Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Coconino Community College Spring 2016 Course Syllabus GLG 105 Sec. 1 Tues. & Thurs. 2:30 – 5:00pm Instructor : Kevin Mullins Voicemail : 226-4319 E-mail: [email protected] Office hours: by appointment only LT room 444 1. GLG 105 : Introduction to Planetary Science and lab A survey of Solar System objects and their geologic evolution, surfaces, interiors and atmospheres, and the methods used to study them; weekly laboratory for data analysis and experiments; includes a field trip(s). Three lecture; three lab. 2. Text and materials : The Cambridge Guide to the Solar System, Lang, Kenneth R., 2nd Ed., Cambridge University Press, 2011. Lab manual will be provided by the instructor. ISBN : 978-0-521-19857-8 3. Course goals: Students will explore the fundamentals of our place in our Universe. They will develop knowledge of the objects of our Solar System, their geologic evolution, planetary processes, surfaces, interior structures and atmospheres. The students will also learn about the Remote Sensing methods used to study the objects of our Solar System and how such data is analyzed in a laboratory setting. Instructors are encouraged to arrange at least 1 weekend field experience. 4. Course outcomes/Competencies : Students will : 1. describe the application of the scientific method and other critical thinking models to planetary objects and their exploration, as well as current technological limitations on space exploration. 2. describe the past, present and future ideas as they apply to exploration of Solar System. 3. describe the use of planetary data, remote sensing, and image processing in the geologic exploration of the Solar System. 4. analyze data returned from spacecraft instruments and apply the results to the analysis of planets, satellites and asteroids. 5. compare and contrast the chemical composition and physical processes of the major bodies of our SS with those of the Earth. 6. describe the compositional evolution of the planets with increasing distance from the Sun. 7. describe impact cratering, tectonic processes, volcanic processes and gradation of the major Solar System bodies. 8. describe the physiographic and tectonic features of the Moon and understand its relationships with the Earth as a system. 9. analyze lunar samples for geological information about the Moon and the Solar System 10. describe the appearance and significance of asteroids and comets 11. analyze geologic data from the Outer Solar System planets. 12. describe the geologic processes and the geomorphology of the satellites of the Outer Solar System planets. 13. learn the historical significance of rocket science and planetary missions by a variety of countries and organizations. 5. Course content : I. II. III. Introduction a. Scales and Deep Time b. Celestial objects in the universe c. Remote sensing and the Electromagnetic Spectrum d. Our Solar System – an overview e. The Sun f. Planetary characteristics g. Orbital characteristics h. The geologic approach i. Geomorphology and Earth analogs j. Sources of data Geologic exploration of the Solar System a. General planetary characteristics a. Pre-space-age planetary studies b. Lunar and planetary missions c. Planetary images d. Digital image processing e. Planetary cartography Planetary morphologic processes a. Impact cratering IV. V. VI. VII. VIII. IX. b. Tectonic processes c. Volcanic processes d. Degradation The Earth – Moon System a. General physiography b. Tectonic features c. Craters d. Degradational features e. History of the Moon f. Lunar phases and cycles g. Lunar influence on Earth Mercury a. Physiography b. Craters and basins c. Scarps and ridges d. The Caloris basin e. Volcanism f. Geologic history Venus a. Radar data for Venus b. Physiography c. Craters d. Tectonic features e. Volcanic features f. Surface modifications g. Geologic history Mars a. Phobos and Dimos b. Physiography c. Craters d. Volcanism e. Tectonism f. Hydrology g. Degradation h. Geologic history i. Mars Global Surveyor Mission j. Other future planned missions Asteroids a. Classification and composition b. Surface features c. The NEAR mission d. Asteroid impacts on the earth The Jovian system a. Jupiter the planet b. Io c. Europa X. XI. XII. d. Ganymede e. Callisto f. The Galileo mission The Saturnian system a. Saturn the planet b. geomorphology of the satellites c. geologic processes d. the Cassini mission The Uranian system a. Uranus the planet b. Rings c. Satellites d. Geologic processes The Neptunian system and beyond a. Neptune the planet b. Rings c. Satellites d. Triton e. Pluto and Charon f. Finding new planets (TOPS) 6. Grading : A – 100-90% of highest class score (full knowledge of subject matter) B – 89-80% of above (above average knowledge of subject matter) C – 79-70% of above (general knowledge of subject matter) D – 69-60% of above (poor knowledge of subject matter) Points – Total 800 Lecture exams (2) 100 pts. each Lab exercises (6) ~50 pts. each Term Paper (1) 150 pts. Final exam 150 pts. *Students are expected to meet all due dates **Read the College Statements page regarding final exam policies ***I keep a current grade spreadsheet for each student. You can ask to see it any time. It will show you in percentage where you stand in the class i.e. (number of pts received / number of pts possible) * 100. You can also see your grades and assignments in CANVAS. 