Earth is a complex, dynamic system and is often represented by interlinking and interacting “spheres” of processes and phenomena. The air (atmosphere), water (hydrosphere), land (geosphere) and life (biosphere) form the simplest collection, though some would add the cryosphere as a special element dealing with Polar Regions and processes, and others would add the anthroposphere emphasizing human dimensions and impact on the planet. Geographic Information Systems (GIS) and Remote Sensing (RS) Techniques as an emerging technologies can be utilized to analyze, improve prediction and take mitigatory measures of phenomenon such as floods, droughts, wildfires earthquakes and tsunamis etc.
Introduce the use of geo-information technology, GIS, remote sensing, GNSS and Cartography, with the concepts of earth system science for the sustainable development of the country
Academics, researchers, planners, geologists, engineers, geographers and surveyors, students
Duration: Five days
Batch Size: Maximum number of participants 25
Venue: Arthur C Clarke Institute for Modern Technologies
Lectures and Practical:
- Geo-information for earth system science – Introductory Lecture
- Introduction to earth system science
- Geographical Information for earth system science
- Remote Sensing for earth system science
- Advanced Remote Sensing and GIS for Geo-science Application
- Application Issues in Geo-Information Systems
Certificate will be awarded on “Successful Completion” of Continuous professional development course.
Application is available on the internet and those who is interested can be mail or email beforehand to the contact person. Selected participants who have applied will be notified in person.
Inquiries & Applications to be sent to
Ms. Aruni Dissanayake
Space Application Division
Arthur C Clarke Institute for Modern Technologies