Global Warming II: Create Your Own Models in Python

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About Course

Dive deep into the world of climate modeling with this hands-on Python programming course, brought to you by the University of Chicago. This course, part of the renowned “Global Warming” series on Coursera, provides a series of exercises that will help you explore the use of numerical modeling in Earth system and climate sciences.

No prior Python experience is needed, making it a great starting point for beginners. This course serves as a practical complement to the “Global Warming I: The Science and Modeling of Climate Change” course, providing the essential coding skills to implement the scientific concepts covered.

Learn to create your own models in Python, mastering fundamental techniques for analyzing Earth System data and climate change simulations. This course is a valuable resource for students, researchers, and anyone interested in understanding and addressing climate change.

This course is completely FREE and available on our platform. You can access this course and hundreds of other top-rated courses from leading platforms like Udemy, Udacity, Coursera, MasterClass, NearPeer, and more, all at no cost.

Key Features:

  • Explore the use of numerical modeling in Earth System Science.
  • Learn Python programming from scratch.
  • Develop your own climate models using Python.
  • Offered by the prestigious University of Chicago.
  • Compliments the “Global Warming I” course on Coursera.

Start your journey into the world of climate modeling today. **Enroll in this free course now!**

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What Will You Learn?

  • Time-Dependent Energy Balance Model
  • Iterative Runaway Ice-Albedo Feedback Model
  • Ice Sheet Dynamics
  • Pressure, Rotation, and Fluid Flow

Course Content

Global Warming II Create Your Own Models in Python

  • A Message from the Professor
  • 001 01_welcome.en.srt
    00:00
  • 003 02_scripting-and-spreadsheets_instructions.html
    00:00
  • 004 03_tips-for-using-spreadsheets-for-numerical-simulation_instructions.html
    00:00
  • 005 04_tips-for-getting-started-coding_instructions.html
    00:00
  • 008 01_how-the-model-works.mp4
    00:00
  • 009 02_model-formulation_instructions.html
    00:00
  • 010 03_how-to-solve-using-a-spreadsheet_instructions.html
    00:00
  • 011 04_how-to-encode-into-python-or-fortran_instructions.html
    00:00
  • 012 05_code-check_instructions.html
    00:00
  • 013 06_code-review_peer_assignment_instructions.html
    00:00
  • 014 07_code-tricks-heat-capacity-time-steps-and-equilibration-time_exam.html
    00:00
  • 017 01_how-the-model-works.mp4
    00:00
  • 018 02_parameterized-relationship-between-t-ice-latitude-and-albedo_instructions.html
    00:00
  • 019 03_spreadsheet-instructions_instructions.html
    00:00
  • 020 04_coding-instructions_instructions.html
    00:00
  • 021 05_code-check_instructions.html
    00:00
  • 022 06_code-review_peer_assignment_instructions.html
    00:00
  • 023 07_code-trick-hysteresis-into-and-out-of-the-snowball_exam.html
    00:00
  • 026 01_how-the-model-works.mp4
    00:00
  • 027 02_model-formulation_instructions.html
    00:00
  • 028 03_spreadsheet-tips_instructions.html
    00:00
  • 029 04_coding_instructions.html
    00:00
  • 030 05_code-check_instructions.html
    00:00
  • 031 06_code-review_peer_assignment_instructions.html
    00:00
  • 032 07_code-tricks-time-steps-snowfall-and-elevation_exam.html
    00:00
  • 035 01_how-the-model-works.mp4
    00:00
  • 036 02_model-description_instructions.html
    00:00
  • 038 03_code-check_instructions.html
    00:00
  • 039 04_optional-code-check-simple-rotation-scheme_instructions.html
    00:00
  • 040 05_optional-code-check-interpolated-rotation_instructions.html
    00:00
  • 041 06_code-review_peer_assignment_instructions.html
    00:00
  • 042 07_code-trick-geostrophic-flow-and-a-drifting-rossby-wave_exam.html
    00:00
  • 043 08_code-trick-gyre-circulation-with-westward-intensification_exam.html
    00:00
  • 046 01_how-the-model-works.mp4
    00:00
  • 047 02_description-of-the-model-formulation_instructions.html
    00:00
  • 048 03_tips-for-solving-in-a-spreadsheet_instructions.html
    00:00
  • 049 04_tips-for-encoding_instructions.html
    00:00
  • 050 05_code-check_instructions.html
    00:00
  • 051 06_code-review_peer_assignment_instructions.html
    00:00
  • 052 07_code-trick-aerosol-masking-and-our-future_exam.html
    00:00
  • 053 01_survey-on-mooc-technology_instructions.html
    00:00
  • Section Quiz

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