Sea and western Sumatra-8.9195.165.97117.01
GCS_Batavia_Jakarta4813Indonesia - Bali, Java and western Sumatra onshore-8.9195.165.97115.77
GCS_Beacon_E_19454709Japan - Iwo Jima24.67141.224.89141.42
GCS_Beduaram4213Niger - southeast12.87.8116.714.9
GCS_Beijing_19544214China16.773.6253.56134.77
GCS_Bekaa_Valley_19206882Lebanon - onshore33.0635.0434.6536.63
GCS_Belge_19504215Belgium - onshore49.52.551.516.4
GCS_Belge_1950_Brussels4809Belgium - onshore49.52.551.516.4
GCS_Belge_19724313Belgium - onshore49.52.551.516.4
GCS_Belinda_2000104946World-90-18090180
GCS_Bellevue_IGN4714Vanuatu - southern islands-20.31168.09-17.37169.95
GCS_Bermuda_19574216Bermuda - onshore32.21-64.8932.43-64.61
GCS_Bermuda_20004762Bermuda28.91-68.8335.73-60.7
GCS_Bern_1898_Bern4801Europe - Liechtenstein and Switzerland45.825.9647.8110.49
GCS_Bern_19384306Europe - Liechtenstein and Switzerland45.825.9647.8110.49
GCS_Bessel_18414004Not specified-90-18090180
GCS_Bessel_Modified4005Not specified-90-18090180
GCS_Bessel_Namibia4006Not specified-90-18090180
BGS20057798Bulgaria41.2422.3644.2331.35
GCS_Bianca_2000104947World-90-18090180
GCS_Bioko6883Equatorial Guinea - Bioko3.148.373.829.02
GCS_Bissau4165Guinea-Bissau - onshore10.87-16.7712.69-13.64
GCS_Bogota4218Colombia - mainland and offshore Caribbean-4.23-79.113.68-66.87
GCS_Bogota_Bogota4802Colombia - mainland-4.23-79.112.52-66.87
GCS_Bukit_Rimpah4219Indonesia - Banga & Belitung Islands-3.3105.07-1.44108.35
GCS_Cadastre_19974475Mayotte - onshore-13.0544.98-12.6145.35
California_SRS_Epoch_2017.50_(NAD 83)104024USA - California and borders of NV, AZ, OR and MX32.25-124.4442.53-113.6
GCS_Callisto_2000104912World-90-18090180
GCS_Calypso_2000104927World-90-18090180
GCS_Camacupa4220Angola - Angola proper-18.028.2-5.8224.09
Camacupa_20158694Angola-18.028.2-4.3824.09
GCS_Camp_Area4715Antarctica - Camp McMurdo area-77.94165.73-77.17167.43
GCS_Campo_Inchauspe4221Argentina - mainland onshore and offshore Tierra del Fuego-54.93-73.59-21.78-53.65
GCS_Canton_19664716Kiribati - Phoenix Islands-4.76-174.6-2.68-170.66
GCS_Cape4222Africa - Botswana, Eswatini, Lesotho and South Africa-34.8816.45-17.7832.95
GCS_Cape_Canaveral4717North America - Bahamas and USA - Florida - onshore20.86-82.3330.83-72.68
GCS_Carme_2000104913World-90-18090180
GCS_Carthage4223Tunisia30.237.4938.4113.67
GCS_Carthage_Grad37225Tunisia30.237.4938.4113.67
GCS_Carthage_Paris4816Tunisia - onshore30.237.4937.411.59
GCS_CGRS_19936311Cyprus - onshore34.5932.235.7434.65
GCS_CH19034149Europe - Liechtenstein and Switzerland45.825.9647.8110.49
GCS_CH1903+4150Europe - Liechtenstein and Switzerland45.825.9647.8110.49
GCS_Charon_2000104970World-90-18090180
GCS_Chatham_Island_19714672New Zealand - Chatham Islands group-44.64-177.25-43.3-175.54
GCS_Chatham_Islands_19794673New Zealand - Chatham Islands group-44.64-177.25-43.3-175.54
GCS_China_Geodetic_Coordinate_ System_20004490China16.773.6253.56134.77
GCS_Chos_Malal_19144160Argentina - Neuquen province-41.1-71.96-36.14-68.01
GCS_Chua4224South America - Brazil - south of 18° S and west of 54° W + Distrito Federal; N Paraguay-31.91-62.57-15.37-47.1
GCS_CIGD116135Cayman Islands17.58-83.620.68-78.72
GCS_Clarke_18584007Not specified-90-18090180
GCS_Clarke_18664008Not specified-90-18090180
GCS_Clarke_1866_Michigan4009Not specified-90-18090180
GCS_Clarke_18804034Not specified-90-18090180
GCS_Clarke_1880_Arc4013Not specified-90-18090180
GCS_Clarke_1880_Benoit4010Not specified-90-18090180
GCS_Clarke_1880_IGN4011Not specified-90-18090180
GCS_Clarke_1880_RGS4012Not specified-90-18090180
GCS_Clarke_1880_SGA4014Not specified-90-18090180
GCS_Combani_19504632Mayotte - onshore-13.0544.98-12.6145.35
GCS_Conakry_19054315Guinea - onshore7.19-15.1312.68-7.65
GCS_Cordelia_2000104948World-90-18090180
GCS_Corrego_Alegre4225Brazil - Corrego Alegre 1970- 1972-33.78-58.16-2.68-34.74
GCS_Corrego_Alegre_19615524Brazil - Corrego Alegre 1961-27.5-58.16-14.99-38.82
GCS_Cote_d_Ivoire4226Cote d'Ivoire (Ivory Coast)1.02-8.6110.74-2.48
GCS_CR055365Costa Rica2.15-90.4511.77-81.43
CR-SIRGAS8907Costa Rica2.15-90.4511.77-81.43
GCS_Cressida_2000104949World-90-18090180
GCS_CSG_19674623French Guiana - coastal area3.43-54.455.81-51.61
GCS_D48104131Slovenia45.4213.3846.8816.61
GCS_Dabola_19814155Guinea - onshore7.19-15.1312.68-7.65
GCS_Datum_734274Portugal - mainland - onshore36.95-9.5642.16-6.19
GCS_Datum_Lisboa_Bessel104105Portugal29.24-35.5843.07-6.19
GCS_Datum_Lisboa_Hayford104106Portugal29.24-35.5843.07-6.19
GCS_DB_REF5681Germany - onshore47.275.8655.0915.04
GCS_Dealul_Piscului_19334316Romania - onshore43.6220.2648.2729.74
GCS_Dealul_Piscului_19704317Romania43.4420.2648.2731.41
GCS_Deception_Island4736Antarctica - Deception Island-63.08-60.89-62.82-60.35
GCS_Deimos_2000104906World-90-18090180
GCS_Deir_ez_Zor4227Asia - Middle East - Lebanon and Syria onshore32.3135.0437.342.38
GCS_Desdemona_2000104950World-90-18090180
GCS_Despina_2000104961World-90-18090180
GCS_Deutsches_Hauptdreiecksnetz4314Germany47.273.3455.9215.04
GCS_DGN_19954755Indonesia-13.9592.017.79141.46
GCS_Dione_2000104928World-90-18090180
GCS_Dominica_19454602Dominica - onshore15.14-61.5515.69-61.2
GCS_DOS_196837218Solomon Islands - New Georgia - Ghizo (Gizo)-8.86156.44-7.52158.2
GCS_DOS_71_44710St Helena - St Helena Island-16.08-5.85-15.85-5.58
GCS_Douala4228Cameroon1.658.3213.0916.21
GCS_Douala_19484192Cameroon - coastal area2.168.454.9910.4
GCS_DRUKREF_035264Bhutan26.788.7428.3392.13
GCS_Easter_Island_19674719Chile - Easter Island onshore-27.25-109.51-27.01-109.16
ECML14_NB-IRF9758UK - Newcastle to Ashington54.85-1.955.3-1.3
GCS_Egypt_19074229Egypt21.8924.733.8237.91
