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Fall 2022: Sustainable Space




The need to explore space in a
sustainable manner is vital to mankind

​Sustainable methods for space exploration are vital for a number of reasons:
  1. Preservation of the Outer Space Environment: As we begin to explore space more frequently, we risk contaminating other planets with Earth-based microbes and potentially harming extraterrestrial ecosystems if they exist. Developing sustainable, non-contaminating methods of space exploration can help to preserve these environments.
  2. Resource Utilization: The resources required for space exploration, such as rocket fuel, are finite and often damaging to the environment when produced and used. Sustainable methods could reduce the need for these resources or make use of more abundant, less harmful alternatives.
  3. Space Debris Management: Currently, every space mission leaves some amount of debris in its wake, contributing to an already serious problem of space junk orbiting Earth. This debris poses a threat to both manned and unmanned missions. Sustainable exploration would prioritize minimizing debris and might even involve the clean-up of existing debris.
  4. Long-term Habitability: If we aim for long-term missions, colonization, or life in space, sustainability is key. We'll need to create self-sustaining ecosystems, recycle waste, and produce food and other resources in a closed system.
  5. Cost Efficiency: While developing sustainable technologies might have high initial costs, in the long run, they can be more cost-effective. Reusable rockets, for example, have already dramatically reduced the cost of sending payloads to space.
  6. Earth's Environmental Impact: The processes used to build spacecraft and launch them into space often produce significant greenhouse gas emissions. By developing and using sustainable methods, we can reduce the carbon footprint of space exploration.
  7. Inspiration for Earth: The technology developed for sustainable space exploration can often be used on Earth as well. For example, innovations in solar power, water recycling, and food production could all have beneficial applications at home.
  8. Interplanetary Contingency: From a long-term perspective, the survival of humanity may depend on our ability to become an interplanetary species. To do this effectively and successfully, we'll need to learn to explore and perhaps live in space in a sustainable manner.

The Process: 

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  • Home
  • About
  • K-8 Education
    • Kindergarten >
      • Change Agents
      • Little Pail Patrol vs Pacific Garbage Patch
      • Simple Machines
      • Intro to Coding
      • Marble Runs
      • Intro to Engineering
      • Invent!
      • Ocean Currents
      • Movie Making
    • First Grade >
      • Wildlife Corridors
      • Stop Motion
      • Marble Runs
      • Coding
      • Rube Goldberg Machines
    • Second Grade >
      • Spider Monkey Escape
      • Bees
      • Circuits
      • Homemade Coding
      • Coding Robots
    • Third Grade >
      • Identity: Who Am I?
      • Planetary Lander
      • Wildlife Corridors
      • Coding Bees
      • Stop Motion
      • Genie In A Bottle
    • Fourth Grade >
      • Claymation: Juan Ponce de Leon
    • Fifth Grade
    • Sixth Grade >
      • History >
        • The Fertile Crescent
        • What's Up Egypt?
        • Good Morning Egypt
        • Stop Motion: How a Bill Becomes a Law
    • Seventh Grade
    • Eighth Grade >
      • Cuneiform
      • Student Creation in Photos: Global Collaboration
      • Finance >
        • Banks
  • Middle School PBL
    • Spring 2025: The Talking Walls
    • Fall 2024: A Hobbit Democracy
    • Spring 2024: Neighbors
    • Fall 2023: Witness Trees
    • Spring 2023: Environmental Justice Stories
    • Fall 2022: Sustainable Space
    • Spring 2022: Allies
    • Fall 2021: Renaissance
    • Fall 2021: Alexander von Humboldt
    • Spring 2021: Exploration
    • Fall 2020: Activism
    • Spring 2020: The Road Less Traveled
    • Fall 2019: Neighbors
    • Spring 2019: Take A Stand
    • Fall 2018: Citizens
    • Spring 2018: Bridging History
    • Fall 2017: Voices
    • Spring 2017: Choose Your Own
    • Fall 2016: Democracy is a Verb
  • PBL Toolkit
    • Scrum Blog
    • Scrum In Action
    • The Tubric
    • Ethic of Excellence
    • State of Our PBL Meetings
    • My Process
  • Global Classroom
    • Global Classroom 2023-2024
    • Global Classroom 2022-2023
    • Global Classroom 2021-2022
    • Global Classroom 2020-2021
    • Global Classroom 2019-2020
    • Global Classroom 2018-2019
  • Cardboard
    • Cardboard Library
    • Château du Clos Lucé
    • Hobbit Doors
    • Space Helmets
    • Black History Celebration
    • Iron Man Mask
  • LEGO in Action
    • LEGO Robotics
    • Marble Maze Challenge
    • Brooklyn Bridge
    • Mesopotamia
  • 3D Printing
  • Cricut with AutoPress
  • Glowforge
    • Black History Listening Project
  • LIVE Weather Cam
  • Drone Arena
  • SLICE
    • SLICE Overview
    • SLICE in photos
  • Epic Field Trips
    • Presidential Inauguration: Barack Obama
    • Chicago
    • New York City