Le programme s'étend sur cinq modules interconnectés, offrant une plongée profonde dans les multiples facettes des changements climatiques et de leurs implications. Dans le module inaugural, "Crises environnementales”, les étudiants sont conduits à travers une analyse complète des changements climatiques dans le cadre plus vaste des perturbations écologiques causées par l'activité humaine. Mettant en lumière l'interconnexion entre la crise climatique et d'autres enjeux environnementaux majeurs, tels que la perte de biodiversité, ce module met également en évidence les inégalités qui exacerbent ces problèmes. Ensuite, le module "Changements climatiques: la science physique et les causes" plonge dans les fondements scientifiques des changements climatiques, combinant les perspectives scientifiques et économiques pour une compréhension approfondie.
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Le programme s'étend sur cinq modules interconnectés, offrant une plongée profonde dans les multiples facettes des changements climatiques et de leurs implications. Dans le module inaugural, "Crises environnementales”, les étudiants sont conduits à travers une analyse complète des changements climatiques dans le cadre plus vaste des perturbations écologiques causées par l'activité humaine. Mettant en lumière l'interconnexion entre la crise climatique et d'autres enjeux environnementaux majeurs, tels que la perte de biodiversité, ce module met également en évidence les inégalités qui exacerbent ces problèmes. Ensuite, le module "Changements climatiques: la science physique et les causes" plonge dans les fondements scientifiques des changements climatiques, combinant les perspectives scientifiques et économiques pour une compréhension approfondie.
Le programme s'étend sur cinq modules interconnectés, offrant une plongée profonde dans les multiples facettes des changements climatiques et de leurs implications. Dans le module inaugural, "Crises environnementales”, les étudiants sont conduits à travers une analyse complète des changements climatiques dans le cadre plus vaste des perturbations écologiques causées par l'activité humaine. Mettant en lumière l'interconnexion entre la crise climatique et d'autres enjeux environnementaux majeurs, tels que la perte de biodiversité, ce module met également en évidence les inégalités qui exacerbent ces problèmes. Ensuite, le module "Changements climatiques: la science physique et les causes" plonge dans les fondements scientifiques des changements climatiques, combinant les perspectives scientifiques et économiques pour une compréhension approfondie.
Le troisième volet, "La modélisation du changement climatique", initie les apprenants aux principes fondamentaux des modèles climatiques, les préparant à utiliser ces outils pour comprendre les changements climatiques induits par l'homme et les variations naturelles. En parallèle, le module "La justice climatique et les politiques publiques" présente les conséquences actuelles et possibles du réchauffement climatique et et explore les réponses sociétales aux changements climatiques à travers les politiques publiques, mettant en avant les perspectives autochtones et le concept de justice climatique. Mettant l'accent sur l'importance de la coopération internationale et de l'équité, ce module examine également les grandes ententes internationales et les actions gouvernementales locales et nationales.
Enfin, le cinquième module, "Les technologies récentes", expose une variété de solutions innovantes visant à promouvoir la neutralité carbone et le développement durable. Intégrant les dernières avancées technologiques, ce module explore également l'utilisation de modèles informatiques avancés pour aborder l'adaptation au changement climatique et prendre des décisions éclairées. Dans l'ensemble, ce programme offre une vision intégrée et holistique des défis climatiques actuels, combinant savoir scientifique, considérations sociétales et progrès technologiques pour former des intervenants aptes à relever les défis complexes du changement climatique avec des solutions durables et éclairées.
