Development of GIS

History and Development of Geographic Information System (GIS) in the World

Geographic Information System (GIS) has evolved over several decades through the contributions of geographers, cartographers, computer scientists, and government agencies. Today, GIS is one of the most important technologies used in geography, urban planning, agriculture, disaster management, environmental monitoring, transportation, public health, and business analytics.

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Early Foundations of GIS

• 1854: Cholera Map

  • Scientist: Dr. John Snow
  • Location: London, England
  • Contribution: Created one of the world's first disease distribution maps to identify the source of a cholera outbreak.

• 1900–1950: Development of Aerial Photography

  • Used extensively during World War I and World War II.
  • Helped in military planning, mapping, and terrain analysis.

• 1930s–1940s: Photogrammetry

  • Development of techniques to create maps using aerial photographs.
  • Became an important foundation for modern GIS.

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Birth of Modern GIS

• 1962: Canada Geographic Information System (CGIS)

  • Country: Canada
  • Developer: Dr. Roger Tomlinson
  • Organization: Canada Department of Forestry and Rural Development
  • Contribution: Considered the world's first operational Geographic Information System.

• 1963

  • Dr. Roger Tomlinson introduced computerized spatial data management.
  • Widely known as the Father of GIS.

• 1965

  • Harvard Laboratory for Computer Graphics and Spatial Analysis established.
  • Founder: Howard T. Fisher
  • Developed several early GIS software packages.

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Development of GIS Software

• 1969: Environmental Systems Research Institute (ESRI)

  • Founders: Jack Dangermond and Laura Dangermond
  • Country: United States
  • Contribution: Established ESRI, now the world's leading GIS software company.

• 1970

  • Development of computer-based thematic mapping.
  • Introduction of raster and vector data models.

• 1973

  • Development of ODYSSEY GIS at Harvard University.

• 1978

  • GRID-based spatial analysis became widely used.

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Growth of Remote Sensing and GPS

• 1972: Landsat-1

  • Organization: NASA
  • First Earth observation satellite dedicated to land resource monitoring.

• 1978

  • Integration of Remote Sensing with GIS began.

• 1983

  • GPS made available for civilian use.

• 1984

  • Commercial GIS software became widely available.

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GIS Revolution (1980–2000)

• 1981

  • ARC/INFO GIS software released by ESRI.

• 1985

  • Rapid growth of desktop GIS.

• 1990

  • Development of Spatial Database Management Systems.

• 1991

  • Introduction of MapInfo Professional.

• 1995

  • Internet GIS emerged.

• 1998

  • Web Mapping technologies developed.

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GIS in the 21st Century

• 2000

  • Open-source GIS development accelerated.

• 2001

  • Quantum GIS (QGIS) project started.

• 2004

  • Google Maps transformed digital mapping.

• 2005

  • Google Earth launched.

• 2006

  • Web GIS and cloud-based mapping became popular.

• 2008

  • Mobile GIS applications expanded rapidly.

• 2010

  • Integration of GIS with smartphones and GPS navigation.

• 2012

  • Big Data and Cloud GIS gained importance.

• 2014

  • UAV (Drone) mapping integrated with GIS.

• 2015

  • Artificial Intelligence and Machine Learning began supporting spatial analysis.

• 2017

  • Digital Twin technology introduced into GIS applications.

• 2019

  • 3D GIS and Smart City applications expanded globally.

• 2020

  • COVID-19 dashboards demonstrated the importance of Web GIS for public health monitoring.

• 2021

  • Real-time GIS and Internet of Things (IoT) integration increased.

• 2022

  • Google Earth Engine became widely adopted for large-scale environmental analysis.

• 2023

  • GeoAI (Geospatial Artificial Intelligence) gained significant research attention.

• 2024–Present

  • Integration of GIS with Artificial Intelligence, Deep Learning, Cloud Computing, Digital Twins, IoT, and Large Language Models (LLMs) for advanced spatial decision support.

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Major Contributors to GIS

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Major GIS Software

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Major Satellite Programs Used in GIS

• Landsat
• Sentinel
• MODIS
• ASTER
• SPOT
• IRS (Indian Remote Sensing Satellites)
• Cartosat
• Resourcesat
• WorldView
• PlanetScope

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Major Applications of GIS

• Urban Planning
• Agriculture and Precision Farming
• Disaster Management
• Environmental Monitoring
• Forest Management
• Water Resources Management
• Transportation Planning
• Public Health
• Crime Mapping
• Climate Change Studies
• Land Use and Land Cover Mapping
• Soil Mapping
• Groundwater Exploration
• Smart Cities
• Navigation Systems
• Military and Defense
• Utility Management
• Business Intelligence
• Location Analytics

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Recent Trends in GIS

• Cloud GIS
• Web GIS
• Mobile GIS
• GeoAI
• Digital Twins
• Big Geospatial Data
• Deep Learning
• UAV and Drone Mapping
• 3D GIS
• Real-Time GIS
• Internet of Things (IoT)
• Spatial Data Science
• Google Earth Engine
• Spatial Machine Learning
• AI-powered Geospatial Analytics

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Important Facts for Competitive Examinations

• Father of GIS: Dr. Roger Tomlinson
• First Operational GIS: Canada Geographic Information System (CGIS)
• First GIS Software Company: ESRI (1969)
• Founder of ESRI: Jack Dangermond
• Father of GIScience: Michael Goodchild
• First Earth Observation Satellite: Landsat-1 (1972)
• Most Popular Commercial GIS Software: ArcGIS Pro
• Most Popular Open-Source GIS Software: QGIS
• Largest Cloud GIS Platform: Google Earth Engine
• Most Popular Online Mapping Platform: Google Maps

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Key Takeaways

• GIS originated in the early 1960s with the development of the Canada Geographic Information System (CGIS).
• Dr. Roger Tomlinson is recognized worldwide as the Father of GIS.
• The launch of Landsat satellites, GPS, and ESRI software accelerated the growth of GIS.
• Modern GIS integrates Artificial Intelligence, Remote Sensing, Big Data, Cloud Computing, IoT, and Machine Learning.
• GIS has become an indispensable tool for scientific research, environmental management, governance, business, and sustainable development worldwide.