Past Collaborative Initiative Grant Recipients

Project: PetWatch: A Science-Based Educational Campaign

$40,000 for 12 months

Tiger salamanderBullfrog
To complete the research and initial implementation of Petwatch, the first science-based educational campaign and consumer’s guide that identifies “Best”, “Worst” and “Good Alternative” pets from among those that are legally imported in to the U.S. Switzer Fellows Dr. Kate Smith, Assistant Professor at Brown University and Senior Research Scientist at the Consortium for Conservation Medicine (through a Switzer Leadership Grant), and Dr. Myra Finklestein, Research Associate at UC Santa Cruz in Microbiology and Environmental Toxicology, will collaborate on the project.  The basic concept for Petwatch is similar to that of Monterey Bay Aquarium's Seafood Watch program that synthesizes scientific criteria to provide consumer advice for making more sustainable choices for seafood consumption. In Petwatch, the goal is to educate consumers and the pet retail trade on Best, Worst and Good Alternative Pets.  This project is a consumer, science and industry-driven strategy to reduce wildlife trade in animal species that have potentially harmful human and ecosystem effects. Petwatch will be the world’s first consumer information campaign founded on scientific evidence that promotes safe pet purchases for all major taxonomic groups.

Project: Coal River Wind Educational Website

West Virginia
$5,000.00 for 12 months

Map of Coal River ValleyThis is a seed grant to fund a collaborative effort between Jennifer Osha (2000 Fellow) representing the West Virginia-based advocacy organization, Aurora Lights, and Evan Hansen (1996 Fellow) representing the consulting firm, Downstream Strategies. Jen and Evan will collaborate on producing portions of a multimedia website and community guide to organizing local wind campaigns.  The regional focus of this work is the Coal River Valley in southern West Virginia.  The website is intended to educate community groups about wind power as an alternative to mountaintop removal coal mining.

Capturing Detailed Sound Profiles Using a Mobile Phone

$5,000 for 12 months

Nithya RamanthanDrs. Nithya Ramanathan and Scott Fruin will collaborate to develop cell phone technology to accurately capture and measure noise levels. This collaboration addresses the problem of environmental noise as an underappreciated hazard. Environmental noise has been linked to heart disease, stroke, and heart attacks. However, nearly all associated health studies have been conducted using only estimates of noise exposure from either outdoor measurements, computer modeling, or self-reporting. None of these are particularly accurate means of estimating true noise exposure, especially since a greater proportion of most people's time is spent indoors. With the proposed technology, there is potential to make true noise exposure measurements with large numbers of subjects using cell phone technology.  Scott Fruin has extensive experience in measuring air pollution in both mobile settings and on foot. He will direct the validation in the laboratory and in the field. Nithya Ramanathan, currently a post-doc at UCLA's Center for Embedded Networked Sensing (and founder of Lorax Analytics), will write the mobile phone and back-end server software.