GCS_Egypt_19304199Egypt - onshore21.9724.731.6836.95
GCS_Egypt_Gulf_of_Suez_S-650_TL4706Egypt - Gulf of Suez27.1932.3430.0134.27
GCS_Elara_2000104914World-90-18090180
GCS_Enceladus_2000104929World-90-18090180
EOS21-IRF9739UK - Tweedmouth to Aberdeen55.55-3.5557.2-1.95
GCS_Epimetheus_2000104930World-90-18090180
GCS_Estonia_1937104101Estonia57.5220.376028.2
GCS_Estonia_19924133Estonia - onshore57.5221.7459.7528.2
GCS_Estonia_19974180Estonia57.5220.376028.2
ETRF20009067Europe - ETRF by country32.88-16.184.7340.18
ETRF2000-PL9702Poland4914.1455.9324.15
ETRF20059068Europe - ETRF by country32.88-16.184.7340.18
ETRF20149069Europe - ETRF by country32.88-16.184.7340.18
GCS_ETRF_19899059Europe - ETRF by country32.88-16.184.7340.18
ETRF909060Europe - ETRF by country32.88-16.184.7340.18
ETRF919061Europe - ETRF by country32.88-16.184.7340.18
ETRF929062Europe - ETRF by country32.88-16.184.7340.18
ETRF939063Europe - ETRF by country32.88-16.184.7340.18
ETRF949064Europe - ETRF by country32.88-16.184.7340.18
ETRF969065Europe - ETRF by country32.88-16.184.7340.18
ETRF979066Europe - ETRF by country32.88-16.184.7340.18
GCS_ETRS_19894258Europe - ETRF by country32.88-16.184.7340.18
GCS_EUREF_FIN104129Finland58.8419.0870.0931.59
GCS_Europa_2000104915World-90-18090180
GCS_European_19504230Europe - ED50 by country25.71-16.184.7348.61
GCS_European_1950_ED774154Iran23.3444.0339.7863.34
GCS_European_19794668Europe - west34.88-10.5684.7339.65
GCS_European_19874231Europe - west34.88-10.5684.7339.65
GCS_European_Libyan_Datum_19794159Libya19.499.3135.2326.21
GCS_Everest_18304042Not specified-90-18090180
GCS_Everest_Adj_19374015Not specified-90-18090180
GCS_Everest_Bangladesh37202Bangladesh18.5688.0126.6492.67
GCS_Everest_def_19624044Not specified-90-18090180
GCS_Everest_def_19674016Not specified-90-18090180
GCS_Everest_def_19754045Not specified-90-18090180
GCS_Everest_India_Nepal37203India3.8765.635.5197.42
GCS_Everest_Modified4018Not specified-90-18090180
GCS_Everest_Modified_196937006World-90-18090180
GCS_Fahud4232Oman - mainland16.5951.9926.4259.91
GCS_Fatu_Iva_19724688French Polynesia - Marquesas Islands - Fatu Hiva-10.6-138.75-10.36-138.54
GCS_FD_19544741Faroe Islands - onshore61.33-7.4962.41-6.33
GCS_FD_19584132Iran - FD5826.2147.1333.2253.61
GCS_FEH20105593Europe - Fehmarnbelt outer54.3310.6654.8312.01
GCS_Fiji_19564721Fiji - main islands-19.22176.81-16.1-179.77
GCS_Fiji_19864720Fiji - onshore-20.81176.81-12.42-178.15
GCS_Fischer_196037002World-90-18090180
GCS_Fischer_196837003World-90-18090180
GCS_Fischer_Modified37004World-90-18090180
GCS_fk894753Faroe Islands - onshore61.33-7.4962.41-6.33
GCS_Fort_Desaix4625Martinique - onshore14.35-61.2914.93-60.76
GCS_Fort_Marigot4621Guadeloupe - St Martin and St Barthelemy - onshore17.82-63.2118.17-62.73
GCS_Fort_Thomas_195537240St Kitts and Nevis16.34-63.6317.67-62.2
GCS_Galatea_2000104962World-90-18090180
GCS_Gambia6894Gambia - onshore13.05-16.8813.83-13.79
GCS_Gan_19704684Maldives - onshore-0.6972.817.0873.69
GCS_Ganymede_2000104916World-90-18090180
GCS_Garoua4197Cameroon - Garoua area8.9212.99.8714.19
GBK19-IRF9453UK - Glasgow to Kilmarnock55.55-4.6555.95-4.05
GCS_GDA_19944283Australia - GDA-60.5593.41-8.47173.34
GDA20207844Australia - GDA-60.5593.41-8.47173.34
GCS_GDBD20095246Brunei4.01112.376.31115.37
GCS_GDM_20004742Malaysia0.8598.027.81119.61
GDM2008104028Mauritius-23.8153.8-8.4367.05
GCS_GEM_10C4031Not specified-90-18090180
GGD104022Georgia - onshore41.0439.9943.5946.72
GCS_GGRS_19874121Greece - onshore34.8819.5741.7528.3
GCS_Graciosa_Base_SW_194837241Portugal - Azores C - onshore38.32-28.939.14-26.97
GCS_Grand_Cayman_19594723Cayman Islands - Grand Cayman19.21-81.4619.41-81.04
GCS_Grand_Comoros4646Comoros - Njazidja (Grande Comore)-11.9943.16-11.3143.55
GCS_Greek4120Greece - onshore34.8819.5741.7528.3
GCS_Greek_Athens4815Greece - onshore34.8819.5741.7528.3
GCS_Greenland_19964747Greenland56.38-7587.037.99
GCS_Grenada_19534603Grenada and southern Grenadines - onshore11.94-61.8412.57-61.35
GCS_GRS_19674036Not specified-90-18090180
GCS_GRS_19804019Not specified-90-18090180
GSK-20117683Russia39.8718.9285.2-168.97
GCS_Guam_19634675Pacific - US interests Mariana plate1.64129.4823.9149.55
GCS_Gulshan_3034682Bangladesh18.5688.0126.6492.67
GCS_Gunung_Segara4613Indonesia - Kalimantan E-4.24114.554.29119.06
GCS_Gunung_Segara_Jakarta4820Indonesia - Kalimantan E-4.24114.554.29119.06
Gusterberg(Ferro)8042Europe - Upper Austria, Salzburg and Bohemia46.9312.0751.0616.83
GCS_GUX_137221Solomon Islands - Guadalcanal Island-9.98159.55-9.2160.88
GCS_Guyane_Francaise4235French Guiana2.11-54.618.88-49.45
GCS_Hanoi_19724147Vietnam - onshore8.33102.1423.4109.53
GCS_Hartebeesthoek_19944148South Africa-50.3213.33-22.1342.85
GCS_HD19093819Hungary45.7416.1148.5822.9
GCS_Helene_2000104931World-90-18090180
GCS_Helle_19544660Jan Mayen - onshore70.75-9.1771.24-7.87
GCS_Helmert_19064020Not specified-90-18090180
GCS_Herat_North4255Afghanistan29.460.538.4874.92
GCS_Hermannskogel104102Europe - Austria and former Yugoslavia onshore40.859.5349.0223.04
GCS_Himalia_2000104917World-90-18090180
GCS_Hito_XVIII_19634254South America - Tierra del Fuego-55.96-74.83-51.65-63.73
GCS_Hjorsey_19554658Iceland - onshore63.34-24.6666.59-13.38
GCS_Hong_Kong_19634738China - Hong Kong22.13113.7622.58114.51
GCS_Hong_Kong_1963_674739China - Hong Kong22.13113.7622.58114.51
GCS_Hong_Kong_19804611China - Hong Kong22.13113.7622.58114.51
Hong_Kong_Geodetic_CS8427China - Hong Kong22.13113.7622.58114.51
GCS_Hough_196037005World-90-18090180
HS2-IRF9299UK - London to Birmingham and Crewe51.45-2.7553.30
GCS_HTRS964761Croatia41.621346.5419.43
GCS_Hughes_19804054Not specified-90-18090180