7. Attendance : CCC has implemented mandatory weekly attendance monitoring to insure that students who are not attending classes do not retain their financial aid or loan disbursements. It is your responsibility to ensure you understand and follow this policy. Instructors will be taking attendance each week. If you fail to attend classes, or fail to log-in by the identified date and do the work in your on-line classes, your instructor will count you as absent, and you will be dropped from your classes. If you are a Financial Aid student and exceed the number of absences for a class, the Financial Aid office will be required to reduce and/or revoke financial aid due to non-attendance, and you will owe money back. You may also be suspended from receiving Financial Aid in future semesters for failure to attend your classes this semester. It is especially important that financial aid students attend all classes so that this does not happen. Regardless of whether or not you are a Financial Aid student, if you are going to be absent from a class, you need to inform your instructor that you will not be there so that there is no confusion that could lead to your being dropped from class and/or your financial aid being reduced or canceled. What this all means : 1) Absent 1st week of class – Instructor must drop student w/code of NS (No Show) : FA will be stopped, 2) End of 2nd week of class and each week thereafter – instructor can issue a code of ID (Instructor Drop) for non-attending or non-participating students : FA will be stopped, 3) Feb. 25, 2015 – Last day for student initiated W (Withdrawal) before final grades are given. A student with 6 unexcused absences can be dropped from the course. Excused absences are those that are reported to the instructor by the student before the class time missed. Instructor can determine validity of excuse before issuing an Excused/Unexcused absence. Failure to attend an exam without prior notice of absence to instructor will result in an “F”. Make-up exams will only be given if prior notice is given to the instructor. No make-ups will be given for the final exam. 8. Cheating : If a student is caught cheating on exams or assignments an “F” will be assigned for that exam or assignment, and he/she may receive and “F” for the class. Plagiarism is considered cheating. 9. Other Pertinent Information : I expect students in classes to be respectful toward their colleagues and myself. I will always be so to every student. College is a place for expressing, learning and examining new ideas, concepts and philosophies. It is also a place where everyone should expect to learn and offer opinions in a safe and open environment. Respect for others includes : showing up on time, showing up prepared, participating actively in the classroom environment, turning off your cell phone or pager, not interrupting or intimidating other students, not being disruptive to a learning environment. Students are also expected to adhere to the Student Code of Conduct (see Procedure 503 online). Don’t ever hesitate to contact me for any reason throughout the semester. College closures will be posted on our home page, on our phone line and through your student e-mail system. Make sure you use and check your student e-mail for all official correspondence with the instructor and school. I strongly suggest that you read the Academic Procedures section in the College Catalog. 10. Policies: The instructor reserves the right to make additions, deletions, and/or modifications to the syllabus and course requirements with reasonable notification to the students enrolled. This material may be made available in an alternative format upon request by contacting the Disability Resources Office at (928) 226-4243 or 1-800350-7122 (toll free in Arizona). Should the student enrolled in the course require a special accommodation due to a disability in order to complete the requirements for the course, contact the Disability Resources Office at the numbers above. Coconino Community College is a committed drug free environment. This material may be made available in an alternative format upon request by contacting Disability Resources Department at (928) 226-4323 or 1-800-350-7122 ext. 4323 (toll-free).