Biosphere 2 Science for the Future of Our Planet

What can the Biosphere 2 rainforest tell us about the future? Module 5 focuses on tropical rainforests in the Amazon Basin of South America, and the controlled rainforest inside Biosphere 2. Learn about the fascinating activity of tropical forests, the major roles they play in global climate, and the potential impacts of deforestation and climate change. With Dr. Joost Van Haren, Biosphere 2, UA Honors, and Dr. Scott Saleska, UA Ecology & Evolutionary Biology.

Why are coral reefs in peril, and what can we do about it? In Module 6, discover the immense role that oceans play in global climate, heat distribution, and human livelihoods. Learn why global warming is sometimes called ocean warming, how ocean acidification affects marine life, and innovative ways in which the ocean is studied. With Dr. Julia Cole, U. of Michigan, UA Biosphere 2 Marine Research.

How can soil be alive? In Module 7, discover the fascinating, microscopic world within soils and their critical role in Earth systems. Learn how soils provide functions and services that make them vital to our health and wellbeing. With Dr. Rachel Gallery, UA School of Natural Resources and the Environment, and Dr. Katerina Dontsova, UA Soil Water & Environmental Science, Biosphere 2.

Can a Mars or Lunar greenhouse help feed people on Earth? In Module 8, learn how space-farming models can be applied on Earth as we move towards a global population of 10 billion people. Discover innovative controlled agricultural systems, learn more about how plants grow, and get a chance to produce your own hydroponically grown vegetables at home! With Dr. Gene Giacomelli, UA Controlled Environment Agriculture Center.

When will humans live beyond Earth’s gravity? Module 9 is a fascinating and inspiring journey into space. Ignite your imagination as you learn about space tourism, asteroid-mining, moon elevators, robotic space explorers, and Mars colonization. While focusing on space, this module is sure to reaffirm your appreciation of Planet Earth. With Dr. Chris Impey, Associate Dean UA College of Science, UA Astronomy.