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Learning objectives
- 1. situer les changements climatiques dans le contexte plus large des crises environnementales contemporaines
- 2. comprendre la science à la base de notre compréhension du climat et les enjeux reliés aux changements climatiques
- A. décrire les processus qui régissent et qui changent le climat
- B. expliquer les conséquences des changements climatiques
- C. caractériser les modèles climatiques
- D. interpréter des scénarios et simulations climatiques
- 3. développer les compétences et l’intérêt pour les approches numériques reliant la science du climat, la biodiversité, la justice climatique, la modélisation numérique du changement climatique, les politiques publiques, les nouveaux outils numériques dont l’ia
- A. résumer les concepts-clé de l’ia
- B. décrire des exemples d’application de nouvelles technologies et de l’ia dans la science du climat
- C. expliquer les avantages et les limites de l’utilisation l’ia dans la science du climat par rapport aux approches classiques
- D. utiliser des outils découlant de l’ia
- I. les outils de prédiction
- Ii. les outils génératifs
- Iii. des exemples concrets
- E. outils d'action pour répondre au changement climatique
- 1. situer les changements climatiques dans le contexte plus large des crises environnementales contemporaines
- 2. comprendre la science à la base de notre compréhension du climat et les enjeux reliés aux changements climatiques
- A. décrire les processus qui régissent et qui changent le climat
- B. expliquer les conséquences des changements climatiques
- C. caractériser les modèles climatiques
- D. interpréter des scénarios et simulations climatiques
- 3. développer les compétences et l’intérêt pour les approches numériques reliant la science du climat, la biodiversité, la justice climatique, la modélisation numérique du changement climatique, les politiques publiques, les nouveaux outils numériques dont l’ia
- A. résumer les concepts-clé de l’ia
- B. décrire des exemples d’application de nouvelles technologies et de l’ia dans la science du climat
- C. expliquer les avantages et les limites de l’utilisation l’ia dans la science du climat par rapport aux approches classiques
- D. utiliser des outils découlant de l’ia
- I. les outils de prédiction
- Ii. les outils génératifs
- Iii. des exemples concrets
- E. outils d'action pour répondre au changement climatique
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Activities
Review basic algebra skills
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Reviewing basic algebra can help you be more successful in this course, as it is a prerequisite for many of the concepts that will be covered.
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Matrix Algebra
Show steps
-
Go over your notes from a previous algebra course.
-
Take practice problems from an algebra textbook or website.
-
Find a study buddy who is also taking this course and review the material together.
Review basic statistics concepts
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Reviewing basic statistics concepts can help you be more successful in this course, as they are essential for understanding the material that will be covered.
Browse courses on
Regression Analysis
Show steps
-
Go over your notes from a previous statistics course.
-
Take practice problems from a statistics textbook or website.
-
Find a study buddy who is also taking this course and review the material together.
Review of Environmental Science
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Refreshes your knowledge on key topics in environmental science like biosphere, ecosystems, biodiversity, water and air pollution.
Browse courses on
Environmental Science
Show steps
-
Review notes and textbooks from previous environmental science course.
-
Take practice quizzes or tests to assess your understanding.
-
Attend a refresher workshop or seminar on environmental science basics.
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Create a summary of the key concepts from each module
Show steps
Creating a summary of the key concepts from each module can help you better understand the material and retain the information.
Show steps
-
Go through the lecture notes and identify the key concepts.
-
Write a brief summary of each concept.
-
Review your summaries regularly.
Complete practice problems from the textbook
Show steps
Completing practice problems from the textbook can help you improve your understanding of the material and prepare for exams.
Show steps
-
Go through the practice problems at the end of each chapter.
-
Try to solve the problems on your own.
-
Check your answers against the solutions in the back of the book.
Form a study group with other students in the course
Show steps
Forming a study group with other students in the course can help you learn from each other and better understand the material.
Show steps
-
Find other students who are taking the course.
-
Set up a regular meeting time and place.
-
Discuss the lecture material, do practice problems together, and quiz each other.
Watch video tutorials on difficult concepts
Show steps
Watching video tutorials on difficult concepts can help you better understand the material and follow along in class.
Show steps
-
Find video tutorials on the topics that you are struggling with.
-
Watch the videos and take notes.
-
Review the videos later to reinforce your understanding.
Climate Change Monitoring Project
Show steps
Provides hands-on experience in collecting, analyzing, and interpreting climate data to better understand climate change patterns and trends.
Browse courses on
Climate Science
Show steps
-
Design a data collection plan, including parameters to measure and sampling frequency.
-
Set up monitoring equipment and collect data over a period of time.
-
Analyze data using statistical methods and visualization tools to identify trends and patterns.
-
Prepare a report summarizing your findings and conclusions.
Climate Model Simulations
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Strengthens your skills in using climate models to simulate future climate scenarios and assess potential impacts, providing a deeper understanding of climate change dynamics.
