General Information
- Time: MW 9:55
- Location: 811 AO&SS
- Instructor : Ralf Bennartz
- Office: 1331 AO&SS
- Hours: M W 12:00-1:00 or by appointment
- E-mail: bennartz AT aos.wisc.edu
- TA: John Rausch (e-mail: rausch2 AT wisc.edu)
- Final Exam: 11 May 2009, 2:45
Course Requirements
- Exams: Besides the final exam, two exams will be given during the course. The date of the exams will be announced at least one week in advance.
- Homework: Homework will be on a weekly basis. In the week before an exam there will be no homework. Each homework will consist of 2 to 4 exercises. Each exercise will be worth a certain amount of scores according to its level of difficulty. If exercises are partially solved, the amount of scores will be reduced accordingly.
Mandatory text book
- Petty, G. W., 2004: A First Course in Atmospheric Radiation. This book provides a comprehensive introduction to atmospheric radiation as well as an excellent overview on state-of-the-art remote sensing techniques.
- Additional material (power point presentations, homework, etc) will be provided via this website too.
Grading
Grades will be determined from the following:
- Homework 25%
- Exam I 25%
- Exam II 25%
- Final Exam 25%
Course Outline
- Introduction to Atmospheric Radiation
- Albedo/Emissivity/Radiation Budget
- Radiation Budget/Brightness temperatures/Beer's Law
- Transmission, Scattering, Absorption, Beer's Law
- Scattering
- Fire, smoke and ash detection from Satellite
- Infrared remote sensing
- Microwave remote sensing
- Radar
Week 26-Jan -- 4-Feb:
Reading
- Read Petty 2.1-2.4
- Read Petty 3.1-3.3
- Read Petty 6.1
- Write down any questions you might have and ask them in class
Homework 1 (due 4-Feb)
- Petty Problem 2.1
- Petty Problem 3.1
- Petty Problem 6.4
Week 4-Feb -- 11-Feb:
Albedo/Emissivity/Radiation Budget
Reading
- Read Petty 2.7 (except the section on polarization (marked with a cross))
- Read Petty 2.8
- Read Petty 5.1-5.3 (except the sections marked with crosses)
- Write down any questions you might have and ask them in class
Homework 2 (due 11-Feb)
- Petty 2.16
- Petty 2.19
- Petty 5.1
Week 11-Feb -- 18-Feb:
Radiation Budget/Brightness temperatures/Beer's Law
Reading
- Read Petty 6.2-6.3
- Read Petty 6.4 up to and including 6.4.2
- Write down any questions you might have and ask them in class
Homework 3 (due 18-Feb)
- Petty 6.16
- Petty 6.20
- Petty 6.22
1.5 Week 2-Mar -- 11-Mar:
Transmission, Scattering, Absorption, Beer's Law
Reading
- Read Petty Chapter 7 up to and including 7.4.1 (pages 155-185)
- Write down any questions you might have and ask them in class
Homework 4 (due 11-Mar)
- Petty 7.1
- Petty 7.3
- Petty 7.6
- Petty 7.7
1 Week 23-Mar -- 30-Mar:
Scattering
Reading
- Read Petty Chapter 12, sections 11.3, 11.5.1, 12.1, 12.2, 12.3 (except polarization),Â
- Write down any questions you might have and ask them in class
Homework 5 (due 30-Mar)
- Petty 12.2 (definition of asymmetry parameter, see Eq. 11.20)
- Petty 12.4
- Petty 11.4
1 Week 1-Apr -- 8-Apr:
Scattering
Reading
- Read Petty Section 7.4.4
- Write down any questions you might have and ask them in class
Homework 6 (due 14-Apr)
- Petty 7.11
- Petty 7.12
- Explain the relation between changes in CDNC and the indirect aerosol effect
1 Week 22-Apr -- 29-Apr:
Radar
Reading
- Read Petty Section 12.5.2
- Read Handouts
- Write down any questions you might have and ask them in class
Homework 7 (due 29-Apr)
- Petty 12.5
- Petty 12.6
- Petty 12.7
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