GCS_Hungarian_19724237Hungary45.7416.1148.5822.9
GCS_Hu_Tzu_Shan4236Taiwan - onshore - mainland and Penghu21.87119.2525.34122.06
GCS_Hyperion_2000104932World-90-18090180
GCS_Iapetus_2000104933World-90-18090180
IG05(2012)_Intermediate_CRS6990Asia - Middle East - Israel and Palestine Territory onshore29.4534.1733.2835.69
IG05_Intermediate_CRS6983Asia - Middle East - Israel and Palestine Territory onshore29.4534.1733.2835.69
IGb009009World-90-18090180
IGb089017World-90-18090180
IGb149380World-90-18090180
GCS_IGC_1962_6th_Parallel_South4697Congo DR (Zaire) - 6th parallel south-7.3612.17-3.2929.64
GCS_IGCB_19554701Congo DR (Zaire) - Bas Congo-6.0412.17-4.2816.28
IGD057136Israel29.4532.9933.5335.69
IGD05(2012)7139Israel29.4532.9933.5335.69
GCS_IGM_19954670Italy - including San Marino and Vatican34.765.9347.118.99
GCS_IGN53_Mare4641New Caledonia - Mare-21.71167.75-21.32168.19
GCS_IGN56_Lifou4633New Caledonia - Lifou-21.24166.98-20.62167.52
GCS_IGN63_Hiva_Oa4689French Polynesia - Marquesas Islands - Hiva Oa and Tahuata-10.08-139.23-9.64-138.75
GCS_IGN72_Grande_Terre4662New Caledonia - Grande Terre-22.45163.92-20.03167.09
GCS_IGN72_Nuku_Hiva4630French Polynesia - Marquesas Islands - Nuku Hiva, Ua Huka and Ua Pou-9.57-140.31-8.72-139.44
GCS_IGN_Astro_19604700Mauritania - onshore14.72-17.0827.3-4.8
GCS_IGRS3889Iraq29.0638.7937.3948.75
IGS009006World-90-18090180
IGS059012World-90-18090180
GCS_IGS089014World (by country)-90-18090180
IGS149019World-90-18090180
IGS979003World-90-18090180
GCS_IKBD_19924667Asia - Middle East - Iraq- Kuwait boundary29.0646.3630.3248.61
GCS_Indian_19544239Asia - Myanmar and Thailand onshore5.6392.228.55105.64
GCS_Indian_19604131Asia - Cambodia and Vietnam - onshore & Cuu Long basin7.99102.1423.4110
GCS_Indian_19754240Thailand - onshore and Gulf of Thailand5.6397.3420.46105.64
GCS_Indonesian4021Not specified-90-18090180
GCS_Indonesian_19744238Indonesia - onshore-10.9895.165.97141.01
GCS_International_19244022Not specified-90-18090180
GCS_Io_2000104918World-90-18090180
GCS_IRENET954173Europe - Ireland (Republic and Ulster) - onshore51.39-10.5655.43-5.34
GCS_ISN_19934659Iceland59.96-30.8769.59-5.55
GCS_ISN_20045324Iceland59.96-30.8769.59-5.55
ISN20168086Iceland59.96-30.8769.59-5.55
GCS_Israel4141Israel, Palestine Territory, and Jordan29.1932.9933.5339.3
GCS_ISTS_061_19684722South Georgia - onshore-54.95-38.08-53.93-35.74
GCS_ISTS_073_19694724British Indian Ocean Territory - Diego Garcia-7.4972.3-7.1872.55
GCS_ITRF_19888988World-90-18090180
GCS_ITRF_19898989World-90-18090180
GCS_ITRF_19908990World-90-18090180
GCS_ITRF_19918991World-90-18090180
GCS_ITRF_19928992World-90-18090180
GCS_ITRF_19938993World-90-18090180
GCS_ITRF_19948994World-90-18090180
GCS_ITRF_19968995World-90-18090180
GCS_ITRF_19978996World-90-18090180
GCS_ITRF_20008997World-90-18090180
GCS_ITRF_20058998World-90-18090180
GCS_ITRF_20088999World (by country)-90-18090180
ITRF20149000World-90-18090180
GCS_JAD_20014758Jamaica14.08-80.619.36-74.51
GCS_Jamaica_18754241Jamaica - onshore17.64-78.4318.58-76.17
GCS_Jamaica_19694242Jamaica - onshore17.64-78.4318.58-76.17
GCS_Janus_2000104934World-90-18090180
GCS_JGD_20004612Japan17.09122.3846.05157.65
GCS_JGD_20116668Japan17.09122.3846.05157.65
GCS_Johnston_Island_19614725Johnston Island16.67-169.5916.79-169.47
GCS_Jordan104130Jordan29.1834.8833.3839.31
GCS_Jouik_19614679Mauritania - north coast19.37-17.0821.34-15.88
GCS_Juliet_2000104951World-90-18090180
GCS_Jupiter_2000104908World-90-18090180
GCS_Kalianpur_18804243Asia - Bangladesh; India; Myanmar; Pakistan - onshore8.0260.8637.07101.17
GCS_Kalianpur_19374144Asia - Bangladesh; India; Myanmar; Pakistan - onshore; Moattama offshore8.0260.8637.07101.17
GCS_Kalianpur_19624145Pakistan21.0560.8637.0777.83
GCS_Kalianpur_19754146India - mainland8.0268.1335.5197.42
GCS_Kandawala4244Sri Lanka - onshore5.8679.649.8881.95
GCS_Karbala_1979_Polservice4743Iraq - onshore29.0638.7937.3948.61
GCS_Kasai_19534696Congo DR (Zaire) - Kasai - SE-7.3121.5-5.0126.26
GCS_Katanga_19554695Congo DR (Zaire) - Katanga-13.4621.74-4.9930.78
GCS_Kerguelen_Island_19494698French Southern Territories - Kerguelen onshore-49.7868.69-48.670.62
GCS_Kertau4245Asia - Malaysia (west including SCS) and Singapore1.1399.597.81105.82
GCS_Kertau_RSO4751Asia - Malaysia (west) and Singapore1.1399.596.72104.6
GCS_KKJ4123Finland - onshore59.7519.2470.0931.59
GCS_Korea_20004737Korea, Republic of (South Korea)28.6122.7140.27134.28
GCS_Korean_Datum_19854162Korea, Republic of (South Korea) - onshore33.14124.5338.64131.01
GCS_Korean_Datum_19954166Korea, Republic of (South Korea) - onshore33.14124.5338.64131.01
KOSOVAREF019140Kosovo41.8519.9743.2521.8
GCS_Kousseri4198Cameroon - N'Djamena area11.714.1712.7715.09
GCS_Krasovsky_19404024Not specified-90-18090180
KSA-GRF179333Saudi Arabia16.2934.4432.1655.67
GCS_KUDAMS4319Kuwait28.5346.5430.0949.53
GCS_Kusaie_19514735Micronesia - Kosrae (Kusaie)5.21162.855.43163.1
GCS_Kuwait_Oil_Company4246Kuwait - onshore28.5346.5430.0948.48
GCS_Kyrg-06104009Kyrgyzstan39.1969.2443.2280.29
GCS_La_Canoa4247Venezuela - onshore0.64-73.3812.25-59.8
GCS_Lake4249Venezuela - Lake Maracaibo8.72-72.411.04-70.78
GCS_Lao_19934677Laos13.92100.0922.5107.64
GCS_Lao_19974678Laos13.92100.0922.5107.64
GCS_Larissa_2000104963World-90-18090180
GCS_LC5_196137243Cayman Islands - Cayman Brac and Little Cayman19.63-80.1419.78-79.69
GCS_Leda_2000104919World-90-18090180
GCS_Leigon4250Ghana1.4-3.7911.162.1
GCS_Le_Pouce_19344699Mauritius - mainland-20.5757.25-19.9457.85
GCS_LGD20064754Libya19.499.3135.2326.21
GCS_Liberia_19644251Liberia - onshore4.29-11.528.52-7.36
GCS_Lisbon4207Portugal - mainland - onshore36.95-9.5642.16-6.19