Browse courses on
Climate Modeling
Show steps
-
Familiarize yourself with different climate models and their strengths and limitations.
-
Run climate simulations using various emission scenarios and analyze the results.
-
Compare and contrast model outputs to evaluate their reliability and uncertainty.
-
Interpret simulation results to understand potential climate change impacts on different regions and sectors.
Create a presentation on a topic of your choice related to the course material
Show steps
Creating a presentation on a topic of your choice related to the course material can help you deepen your understanding of the topic and share your knowledge with others.
Show steps
-
Choose a topic that you are interested in.
-
Research your topic and gather information.
-
Create a presentation that is clear, concise, and engaging.
-
Practice your presentation.
-
Present your presentation to the class.
Climate Change Policy Brief
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Enhances your ability to synthesize and communicate complex climate change information to policymakers and stakeholders, promoting informed decision-making.
Browse courses on
Climate Policy
Show steps
-
Research and gather data on climate change science, impacts, and policy options.
-
Develop a clear and concise policy brief outlining key findings and recommendations.
-
Share your policy brief with relevant decision-makers and stakeholders.
Climate Change Advocacy
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Provides opportunities to engage with the community and advocate for climate action, fostering a sense of purpose and responsibility for addressing climate change.
Browse courses on
Climate Change Mitigation
Show steps
-
Join or support organizations working on climate change advocacy.
-
Attend rallies, protests, or public hearings to raise awareness and influence decision-makers.
-
Share information about climate change and its impacts with your network.
Climate Change Adaptation Strategies Workshop
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Advances your understanding of climate change adaptation strategies and best practices, equipping you to contribute to resilience-building efforts in your community or organization.
Browse courses on
Climate Change Adaptation
Show steps
-
Attend a workshop on climate change adaptation strategies and best practices.
-
Learn about different approaches to assessing climate risks and vulnerabilities.
-
Develop practical adaptation plans and measures that can be implemented in various settings.
Climate Data Analysis with Python
Show steps
Develops your proficiency in using Python for climate data analysis, empowering you to extract meaningful insights and contribute to scientific research.
Show steps
-
Follow online tutorials or take a course on Python for climate data analysis.
-
Practice using Python libraries for data manipulation, visualization, and statistical analysis.
-
Apply Python skills to analyze real-world climate data and draw conclusions.
Contribute to Climate Change Mitigation Open-Source Projects
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Provides hands-on experience in contributing to open-source projects that address climate change, enhancing your technical skills and contributing to collective action.
Browse courses on
Climate Change Mitigation
Show steps
-
Identify open-source projects focused on climate change mitigation, such as renewable energy or carbon capture.
-
Review project documentation and codebase to understand the project's goals and technical requirements.
-
Make code contributions or provide feedback to improve the project's functionality.
Review basic algebra skills
Show steps
Reviewing basic algebra can help you be more successful in this course, as it is a prerequisite for many of the concepts that will be covered.
Browse courses on
Matrix Algebra
Show steps
- Go over your notes from a previous algebra course.
- Take practice problems from an algebra textbook or website.
- Find a study buddy who is also taking this course and review the material together.
Review basic statistics concepts
Show steps
Reviewing basic statistics concepts can help you be more successful in this course, as they are essential for understanding the material that will be covered.
Browse courses on
Regression Analysis
Show steps
- Go over your notes from a previous statistics course.
- Take practice problems from a statistics textbook or website.
- Find a study buddy who is also taking this course and review the material together.
Review of Environmental Science
Show steps
Refreshes your knowledge on key topics in environmental science like biosphere, ecosystems, biodiversity, water and air pollution.
Browse courses on
Environmental Science
Show steps
- Review notes and textbooks from previous environmental science course.
- Take practice quizzes or tests to assess your understanding.
- Attend a refresher workshop or seminar on environmental science basics.
Create a summary of the key concepts from each module
Show steps
Creating a summary of the key concepts from each module can help you better understand the material and retain the information.
Show steps
- Go through the lecture notes and identify the key concepts.
- Write a brief summary of each concept.
- Review your summaries regularly.
