Solar and Terrestrial Radiation---Chapter 3

Learning Objectives

After reading this chapter the student should be able to:

identify the principal characteristics of radiation and the magnetic spectrum

distinguish among the various forms of electromagnetic radiation

explain how solar altitude influences the intensity of solar radiation received at earth's surface

describe the cause of astronomical seasons

define the solar constant

describe the interactions that take place as solar radiation travels through the atmosphere

explain the significance of the stratospheric ozone layer for life on earth

identify the principle threat to the stratospheric ozone shield

describe the interactions that take place when solar radiation strikes the earth's surface

explain the role of the oceans in the global solar radiation budget

contrast solar radiation with terrestrial infrared radiation

identify the gases responsible for the greenhouse effect

explain how a buildup of greenhouse gases might lead to global climate change

distinguish between visible and infrared satellite imagery

explain how satellite images are used in monitoring weather systems