GCS_Lisbon_18904666Portugal - mainland - onshore36.95-9.5642.16-6.19
GCS_Lisbon_1890_Lisbon4904Portugal - mainland - onshore36.95-9.5642.16-6.19
GCS_Lisbon_Lisbon4803Portugal - mainland - onshore36.95-9.5642.16-6.19
GCS_Little_Cayman_19614726Cayman Islands - Little Cayman and Cayman Brac19.63-80.1419.78-79.69
GCS_LKS_19924661Latvia55.6719.0658.0928.24
GCS_LKS_19944669Lithuania53.8919.0256.4526.82
GCS_Locodjo_19654142Cote d'Ivoire (Ivory Coast)1.02-8.6110.74-2.48
GCS_Loma_Quintana4288Venezuela - north of 7° 45'N7.75-73.3812.25-59.8
GCS_Lome4252Togo2.91-0.1511.142.42
LTF2004(G)9547Europe - Lyon-Turin44.874.6545.897.88
GCS_Luxembourg_19304181Luxembourg49.445.7350.196.53
GCS_Luzon_19114253Philippines - onshore4.99116.8919.45126.65
GCS_Lysithea_2000104920World-90-18090180
Macao_19208428China - Macao22.06113.5222.23113.68
GCS_MACAO_20088431China - Macao22.06113.5222.23113.68
GCS_Madeira_19364185Portugal - Madeira archipelago onshore32.35-17.3133.15-16.23
GCS_Madrid_1870_Madrid4903Spain - mainland onshore35.95-9.3743.823.39
GCS_Madzansua4128Mozambique - west - Tete province-17.7630.21-14.0135.37
GCS_MAGNA4686Colombia-4.23-84.7715.51-66.87
GCS_Mahe_19714256Seychelles - Mahe Island-4.8655.3-4.555.59
GCS_Majuro104113Marshall Islands1.77157.4717.88175.52
GCS_Makassar4257Indonesia - Sulawesi SW-6.54118.71-1.88120.78
GCS_Makassar_Jakarta4804Indonesia - Sulawesi SW-6.54118.71-1.88120.78
GCS_Malongo_19874259Africa - Angola (Cabinda) and DR Congo (Zaire) - offshore-6.0410.53-5.0512.37
GCS_Manoca4260Cameroon1.658.3213.0916.21
GCS_Manoca_19624193Cameroon - coastal area2.168.454.9910.4
GCS_MARCARIO_SOLIS5371Panama5-84.3212.51-77.04
GCS_MARGEN5354Bolivia-22.91-69.66-9.67-57.52
GCS_Mars_1979104904World-90-18090180
GCS_Mars_2000104905World-90-18090180
Mars_2000_(Sphere)104971World-90-18090180
GCS_Massawa4262Eritrea12.3636.4418.143.31
GCS_Maupiti_19834692French Polynesia - Society Islands - Maupiti-16.57-152.39-16.34-152.14
GCS_Mauritania_19994702Mauritania14.72-20.0427.3-4.8
GCS_Merchich4261Morocco - onshore27.66-13.2435.97-1.01
GCS_Merchich_Degree104261Morocco - onshore27.66-13.2435.97-1.01
GCS_Mercury_2000104900World-90-18090180
Mercury_2015104974World-90-18090180
GCS_Metis_2000104921World-90-18090180
GCS_Mexican_Datum_of_19934483Mexico12.1-122.1932.72-84.64
GCS_Mexico_ITRF20086365Mexico12.1-122.1932.72-84.64
GCS_MGI4312Europe - Austria and former Yugoslavia onshore40.859.5349.0223.04
GCS_MGI_19013906Europe - former Yugoslavia onshore40.8513.3846.8823.04
GCS_MGI_Ferro4805Europe - Austria and former Yugoslavia onshore40.859.5349.0223.04
GCS_Mhast_19514703Angola - Cabinda-6.0410.53-4.3813.1
GCS_Mhast_Offshore4705Africa - Angola (Cabinda) and DR Congo (Zaire) - offshore-6.0410.53-5.0512.37
GCS_Mhast_Onshore4704Africa - Angola (Cabinda) and DR Congo (Zaire) - coastal-6.0410.53-4.3813.1
GCS_Midway_19614727Midway Islands - Sand and Eastern Islands28.13-177.4528.28-177.31
GCS_Mimas_2000104935World-90-18090180
GCS_Minna4263Nigeria1.922.6613.914.65
GCS_Miranda_2000104952World-90-18090180
MML07-IRF9372UK - London to Sheffield51.46-1.8953.410.15
MMN9251Argentina - Tierra del Fuego onshore-55.11-68.64-52.59-63.73
MMS9253Argentina - Tierra del Fuego onshore-55.11-68.64-52.59-63.73
GCS_MOLDREF994023Moldova45.4426.6348.4730.13
GCS_MONREF_1997104134Mongolia41.5887.7652.15119.94
GCS_Monte_Mario4265Italy - including San Marino and Vatican34.765.9347.118.99
GCS_Monte_Mario_Rome4806Italy - including San Marino and Vatican34.765.9347.118.99
GCS_Montserrat_19584604Montserrat - onshore16.62-62.2916.87-62.08
GCS_Moon_2000104903World-90-18090180
GCS_Moorea_19874691French Polynesia - Society Islands - Moorea-17.63-150-17.41-149.73
GCS_MOP784639Wallis and Futuna - Wallis-13.41-176.25-13.16-176.07
GCS_Mount_Dillon4157Trinidad and Tobago - Tobago - onshore11.08-60.911.41-60.44
GCS_Moznet4130Mozambique-27.7130.21-10.0943.03
GCS_Mporaloko4266Gabon-6.377.032.3214.52
GCS_MSK_1942104135Mongolia41.5887.7652.15119.94
MTRF-20008818Saudi Arabia16.2934.4432.1655.67
GCS_NAD_1927_CGQ774609Canada - Quebec44.99-79.8562.62-57.1
GCS_NAD_1927_Definition_19764608Canada - Ontario41.67-95.1656.9-74.35
NAD_1983_(FBN)8860USA - FBN-14.59144.5849.38-64.51
NAD_1983_(HARN_Corrected)8545Caribbean - PR and US VI - onshore17.62-67.9718.57-64.51
GCS_NAD_1983_20116318USA - CONUS and Alaska; PRVI14.92167.6574.71-63.88
GCS_NAD_1983_CORS966783USA - CONUS and Alaska; PRVI14.92167.6574.71-63.88
NAD83(CSRS96)8232Canada38.21-141.0186.46-40.73
NAD83(CSRS)v28237Canada38.21-141.0186.46-40.73
NAD83(CSRS)v38240Canada38.21-141.0186.46-40.73
NAD83(CSRS)v48246Canada38.21-141.0186.46-40.73
NAD83(CSRS)v58249Canada38.21-141.0186.46-40.73
NAD83(CSRS)v68252Canada38.21-141.0186.46-40.73
NAD83(CSRS)v78255Canada38.21-141.0186.46-40.73
GCS_NAD_1983_HARN_Adj_MN_ Anoka104700USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Becker104701USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Beltrami_North104702USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Beltrami_South104703USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Benton104704USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Big_Stone104705USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Blue_Earth104706USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Brown104707USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Carlton104708USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Carver104709USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Cass_North104710USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Cass_South104711USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Chippewa104712USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