Environmental Pollution By Using GPR And Syscal R2

Overview:

Introduction:

Environmental pollution is a major concern in today's world. It can be caused by a variety of factors, including human activities, natural disasters, and accidents. Environmental pollution can have a negative impact on human health, the environment, and the economy.

Ground penetrating radar (GPR) and resistivity imaging are two geophysical methods that can be used to study environmental pollution. GPR is a non-invasive method that uses electromagnetic waves to image the subsurface. Resistivity imaging is a non-invasive method that uses electrical currents to image the subsurface.

Course Objectives:

At the end of this course, the participants will be able to: 

• Introduction to GPR and resistivity imaging

• Principles of GPR and resistivity imaging

• Data acquisition and processing with Syscal R2

• Interpretation of GPR and resistivity data

• Case studies of GPR and resistivity imaging for environmental studies

• Understand the principles of GPR and resistivity imaging

• Collect and process GPR and resistivity data with Syscal R2

• Interpret GPR and resistivity data to identify and map environmental pollution

• Apply GPR and resistivity imaging to a variety of environmental studies

Targeted Audience:

• This course is designed for environmental scientists, engineers, and consultants who are interested in using GPR and resistivity imaging to study environmental pollution. The course is also suitable for individuals who are new to GPR and resistivity imaging.

Course Outlines:

Unit 1: 

• Introduction to environmental pollution

• Introduction to GPR and resistivity imaging

• Principles of GPR and resistivity imaging

• Overview of Syscal R2

Unit 2: 

• GPR data acquisition with Syscal R2

• Resistivity data acquisition with Syscal R2

• GPR data processing with Syscal R2

• Resistivity data processing with Syscal R2

Unit 3: 

• Case study: GPR and resistivity imaging for groundwater contamination assessment

• Case study: GPR and resistivity imaging for landfill monitoring

• Case study: GPR and resistivity imaging for soil contamination assessment

Unit 4: 

• Hands-on exercise: GPR data acquisition and processing

• Hands-on exercise: Resistivity data acquisition and processing

• Hands-on exercise: GPR and resistivity data interpretation for environmental studies

Unit 5: 

• What is environmental pollution?

• Types of environmental pollution

• Sources of environmental pollution

• Impacts of environmental pollution

• GPR and resistivity imaging for environmental studies

• Syscal R2 hardware and software

Unit 6: 

• Principles of GPR and resistivity imaging

• Data acquisition and processing

• Interpretation of GPR and resistivity data

• Case studies of GPR and resistivity imaging for environmental studies