Biosphere 2 Science for the Future of Our Planet

  • 4.8
Approx. 29 hours to complete

Course Summary

This course explores the biosphere and its future, including the impact of human activities on the environment.

Key Learning Points

  • Learn about the principles of ecosystem ecology and how they apply to the biosphere
  • Explore the impact of climate change on the biosphere
  • Understand the role of humans in shaping the future of the biosphere

Job Positions & Salaries of people who have taken this course might have

  • Environmental Scientist
    • USA: $69,400
    • India: ₹419,000
    • Spain: €27,000
  • Ecologist
    • USA: $64,700
    • India: ₹425,000
    • Spain: €23,000
  • Conservation Scientist
    • USA: $62,000
    • India: ₹300,000
    • Spain: €24,000

Related Topics for further study


Learning Outcomes

  • Understand the principles of ecosystem ecology
  • Analyze the impact of climate change on the biosphere
  • Evaluate the role of humans in shaping the future of the biosphere

Prerequisites or good to have knowledge before taking this course

  • Basic knowledge of biology and ecology
  • Familiarity with environmental issues

Course Difficulty Level

Intermediate

Course Format

  • Online self-paced course
  • Video lectures
  • Quizzes and assessments

Similar Courses

  • Introduction to Ecology
  • Environmental Science and Sustainability

Related Education Paths


Related Books

Description

Are you ready to take an incredible journey around Planet Earth and beyond? In this course, you will delve into a world of innovative science and learn from a team of Biosphere 2 and University of Arizona researchers. From plants and soils, to oceans and rainforests, the Moon, Mars, and more, this course is an exciting opportunity for anyone interested in science and Earth stewardship.

Outline

  • Biosphere 2, an Icon of Possibilities
  • Welcome to the Course
  • Meet Joaquin Ruiz, Director of Biosphere 2
  • Module 1 Intro
  • Meet John Adams
  • Lecture 1a – Introducing Biosphere 2
  • Lecture 1b - The Story of Biosphere 2
  • Lecture 1c - Biosphere 2 Research
  • Lecture 1d - Biosphere 2 and the Water Cycle
  • Module 1 Wrap Up
  • Lecture 1a
  • Lecture 1b
  • Lecture 1c
  • Lecture 1d
  • Climate Disruption
  • Module 2 Intro
  • Meet Kevin Anchukaitis
  • Lecture 2a - Global Warming and Carbon Dioxide
  • Lecture 2b - Rain, Snow, & Climate Change
  • Meet David Frank
  • Lecture 2c - Fires & Climate Disruption
  • Module 2 Wrap Up
  • Module 2 Supplemental Content
  • Lecture 2a
  • Lecture 2b
  • Lecture 2c
  • The Science of Water Availability
  • Module 3 Intro
  • Meet Peter Troch
  • Lecture 3a - Water on Earth
  • Lecture 3b - How much water do we use?
  • Lecture 3c - How will climate change affect water availability?
  • Lecture 3d - Water cycle research
  • Module 3 Wrap Up
  • Lecture 3a
  • Lecture 3b
  • Lecture 3c
  • Lecture 3d
  • Desert Plants, Climate, and Changing Landscapes
  • Module 4 Intro
  • Meet Larry Venable
  • Lecture 4a - Biodiversity and its maintenance
  • Lecture 4b - Functional traits and diversity
  • Lecture 4c - Vegetation response to climate change
  • Lecture 4d - Biological bet hedging
  • Module 4 Wrap Up
  • Module 4 Supplemental Content
  • Lecture 4a
  • Lecture 4b
  • Lecture 4c
  • Lecture 4d
  • Rainforests in an Altered World
  • Module 5 Intro
  • Meet Joost Van Haren
  • Lecture 5a - The Biosphere 2 Rainforest
  • Lecture 5b - Tropical Rainforests of the Amazon
  • Module 5 Wrap Up
  • Lecture 5a
  • Lecture 5b
  • Sea Changes in our Marine Environment
  • Module 6 Intro
  • Meet Julia Cole
  • Lecture 6a - The ocean, climate, and humans
  • Lecture 6b - Global warming, Ocean warming
  • Lecture 6c - Acidification: Warming's evil twin
  • Lecture 6d - The global coral reef crisis
  • Module 6 Wrap Up
  • Module 6 Supplemental Content
  • Lecture 6a
  • Lecture 6b
  • Lecture 6c
  • Lecture 6d
  • Soil Science - Foundations & Implications
  • Module 7 Intro
  • Meet Katerina Dontsova
  • Lecture 7a - Why do we care about soil?
  • Meet Rachel Gallery
  • Lecture 7b - Soil biodiversity
  • Lecture 7c - Soil microorganisms
  • Lesson 7d - Soils and human survival
  • Module 7 Wrap Up
  • Module 7 Supplemental Content
  • Lecture 7a
  • Lecture 7b
  • Lecture 7c
  • Lecture 7d
  • Feeding the Future
  • Module 8 Intro
  • Meet Gene Giacomelli
  • Lecture 8a - Plant processes and the Lunar Greenhouse
  • Lecture 8b - Controlled Environment Agriculture
  • Lecture 8c - Home Grown Hydroponics
  • Module 8 Wrap Up
  • Module 8 Supplemental Content
  • Lecture 8a
  • Lecture 8b
  • Lecture 8c
  • Life and Resources in Space - Should We Go There?
  • Module 9 Intro
  • Meet Chris Impey
  • Lecture 9a - Living on a finite planet
  • Lecture 9b - Resources in space
  • Lecture 9c - The future of space travel
  • Lecture 9d - The Moon and Mars
  • Lecture 9e - Living Beyond Earth
  • Module 9 Wrap Up
  • Module 9 Supplemental Content
  • Lecture 9a
  • Lecture 9b
  • Lecture 9c
  • Lecture 9d
  • Lecture 9e

Summary of User Reviews

Discover the science behind the future of biosphere. This course has received positive reviews from many users. One key aspect that many users praised is the comprehensive and informative nature of the course.

Pros from User Reviews

  • Comprehensive and informative course content
  • Engaging and interactive learning experience
  • Excellent support from instructors and community
  • Flexible schedule allows for self-paced learning

Cons from User Reviews

  • Some technical glitches with the platform
  • Course may be too basic for advanced learners
  • Limited real-world applications discussed
  • Some lectures may be too long and dense
  • Expensive compared to other online courses
English
Available now
Approx. 29 hours to complete
Kevin E. Bonine, PhD
University of Arizona
Coursera

Instructor

Kevin E. Bonine, PhD

  • 4.8 Raiting
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