Chisago104713USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Cook_North104714USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Cook_South104715USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Cottonwood104716USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Crow_Wing104717USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Dakota104718USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Dodge104719USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Douglas104720USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Faribault104721USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Fillmore104722USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Freeborn104723USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Goodhue104724USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Grant104725USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Hennepin104726USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Houston104727USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Isanti104728USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Itasca_North104729USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Itasca_South104730USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Jackson104731USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Kanabec104732USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Kandiyohi104733USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Kittson104734USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Koochiching104735USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Lac_Qui_Parle104736USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Lake_of_the_Woods_North104737USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Lake_of_the_Woods_South104738USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Le_Sueur104739USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Lincoln104740USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Lyon104741USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Mahnomen104743USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Marshall104744USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Martin104745USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ McLeod104742USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Meeker104746USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Morrison104747USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Mower104748USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Murray104749USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Nicollet104750USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Nobles104751USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Norman104752USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Olmsted104753USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Ottertail104754USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Pennington104755USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Pine104756USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Pipestone104757USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Polk104758USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Pope104759USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Ramsey104760USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Red_Lake104761USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Redwood104762USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Renville104763USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Rice104764USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Rock104765USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Roseau104766USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Scott104770USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Sherburne104771USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Sibley104772USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Stearns104773USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Steele104774USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Stevens104775USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ St_Louis104786USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ St_Louis_Central104768USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ St_Louis_North104767USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ St_Louis_South104769USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Swift104776USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Todd104777USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Traverse104778USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Wabasha104779USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Wadena104780USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Waseca104781USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Watonwan104782USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Winona104783USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Wright104784USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_MN_ Yellow_Medicine104785USA - Minnesota43.49-97.2249.38-89.49
GCS_NAD_1983_HARN_Adj_WI_Chip pewa104808USA - Wisconsin42.48-92.8947.31-86.25
GCS_NAD_1983_MA116325Pacific - US interests Mariana plate1.64129.4823.9149.55
GCS_NAD_1983_MARP009072Pacific - US interests Mariana plate1.64129.4823.9149.55
GCS_NAD_1983_NSRS20074759USA - CONUS and Alaska; PRVI14.92167.6574.71-63.88
GCS_NAD_1983_PA116322Pacific - US interests Pacific plate-17.56157.4731.8-151.27
GCS_NAD_1983_PACP009075Pacific - US interests Pacific plate-17.56157.4731.8-151.27
GCS_Nahrwan_19344744Asia - Middle East -SE Iraq and SW Iran29.0638.7937.3951.06
