Enter Username
Custom Classroom Resources will not be available after August 1st, 2008.

If you would like to access resources you have created for future use, you will need to save them to your local computer.
favorites

YSC HomeAccept the ChallengeFinalists & WinnersNewsExtrasScience in ActionAlumni
Finalists & Winners
2003 Finalists
Click on each name to learn more about the finalists and their projects!

Samantha Bates

Peter Borden

Bogna Brzezinska

Anthony Burnetti

Rachel Clements

Leah Crowder

Ian Cummings

Erica David

David Edwards V

Dana Feeny

Bobby Fisher

Sarah Gerin

Jennifer Gutman

Zachary Hopkins

Sravya Keremane

Lorren J. Kezmoh

Tyler Kirkland

Michael Klein

Justin Koh

Luis Lafer-Sousa

Spencer Larson

Ryan Lee

Jeffrey Luttrell

Bryce Melton

Austin Minor

Elizabeth Monier

Michael Montelongo

Elena Ovaitt

Scott Presbrey

John Reid

Ethan Roth

Jacob Rucker

Patrick Saris

Taylor Simpkins

Katharine Sloop

Daniel Steck

Joseph Stunzi

Aron Trevino

Ryker Watts

Bryan Yancey
Banner Graphic
Leah plays the piano; however, her favorite activities are outdoor sports, including soccer, tennis, and swimming. She is also an avid reader and is very involved at her church. Leah's career path is uncertain, but she likes animals and is good in math.
 
Her mentor is Cliff Crawford, a professor at the Bosque Ecosystem Monitoring Program, who inspired Leah to pursue the study of salt cedar trees.
Project Graphic
(partner of Rachel Clements)
 
Salt cedar trees are a non-native, invasive species that drink up to 300 gallons of water a day in the riverside forest known as the bosque in New Mexico. The trees' massive taproots also tend to interfere with the water table. A professor at the Bosque Ecosystem Monitoring Program challenged Leah and Rachel to see if saltcedar trees grow better in the open or under the cottonwood canopy of the forest. A recent forest fire provided an opportunity to see if, after a summer of growth, there would be more salt cedars in the burned areas than in the unburned areas.
 
The girls counted the number of salt cedars on either side of a firebreak. They divided areas on the burned and unburned sides into 10m x 10m plots and recorded the height, health, and relationship of the saltcedars to the cottonwoods. They found that there were more salt cedars in the burned areas than the unburned areas. Further studies are needed to see if this is because the cottonwood canopy inhibits the salt cedars' growth or because salt cedars thrive in areas cleared by fire.
 

Tell Us What You Think
 
YSC Home • Accept the Challenge • Finalists & WinnersNews • ExtrasScience in ActionAlumni