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Innovative Uses of Vernier Technology

In addition to our large variety of experiments offered in our curriculum, teachers use their creativity to bring excitement to the classroom. Find out how our sensors have made the ordinary into the extraordinary!

Doing something innovative in your classroom? Tell us about it by e-mail at innovativeuses@vernier.com

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Showing 7 results in Water Quality, most recent entries shown first.

Title Excerpt Products Used
Vernier Used Around the GLOBE Using the Infrared Thermometer to measure temperature Is the heat given off by 500 people enough to change the temperature inside a large auditorium? How does the temperature and salinity of a tide pool compare to that of the nearby ocean water? These were just two of the questions posed to about 250 students from 52 countries who gathered in Cape Town, South Africa, this summer for the GLOBE Learning Expedition (GLE). And of course, Vernier equipment was used to investigate the answers... [more]
Science Subjects:
Biology, Earth Science, Environmental, Water Quality
Heart Rate of a Crayfish In collaboration with researchers from the University of Kentucky, Heidi Anderson, AP Biology teacher at Paul Laurence Dunbar High School in Lexington, KY, has developed an inquiry-based investigation of heart rate. What makes her approach unique is she studies crayfish. Students connect a Vernier EKG Sensor to leads attached under the dorsal carapace of the crayfish, near the heart. Some sample data and images are shown. Heidi's students develop experiments, using the crayfish, to in... [more]
Science Subjects:
Biology, Environmental, Life Science, Physiology, Water Quality
Lemelson-MIT InvenTeams Two of the 13 teams awarded grants by the Lemelson-MIT InvenTeams program in 2005 used our products extensively. The West Salem HS, OR team developed several methods of testing the ripeness of watermelon. One method was to measure the frequencies in the sound of the "thump" when the watermelon was hit by an object. They used the FFT graph of Logger Pro for the analysis. The team's mentor was Michael Lampert, who is also a 2005 Disney Teacher Award winner. The Bow HS, NH team... [more]
Science Subjects:
Water Quality, Physics, Biology, General Science
GIS Mapping Enhances Salinity Study Students gathering data on Laguna Madre In March 2005, Olathe North HS (Olathe, KS) students Kevin Skov and Greg May, along with teacher Steve Obenhaus, took a trip to the southern reaches of Texas to explore Laguna Madre's hypersaline characteristics. Laguna Madre, a large body of shallow water separating Padre Island from the South Texas mainland, is one of only a few hypersaline lagoons in the world. Using a Vernier Salinity Sensor, LabPro, and a laptop PC running L... [more]
Science Subjects:
Water Quality, Environmental, Life Science, Technology
Earth Day with Evergreen State College Earth Science with Vernier Water Quality with Vernier If there’s one thing the state of Washington has plenty of, it’s water. Blessed by an abundance of rain, and laced with a network of lakes, rivers, streams, and ponds, the state is typically lush and green year-round. But a steadily shrinking ozone layer, acid rain, and other environmental calamities are as much of a threat to the verdant Pacific Northwest as they are to the country’s drier climes. That’s why Dr. Dharshi B... [more]
Science Subjects:
Earth Science, Water Quality
Two-Liter Creek John Fischer, Ashwaubenon HS, Green Bay, WI, has created an artificial “Two Liter Creek” in his classroom for water quality studies in the middle of a Wisconsin winter. It is simply a 50-gallon aquarium with a pump that lifts water into an array of 15 two-liter bottles that have been mounted on a pegboard. This closed-loop creek has gravel in the bottles and in the aquarium. Over time, the artificial creek forms an ecosystem, as does a real creek. John’s students become experts at us... [more]
Science Subjects:
Biology, Environmental, Life Science, Water Quality
LabPro's Antarctic Adventure Heike Robinson, physics teacher, and sea kayaker, measures the temperature of Antarctic waters with a LabPro, Palm, and Stainless Steel Temperature Probe. Four years ago, Heike Robinson started sea kayaking. The more she learned about paddling, the more she discovered about the physics behind it. She started using examples from boating to help her students visualize many concepts, such as force, resistance, heat-flow rate (hypothermia), vector addition, and moment of inertia. In... [more]
Science Subjects:
Earth Science, Environmental, General Science, Integrated, Life Science, Water Quality