GCS_Nahrwan_19674270Asia - Middle East - Qatar offshore and UAE22.6350.5527.0557.13
GCS_Naiad_2000104964World-90-18090180
GCS_Nakhl-e_Ghanem4693Iran - Kangan district27.351.828.253.01
GCS_Naparima_19554158Trinidad and Tobago - Trinidad - onshore9.99-61.9810.9-60.85
GCS_Naparima_19724271Trinidad and Tobago - Tobago - onshore11.08-60.911.41-60.44
GCS_NEA74_Noumea4644New Caledonia - Grande Terre - Noumea-22.37166.35-22.19166.54
GCS_Nepal_Nagarkot6207Nepal26.3480.0630.4388.21
GCS_Neptune_2000104960World-90-18090180
GCS_Nereid_2000104965World-90-18090180
GCS_New_Beijing4555China - onshore18.1173.6253.56134.77
GCS_New_Zealand_19494272New Zealand - onshore and nearshore-47.65165.87-33.89179.27
GCS_NGN4318Kuwait - onshore28.5346.5430.0948.48
GCS_NGO_19484273Norway - onshore57.934.6871.2131.22
GCS_NGO_1948_Oslo4817Norway - onshore57.934.6871.2131.22
GCS_Nord_de_Guerre_Paris4902France - Alsace47.426.8449.078.23
GCS_Nord_Sahara_19594307Algeria18.97-8.6738.811.99
GCS_North_American_19274267North America - NAD277.15167.6583.17-47.74
GCS_North_American_19834269North America - NAD8314.92167.6586.46-47.74
GCS_North_American_1983_CSRS4617Canada38.21-141.0186.46-40.73
GCS_North_American_1983_HARN4152USA - HARN-14.59144.5871.4-64.51
GCS_Nouakchott_19654680Mauritania - central coast16.81-16.5719.41-15.59
GCS_NSWC_9Z_24276World-90-18090180
GCS_NTF4275France - onshore - mainland and Corsica41.31-4.8751.149.63
GCS_NTF_Paris4807France - onshore - mainland and Corsica41.31-4.8751.149.63
GCS_NWL_9D4025Not specified-90-18090180
GCS_NZGD_20004167New Zealand-55.95160.6-25.88-171.2
GCS_Oberon_2000104953World-90-18090180
GCS_Observatario4129Mozambique - south-26.8731.29-19.8435.65
GCS_Observatorio_Meteorologico_ 193937245Portugal - Azores W - onshore39.3-31.3439.77-31.02
GCS_Observatorio_Meteorologico_ 1965104126China - Macao22.06113.5222.23113.68
GCS_Ocotepeque_19355451Central America - Guatemala to Costa Rica7.98-92.2917.83-82.53
GCS_Old_Hawaiian4135USA - Hawaii - onshore18.87-160.322.29-154.74
GCS_Old_Hawaiian_Intl_1924104138USA - Hawaii - onshore18.87-160.322.29-154.74
GCS_Oman37206Oman14.3351.9926.7463.38
ONGD147373Oman14.3351.9926.7463.38
ONGD179294Oman14.3351.9926.7463.38
GCS_Ophelia_2000104954World-90-18090180
GCS_OSGB_19364277UK - Britain and UKCS 49° 45'N to 61° N, 9° W to 2° E49.75-961.012.01
GCS_OSGB_1970_SN4278UK - Great Britain onshore and nearshore; Isle of Man49.797-8.81860.9351.92
GCS_OSNI_19524188UK - Northern Ireland - onshore53.96-8.1855.36-5.34
GCS_OS_SN_19804279Europe - British Isles - UK and Ireland onshore49.81-10.5660.91.84
GCS_OSU_86F4032Not specified-90-18090180
GCS_OSU_91A4033Not specified-90-18090180
GCS_Padang_18844280Indonesia - Sumatra-5.9995.165.97106.13
GCS_Padang_1884_Jakarta4808Indonesia - Sumatra-5.9995.165.97106.13
GCS_Palestine_19234281Asia - Middle East - Israel, Jordan and Palestine onshore29.1834.1733.3839.31
GCS_Pampa_del_Castillo4161Argentina - 42.5° S to 50.3° S-50.34-73.59-42.49-65.47
GCS_Pan_2000104936World-90-18090180
GCS_Panama-Colon_19115467Panama - onshore7.15-83.049.68-77.19
GCS_Pandora_2000104937World-90-18090180
GCS_Pasiphae_2000104922World-90-18090180
GCS_PD/834746Germany - Thuringen50.29.9251.6412.56
GCS_PDO_19934134Oman - onshore16.5951.9926.5859.91
GCS_Peru965373Peru-21.05-84.68-0.03-68.67
GCS_Petrels_19724636Antarctica - Adelie Land - Petrels island-66.78139.44-66.1141.5
GCS_Phobos_2000104907World-90-18090180
GCS_Phoebe_2000104938World-90-18090180
GCS_Pico_de_Las_Nieves4728Spain - Canary Islands onshore27.58-18.2229.47-13.37
GCS_Pitcairn_19674729Pitcairn - Pitcairn Island-25.14-130.16-25-130.01
GCS_Pitcairn_20064763Pitcairn - Pitcairn Island-25.14-130.16-25-130.01
GCS_Plessis_18174027Not specified-90-18090180
GCS_Pluto_2000104969World-90-18090180
PN689403Spain - Canary Islands onshore27.58-18.2229.47-13.37
GCS_PNG945546Papua New Guinea-14.75139.22.58162.81
GCS_Pohnpei104109Micronesia-1.19135.2713.43165.68
GCS_Point_584620Africa - 12th parallel N10.26-17.1915.730.42
GCS_Pointe_Geologie_Perroud_19504637Antarctica - Adelie Land coastal area-67.13136-65.61142
GCS_Pointe_Noire4282Congo-6.918.843.7218.65
GCS_Portia_2000104955World-90-18090180
GCS_Porto_Santo_19364615Portugal - Madeira archipelago onshore32.35-17.3133.15-16.23
GCS_Porto_Santo_19954663Portugal - Madeira archipelago onshore32.35-17.3133.15-16.23
GCS_POSGAR4172Argentina-58.41-73.59-21.78-52.63
GCS_POSGAR_19944694Argentina-58.41-73.59-21.78-52.63
GCS_POSGAR_19984190Argentina-58.41-73.59-21.78-52.63
GCS_POSGAR_20075340Argentina-58.41-73.59-21.78-52.63
GCS_Principe4824Sao Tome and Principe - onshore - Principe1.487.271.767.52
GCS_Prometheus_2000104939World-90-18090180
GCS_Proteus_2000104966World-90-18090180
GCS_Provisional_S_American_19564248South America - PSAD56 by country-43.5-81.4112.68-47.99
GCS_PRS_19924683Philippines3116.0422.18129.95
GCS_PTRA085013Portugal - Azores and Madeira29.24-35.5843.07-12.48
GCS_Puck_2000104956World-90-18090180
GCS_Puerto_Rico4139Caribbean - Puerto Rico and Virgin Islands - onshore17.62-67.9718.78-64.25
GCS_Pulkovo_19424284Europe - FSU onshore35.1419.5781.91-168.97
GCS_Pulkovo_1942_Adj_19584179Europe - onshore - eastern - S-42(58)39.639.9254.8931.41
GCS_Pulkovo_1942_Adj_19834178Europe - onshore - eastern - S-42(83)41.249.9254.7428.68
GCS_Pulkovo_19954200Russia39.8718.9285.2-168.97
GCS_PZ_19904740World-90-18090180
PZ-90.02104017World-90-18090180
PZ-90.11104018World-90-18090180
GCS_Qatar_19484286Qatar - onshore24.5550.6926.251.68
GCS_Qatar_19744285Qatar24.5550.5527.0553.04
GCS_QND_19954614Qatar - onshore24.5550.6926.251.68
GCS_Qornoq_19274194Greenland - west coast59.74-73.2979-42.52
