Atmosphere Tree Honey Badger Soil Ocean Phytoplankton Fish Sediment Rock

This prototype was developed through an experimental course at UCDavis, "The Internet as a Medium for Education about Science and Sustainability," led by Stephen Hartzog as a part of http://emergence.ucdavis.edu.
You can see evidence of our process at the course website: https://sites.google.com/site/sciarted/home/imess-w2012

 

About This Project

The Carbon Cycle links the earth with the organisms that inhabit it. Understanding the carbon cycle is crucial to understanding the workings of our earth. There is a great deal of buzz surrounding global warming and sustainability, with little explanation of the underlying processes that contribute to the health of our planet. We hope this project sheds light on the ways that carbon moves through our closed ecosystem.

This web interactive was produced by an interdisciplinary group of undergraduate and graduate students from art and design, science and education. This work is the result of an experimental course, "The Internet as a Medium for Education about Science and Sustainability," offered during Winter 2012 at UC Davis as part of emergence.ucdavis.edu. Group members worked collaboratively to prototype, design graphics, write copy, and compose the sonic experience. While all participants worked across disciplines, the primary roles were as follows:

Design: Theron Brown
Illustration & Design: Andrea Murphy Keaveney
Sound Design: Kevin Corcoran and Dave DeFilippo*
Content Composition: Quinn Norris*, Colin Dixon, Mike Salcido, Todd Kaiser
Early-Stage Prototyping: Carla Orendorff
Project Management: Tim Kerbavaz*
Programming & Interaction: Steve Hartzog*

Thanks to the visitors who participated in our process: Glenda Drew and Mary Brooke McEachern, Alexandra Navrotsky and David Pines, Peter Smerud, Shawn Carlson, Kurt Rhode, Peter Littlewood, Ivan Smalyukh, and Peter Harris.

This project was made possible by a grant from the Wolf Ridge Environmental Learning Center, with support from ICAM and NEAT through the Division of Mathematical and Physical Sciences at UC Davis. The course was offered through the Program in Technocultural Studies and the facilities for the class were provided by the Design Program at UC Davis.

The project team would like to especially thank David Pines and Michael Plautz for their vision and support in conceiving and developing the course.

This site is dedicated to the memory of Michael Plautz.

Creative Commons License
Some Rights Reserved.

*Asterix denotes contributor in the Spring Quarter, when text and code were revised and generated.

Atmosphere Tree Honey Badger Soil Ocean Phytoplankton Fish Sediment Rock