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Remote Sensing Course

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Remote Sensing Course

80 USD per hour      ~ 7h

After this course participants will understand theory behind remote sensing and its practical application in geology, hydrogeology, agriculture, forestry… Every lecture is covered with video material which is sent to attendees. Also, a lot of additional material in form of pdf’s is given to attendees

Introduction to remote sensing and application of satellite imageries in engineering work

1st lecture, duration 1 hour

  • What is remote sensing?

  • Electromagnetic spectrum, wavelengths, frequency of electromagnetic radiation from Sun

  • Interaction of electromagnetic radiation from Sun with objects on Earth

  • Types of platforms that carries sensors on satellites

  • Historical overview of remote sensing

  • Basic information about Landsat series of satellites

2nd lecture, duration 1 hour

  • Spatial resolution of satellite images

  • Spectral resolution of satellite images

  • Radiometric resolution of satellite images

  • Temporal resolution of satellite images

3rd lecture, duration 1 hour

  • Theory and application of Landsat series of satellites

  • Landsat overview: History, Capabilities and Application

  • Composite images

  • Example use cases of Landsat data

  • Landsat data discovery and access (learn how to download and use Landsat images)

4th lecture, duration 1 hour

  • Theory and application of Sentinel 2A satellite

  • Sentinel 2A data discovery and access (learn how to download and use Sentinel 2A images)

5th lecture, duration 1 hour

  • Theory and application of ASTER satellite

  • Introduction to ASTER sensor

  • Description of ASTER data products

  • Example use cases of ASTER data

  • How to download ASTER data

Specialization part of remote sensing course, about 2 hours:

Image Analysis for natural fractures, fracture traces, and lineaments

Attendees to this one to two hour presentation will learn:

  • Significance for Sitting of Water Supply Wells

  • Nomenclature of Fractures, Fracture Traces, and Lineaments

  • Techniques of Analysis and Mapping of Fractures, Fracture Traces, and Lineaments

  • Open Source GIS (QGIS) Analysis and Mapping of Fractures, Fracture Traces, and Lineaments

Each attendee will receive copy of published foundational professional papers for future reference. Instructor is available following the course for questions. The ultimate goal of this course is that each attendee is successful in the application of scientific concepts and operational protocols taught.

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