GCS_Rassadiran4153Iran - Taheri refinery27.3952.527.6152.71
GCS_RD/834745Germany - East Germany all states50.29.9254.7415.04
GCS_RDN20086706Italy - including San Marino and Vatican34.765.9347.118.99
REDGEOMIN9696Chile-59.87-113.21-17.5-65.72
GCS_REGCAN954081Spain - Canary Islands24.6-21.9332.76-11.75
GCS_REGVEN4189Venezuela0.64-73.3816.75-58.95
GCS_Reunion_19474626Reunion - onshore-21.4255.16-20.8155.91
GCS_Reykjavik_19004657Iceland - onshore63.34-24.6666.59-13.38
GCS_RGAF095489Caribbean - French Antilles14.08-63.6618.54-57.52
RGAF09_(lon-lat)7086Caribbean - French Antilles14.08-63.6618.54-57.52
GCS_RGF_19934171France41.15-9.8651.5610.38
RGF93_(lon-lat)7084France41.15-9.8651.5610.38
GCS_RGFG_19954624French Guiana2.11-54.618.88-49.45
RGFG95_(lon-lat)7041French Guiana2.11-54.618.88-49.45
GCS_RGM_20044470Mayotte-14.4943.68-11.3346.7
RGM04_(lon-lat)7039Mayotte-14.4943.68-11.3346.7
GCS_RGNC_19914645New Caledonia-26.45156.25-14.83174.28
GCS_RGNC_1991-934749New Caledonia-26.45156.25-14.83174.28
GCS_RGPF4687French Polynesia-31.24-158.13-4.52-131.97
GCS_RGR_19924627Reunion-24.7251.83-18.2858.24
RGR92_(lon-lat)7037Reunion-24.7251.83-18.2858.24
GCS_RGRDC_20054046Congo DR (Zaire) - south-13.4611.79-3.4129.81
GCS_RGSPM_20064463St Pierre and Miquelon43.41-57.147.37-55.9
RGSPM06_(lon-lat)7035St Pierre and Miquelon43.41-57.147.37-55.9
GCS_RGTAAF077073French Southern and Antarctic Territories-67.1337.98-20.91142
RGTAAF07-(lon-lat)7133French Southern and Antarctic Territories-67.1337.98-20.91142
RGWF968900Wallis and Futuna-15.94179.49-9.84-174.27
RGWF96_(lon-lat)8902Wallis and Futuna-15.94179.49-9.84-174.27
GCS_Rhea_2000104940World-90-18090180
GCS_Roma_1940104127Italy - including San Marino and Vatican34.765.9347.118.99
GCS_Rosalind_2000104957World-90-18090180
GCS_RRAF_19914558Caribbean - French Antilles14.08-63.6618.54-57.52
RSAO138699Angola-18.028.2-4.3824.09
GCS_RSRGD20004764Antarctica - Ross Sea Region-90144.99-59.99-144.99
GCS_RT_19904124Sweden54.9610.0369.0724.17
GCS_RT384308Sweden - onshore55.2810.9369.0724.17
GCS_RT38_Stockholm4814Sweden - onshore55.2810.9369.0724.17
GCS_S42_Hungary37257Hungary45.7416.1148.5822.9
GCS_SAD_1969_965527Brazil-35.71-74.017.04-25.28
GCS_Sainte_Anne4622Guadeloupe - Grande-Terre and surrounding islands - onshore15.8-61.8516.55-60.97
GCS_Saint_Pierre_et_Miquelon_19504638St Pierre and Miquelon - onshore46.69-56.4847.19-56.07
GCS_Santo_DOS_19654730Vanuatu - northern islands-17.32166.47-14.57168.71
GCS_Sao_Braz37249Portugal - Azores E - onshore36.87-25.9237.96-24.62
GCS_Sao_Tome4823Sao Tome and Principe - onshore - Sao Tome-0.046.410.466.82
GCS_Sapper_Hill_19434292Falkland Islands - onshore-52.51-61.55-50.96-57.6
GCS_Saturn_2000104925World-90-18090180
GCS_Schwarzeck4293Namibia-30.648.24-16.9525.27
GCS_Scoresbysund_19524195Greenland - Scoresbysund area68.66-29.6974.58-19.89
GCS_Segora4294Indonesia - Kalimantan SE-4.24114.550117.99
GCS_Selvagem_Grande_19384616Portugal - Selvagens onshore29.98-16.1130.21-15.79
GCS_Serindung4295Indonesia - Kalimantan W - coastal0.06108.792.13109.78
SHGD20157886St Helena - St Helena Island-16.08-5.85-15.85-5.58
GCS_Sibun_Gorge_19225464Belize - onshore15.88-89.2218.49-87.72
GCS_Sierra_Leone_19244174Sierra Leone - Freetown Peninsula8.32-13.348.55-13.13
GCS_Sierra_Leone_1960104103Sierra Leone4.22-16.5710-10.26
GCS_Sierra_Leone_19684175Sierra Leone - onshore6.88-13.3510-10.26
GCS_Sinope_2000104923World-90-18090180
GCS_SIRGAS4170South America - SIRGAS 1995 by country-59.87-113.2116.75-26
SIRGAS-CON_DGF00P018972Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_DGF01P018973Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_DGF01P028974Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_DGF02P018975Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_DGF04P018976Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_DGF05P018977Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_DGF06P018978Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_DGF07P018979Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_DGF08P018980Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_SIR09P018981Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_SIR10P018982Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_SIR11P018983Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_SIR13P018984Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_SIR14P018985Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_SIR15P018986Latin America - Central America and South America-59.87-122.1932.72-25.28
SIRGAS-CON_SIR17P018987Latin America - Central America and South America-59.87-122.1932.72-25.28
GCS_SIRGAS_20004674Latin America - SIRGAS 2000 by country-59.87-122.1932.72-25.28
GCS_SIRGAS-Chile9184Chile-59.87-113.21-17.5-65.72
SIRGAS-Chile_20108949Chile-59.87-113.21-17.5-65.72
SIRGAS-Chile_20139148Chile-59.87-113.21-17.5-65.72
SIRGAS-Chile_20169153Chile-59.87-113.21-17.5-65.72
GCS_SIRGAS_ES2007.85393El Salvador9.97-91.4314.44-87.65
GCS_SIRGAS-ROU985381Uruguay-37.77-58.49-30.09-50.01
GCS_S_JTSK4156Europe - Czechoslovakia47.7312.0951.0622.56
GCS_S_JTSK/055228Czechia48.5812.0951.0618.86
GCS_S_JTSK/05_Ferro5229Czechia48.5812.0951.0618.86
GCS_S_JTSK_Ferro4818Europe - Czechoslovakia47.7312.0951.0622.56
S-JTSK_[JTSK03]8351Slovakia47.7316.8449.6122.56
GCS_SLD995233Sri Lanka - onshore5.8679.649.8881.95
GCS_Slovenia_19964765Slovenia45.4213.3846.8816.61
GCS_Solomon_19684718Solomon Islands - onshore main islands-10.9155.62-6.55162.44
GCS_South_American_19694618South America - SAD69 by country-55.96-91.7212.52-25.28
GCS_South_Asia_Singapore37207Singapore1.13103.591.47104.07
GCS_South_East_Island_19436892Seychelles - Seychelles Bank-4.8655.15-3.6656.01
