ATSC 113 · Applied Meteorology

Atmospheric-science principles elucidated by case studies applied to snow sports, sailing, surfing, soaring, and flying. [3-0-0]

Course Availability & Schedule

Course Webpage

 Distance education offered

 Non-specialist course

Weather for Sailing, Flying and Snow Sports

 

Learning Goals

ATSC 113  is designed to be a fun way to learn more about the weather, as applied to case-studies in sailing, flying, and snow sports.  Each week we explore a new case study, where we put you in the virtual "drivers seat" as the skipper, pilot, or snow-boarder. See the course home page for most of the content here.

Life Skills and Sustainable Benefits:  By the end of this course, you will have enhanced your ability to ...

  1. survive,
  2. win competitions,
  3. enjoy the weather,
  4. think critically about information you receive, and apply your knowledge to the world around you, and
  5. work with others to find solutions to important problems.

 

Learning outcomes:  By the end of this course, you will be able to...

  1. Explain meteorological fundamentals and weather-system evolution. 
  2. Access and interpret relevant weather data and critically evaluate its utility and deficiencies. 
  3. Formulate alternative courses of action, and the consequences of each. 
  4. Select the best course of action in the face of uncertainty. 
  5. Keep a “weather eye” and anticipate weather changes based on atmospheric principles.  

Learning enhancement:  By the end of this course, you will have ...

  1. devised ways to utilize relevant online social media for team building and information sharing.
  2. refined your discussion and debate skills in small teams or work-groups.
  3. created your own rubrics for what questions to ask, and how to use information to make decisions.
  4. gained confidence in your own ability to make justifiable decisions similar to those made by experts.

 

    Instructors

    Prof. Roland Stull is the lead instructor of this team-taught course, and he provided the flying-weather content.  Snow-sports weather content was created by  Drs. Rosie Howard and Greg West, and sailing-weather content was created by Samantha James.

    Textbook

    None are required.  All are available free online.

    See the course home page for most of the content.  http://www.eos.ubc.ca/courses/atsc113/  

    Course Content

    Intended Audience

    This course is open to all students of any year and any major.  No prerequisites.  This counts as a science course.  Students do not need any prior background or experience in sailing, flying or snow sports.
    For those students who already have expertise in some of these areas, we offer links to advanced info.  But this extra info is not required for this course - - you can still earn full marks without it.

    Overview & Road Map

    Four themes help you build your expertise on meteorology and its application to recreation:

    • Sailing Weather
    • Flying Weather
    • Snow-Sports Weather
    • Applied Weather

    Each if the first three themes contains 4 on-line learning modules (A-D), where you work on a new module each week.  Learning goals for each theme are provided in a schedule table on the course home page, which also shows which learning goals are addressed by each module. The last theme, Applied Meteorology, helps you bring together and synthesize the weather concepts that you learned throughout the term.

    Learning modules (A, B, C) each present you with a different scenario (such as a storm approaching while you are sailing, flying, or snow-boarding), and require you as virtual skipper, pilot, or snow-boarder to decide what to do.   To help you decide, you are given information:  

    • how such storms work, 
    • how such storms can affect you, 
    • where to get info about this particular storm, and 
    • what options you have.

    After gathering these clues individually and checking your understanding via online quizzes, you then work in teams of 4 online to reach a decision on what to do.  Your module grade depends partly on whether you make a good decision.  Then, in the last part of each learning module, you work individually to refine your understanding of the topic.   See the course home page for a sample module.

    The 4th learning module (D) for each theme allows you to consolidate your knowledge, and learn from similar decisions by experts.  Also, some learning goals that were not already covered by the 3 module scenarios will be covered in this 4th week.  You will also use social media to build a weather resource that you can continue to use after this course ends.  The last part of module 4 is an online theme midterm exam. 

    Learning Format:  This course is presented as a

    • blended, flexible-learning course where most of the work is still done online but with optional in-class structured office hours each week.

    In different terms, the themes might be taught in a different order, depending on the availability of experts to teach these themes. Also, we usually change the scenarios each term. So be sure to consult the schedule on the home page to see which modules are assigned each week, and to get the links to the appropriate scenario for the week.  

    Lecture Topics

    Almost all of the course content is online. However, we will have an optional face-to-face tutorial session once each week, for those of you who would like to interact with instructors, TAs, and fellow students. Hence this courses is "blended" (has both online and in-class portions), and is "flexible" (you decide whether to participate in the optional in-class tutorials).

    Theme: Flying & Soaring Weather  
    1. Clouds, Ceiling, Visibility & Fog
    2. Pressure, Temperature, Winds & Wind Shear
    3. Turbulence & Icing 
    4. Thunderstorms & Aviation Weather Services

    Theme: Weather for Snow Sports  
    5. Winter Weather
    6. Winter Mountain weather
    7. Snow Conditions

    Theme: Sailing Weather  
    8. Winds and Waves
    9. Large-Scale Winds
    10. Local Winds and Gusts
    11. Marine Weather Services

    Theme: Applied Weather  
    12. Synthesis