Complete practice problems from the textbook
Show steps
Completing practice problems from the textbook can help you improve your understanding of the material and prepare for exams.
Show steps
- Go through the practice problems at the end of each chapter.
- Try to solve the problems on your own.
- Check your answers against the solutions in the back of the book.
Form a study group with other students in the course
Show steps
Forming a study group with other students in the course can help you learn from each other and better understand the material.
Show steps
- Find other students who are taking the course.
- Set up a regular meeting time and place.
- Discuss the lecture material, do practice problems together, and quiz each other.
Watch video tutorials on difficult concepts
Show steps
Watching video tutorials on difficult concepts can help you better understand the material and follow along in class.
Show steps
- Find video tutorials on the topics that you are struggling with.
- Watch the videos and take notes.
- Review the videos later to reinforce your understanding.
Climate Change Monitoring Project
Show steps
Provides hands-on experience in collecting, analyzing, and interpreting climate data to better understand climate change patterns and trends.
Browse courses on
Climate Science
Show steps
- Design a data collection plan, including parameters to measure and sampling frequency.
- Set up monitoring equipment and collect data over a period of time.
- Analyze data using statistical methods and visualization tools to identify trends and patterns.
- Prepare a report summarizing your findings and conclusions.
Climate Model Simulations
Show steps
Strengthens your skills in using climate models to simulate future climate scenarios and assess potential impacts, providing a deeper understanding of climate change dynamics.
Browse courses on
Climate Modeling
Show steps
- Familiarize yourself with different climate models and their strengths and limitations.
- Run climate simulations using various emission scenarios and analyze the results.
- Compare and contrast model outputs to evaluate their reliability and uncertainty.
- Interpret simulation results to understand potential climate change impacts on different regions and sectors.
Create a presentation on a topic of your choice related to the course material
Show steps
Creating a presentation on a topic of your choice related to the course material can help you deepen your understanding of the topic and share your knowledge with others.
Show steps
- Choose a topic that you are interested in.
- Research your topic and gather information.
- Create a presentation that is clear, concise, and engaging.
- Practice your presentation.
- Present your presentation to the class.
Climate Change Policy Brief
Show steps
Enhances your ability to synthesize and communicate complex climate change information to policymakers and stakeholders, promoting informed decision-making.
Browse courses on
Climate Policy
Show steps
- Research and gather data on climate change science, impacts, and policy options.
- Develop a clear and concise policy brief outlining key findings and recommendations.
- Share your policy brief with relevant decision-makers and stakeholders.
Climate Change Advocacy
Show steps
Provides opportunities to engage with the community and advocate for climate action, fostering a sense of purpose and responsibility for addressing climate change.
Browse courses on
Climate Change Mitigation
Show steps
- Join or support organizations working on climate change advocacy.
- Attend rallies, protests, or public hearings to raise awareness and influence decision-makers.
- Share information about climate change and its impacts with your network.
Climate Change Adaptation Strategies Workshop
Show steps
Advances your understanding of climate change adaptation strategies and best practices, equipping you to contribute to resilience-building efforts in your community or organization.
Browse courses on
Climate Change Adaptation
Show steps
- Attend a workshop on climate change adaptation strategies and best practices.
- Learn about different approaches to assessing climate risks and vulnerabilities.
- Develop practical adaptation plans and measures that can be implemented in various settings.
Climate Data Analysis with Python
Show steps
Develops your proficiency in using Python for climate data analysis, empowering you to extract meaningful insights and contribute to scientific research.
Show steps
- Follow online tutorials or take a course on Python for climate data analysis.
- Practice using Python libraries for data manipulation, visualization, and statistical analysis.
- Apply Python skills to analyze real-world climate data and draw conclusions.
Contribute to Climate Change Mitigation Open-Source Projects
Show steps
Provides hands-on experience in contributing to open-source projects that address climate change, enhancing your technical skills and contributing to collective action.
Browse courses on
Climate Change Mitigation
Show steps
- Identify open-source projects focused on climate change mitigation, such as renewable energy or carbon capture.
- Review project documentation and codebase to understand the project's goals and technical requirements.
- Make code contributions or provide feedback to improve the project's functionality.
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