GCS_South_Yemen4164Yemen - South Yemen - mainland12.5443.371953.14
GCS_Sphere4035Not specified-90-18090180
GCS_Sphere_ARC_INFO37008World-90-18090180
GCS_Sphere_Clarke_1866_Authalic4052Not specified-90-18090180
GCS_Sphere_EMEP104128Europe - LCC & LAEA24.6-35.5884.7344.83
GCS_Sphere_GRS_1980_Authalic4047Not specified-90-18090180
GCS_Sphere_GRS_1980_Mean_ Radius104047Not specified-90-18090180
GCS_Sphere_International_1924_ Authalic4053Not specified-90-18090180
SRB_ETRS898685Serbia and Kosovo41.8518.8146.1923.01
GCS_SREF984075Serbia and Kosovo41.8518.8146.1923.01
SRGI20139470Indonesia-13.9592.017.79141.46
GCS_ST71_Belep4643New Caledonia - Belep-19.85163.54-19.5163.75
GCS_ST84_Ile_des_Pins4642New Caledonia - Ile des Pins-22.73167.36-22.49167.61
GCS_ST87_Ouvea4750New Caledonia - Ouvea-20.77166.44-20.34166.71
GCS_St_George_Island4138USA - Alaska - St. George Island56.49-169.8856.67-169.38
St_Helena_Tritan7881St Helena - St Helena Island-16.08-5.85-15.85-5.58
GCS_St_Kitts_19554605St Kitts and Nevis - onshore17.06-62.9217.46-62.5
GCS_St_Lawrence_Island4136USA - Alaska - St. Lawrence Island62.89-171.9763.84-168.59
GCS_St_Lucia_19554606St Lucia - onshore13.66-61.1314.16-60.82
GCS_St_Paul_Island4137USA - Alaska - St. Paul Island57.06-170.5157.28-170.04
GCS_Struve_18604028Not specified-90-18090180
St._Stephen(Ferro)8043Europe - Lower Austria and Moravia47.4214.4150.4518.86
GCS_St_Vincent_19454607St Vincent and the Grenadines - onshore12.54-61.5213.44-61.07
GCS_Sudan4296Sudan8.6421.8222.2439.76
Sun_2015104975World-90-18090180
GCS_SVY214757Singapore1.13103.591.47104.07
GCS_SWEREF994619Sweden54.9610.0369.0724.17
GCS_Swiss_TRF_19954151Europe - Liechtenstein and Switzerland45.825.9647.8110.49
GCS_Tahaa_19544629French Polynesia - Society Islands - Bora Bora, Huahine, Raiatea, Tahaa-16.96-151.91-16.17-150.89
GCS_Tahiti_19524628French Polynesia - Society Islands - Moorea and Tahiti-17.93-150-17.41-149.11
GCS_Tahiti_19794690French Polynesia - Society Islands - Tahiti-17.93-149.7-17.44-149.09
GCS_Tananarive_19254297Madagascar - onshore and nearshore-26.5942.53-11.6951.03
GCS_Tananarive_1925_Paris4810Madagascar - onshore-25.6443.18-11.8950.56
Tapi_Aike9248Argentina - south Santa Cruz-52.43-73.28-50.33-68.3
GCS_Telesto_2000104941World-90-18090180
GCS_Tern_Island_19614707USA - Hawaii - Tern Island and Sorel Atoll23.69-166.3623.93-166.03
GCS_Tete4127Mozambique - onshore-26.8730.21-10.4240.9
GCS_Tethys_2000104942World-90-18090180
GCS_TGD20055886Tonga-25.68-179.08-14.14-171.28
GCS_Thalassa_2000104967World-90-18090180
GCS_Thebe_2000104924World-90-18090180
GCS_Timbalai_19484298Asia - Brunei and East Malaysia0.85109.317.67119.61
GCS_Titan_2000104943World-90-18090180
GCS_Titania_2000104958World-90-18090180
GCS_TM654299Europe - Ireland (Republic and Ulster) - onshore51.39-10.5655.43-5.34
GCS_TM754300Europe - Ireland (Republic and Ulster) - onshore51.39-10.5655.43-5.34
GCS_Tokyo4301Asia - Japan and Korea20.37122.8345.54154.05
TPEN11-IRF9364UK - Liverpool to Leeds53.32-3.1453.9-1.35
GCS_Trinidad_19034302Trinidad and Tobago - Trinidad9.83-62.0911.51-60
GCS_Tristan_19684734St Helena - Tristan da Cunha-40.42-12.76-37-9.8
GCS_Triton_2000104968World-90-18090180
GCS_Trucial_Coast_19484303UAE - Abu Dhabi and Dubai - onshore22.6351.5625.3456.03
GCS_TUREF5252Turkey34.4225.6243.4544.83
GCS_TWD_19673821Taiwan - onshore - mainland and Penghu21.87119.2525.34122.06
GCS_TWD_19973824Taiwan17.36114.3226.96123.61
GCS_Ukraine_20005561Ukraine43.1822.1552.3840.18
GCS_Umbriel_2000104959World-90-18090180
GCS_Uranus_2000104944World-90-18090180
GCS_Vanua_Levu_19154748Fiji - Vanua Levu and Taveuni-17.07178.42-16.1-179.77
GCS_Venus_1985104901World-90-18090180
GCS_Venus_2000104902World-90-18090180
GCS_Vientiane_19824676Laos13.92100.0922.5107.64
GCS_Viti_Levu_19124752Fiji - Viti Levu-18.32177.19-17.25178.75
GCS_Viti_Levu_19164731Fiji - Viti Levu-18.32177.19-17.25178.75
GCS_VN_20004756Vietnam - onshore8.33102.1423.4109.53
GCS_Voirol_18754304Algeria - north of 32° N31.99-2.9537.149.09
GCS_Voirol_1875_Grad104139Algeria - north of 32° N31.99-2.9537.149.09
GCS_Voirol_1875_Paris4811Algeria - north of 32° N31.99-2.9537.149.09
GCS_Voirol_18794671Algeria - north of 32° N31.99-2.9537.149.09
GCS_Voirol_1879_Grad104140Algeria - north of 32° N31.99-2.9537.149.09
GCS_Voirol_1879_Paris4821Algeria - north of 32° N31.99-2.9537.149.09
GCS_Voirol_Unifie_19604305Algeria - north of 32° N31.99-2.9537.149.09
GCS_Voirol_Unifie_1960_Degree104305Algeria - north of 32° N31.99-2.9537.149.09
GCS_Voirol_Unifie_1960_Paris4812Algeria - north of 32° N31.99-2.9537.149.09
GCS_Wake_Eniwetok_19604732Pacific - Marshall Islands, Wake - onshore8.66162.2719.38167.82
GCS_Wake_Island_19524733Wake - onshore19.22166.5519.38166.72
GCS_Walbeck37007World-90-18090180
GCS_War_Office4029Not specified-90-18090180
GCS_WGS_19664760World-90-18090180
GCS_WGS_19724322World-90-18090180
GCS_WGS_1972_BE4324World-90-18090180
GCS_WGS_19844326World-90-18090180
WGS_1984_(G1150)9055World-90-18090180
WGS_1984_(G1674)9056World-90-18090180
WGS_1984_(G1762)9057World-90-18090180
WGS_1984_(G730)9053World-90-18090180
WGS_1984_(G873)9054World-90-18090180
WGS_1984_(Transit)8888World-90-18090180
GCS_Xian_19804610China - onshore18.1173.6253.56134.77
GCS_Xrail84104050UK - London51.2-0.751.80.6
GCS_Yacare4309Uruguay - onshore-35-58.49-30.09-53.09
GCS_Yemen_NGN_19964163Yemen8.9541.081957.96
GCS_Yoff4310Senegal10.64-20.2216.7-11.36
GCS_Zanderij4311Suriname1.83-58.089.35-52.66
  • <   Section Five - Geodetic Datums: Combining Reference Ellipsoids and Geoids Section Five
  • Up
  • Section Seven - Projection Methods Section Seven   >