"One small tug in the web of live produces a cascade of change."
Cascade Canyon, Jenny Lake Trailhead, Grand Teton National Park |
Project Summary
Four middle school science and language arts teachers from Cushing, OK traveled to four National Parks this summer on a Fund for Teachers Study Fellowship. We traveled to Wind Cave National Park in South Dakota, Devils Tower National Monument, Yellowstone National Park, and Grand Tetons National Park in Wyoming. We were inspired to visit national parks to expose our students to issues facing the parks and to instill in those students the idea of preserving our natural resources. Many of these issues by their very nature involve citizens making informed choices about land use. Our team spent two weeks in the field with a biologist and with park rangers. We are now collaborating on new units to make science relevant for our students.
Wind Cave National Park has the third longest cave system in the United States. Some of the best examples in the world of rare boxwork formations, paper-thin intersecting veins of calcite, can be found in its tunnels. Visitors to the cave threaten to expose its bats to the fungus suspected of causing white nose disease. Scientific research has informed the National Park Service's response to the threat. Rather than closing the cave to the public to protect the bats, the park service is trying to reduce the spread of the disease by educating visitors about how the fungus is spread. We can use this as an example of the kinds of compromise which must be made in order to protect and promote our natural resources.
In Yellowstone, we participated in a four day Summer Wildlife Watching Seminar with a biologist and guide from the Yellowstone Institute. We studied the controversies surrounding the reintroduction of wolves in Yellowstone. We now better understand the points of view of both the farmers and ranchers, who feel the wolves are a threat to livestock, and the park service as they manage the wildlife within the park. With spotting scopes provided in our seminar, we saw a wolf, grizzly bears, moose and the elusive Rocky Mountain bighorn sheep and also tracked a grizzly bear across a streambed. We saw otters, elk, pronghorn, badgers and bison interacting with their young in their natural habitat.
Continuing our study of the wildlife and habitat management issues in Greater Yellowstone Ecosystem, we traveled south to The Grand Tetons where the mountains seem to come straight out of the lowland and glaciers dot the tops of the peaks. We saw pristine lakes and hiked backcountry trails with park rangers identifying signs of naturally occurring changes in animal populations and habitats in a wilderness setting.
Professional and Personal Growth
• Experienced our National Parks firsthand
• Increased our knowledge of wildlife and plant life in the wilderness setting
• Developed a better understanding of the competing demands of oil and real estate development, farming and ranching, and the promotion of the park for the enjoyment of millions of visitors
• Deepened our understanding of necessity of science-based decision making in order to protect the habitats within the Greater Yellowstone Ecosystem
•Deepened our understanding of necessity of science-based decision making in order to protect the habitats within the Greater Yellowstone Ecosystem
•Developed a better understanding of the competing demands of oil and real estate development, farming and ranching, and the promotion of the parks for the enjoyment of millions of visitors
•Brought back lesson plans based on conservation controversies to allow us to teach reasoning and writing skills using engaging content supporting the new Common Core State Standards
•Gathered picture libraries from our fellowship in the parks including images of ourselves doing field research to share with our students
•Challenged ourselves physically backcountry hikes
•Learned about bear safety and preservation of hiking areas
•Developed a passion for preserving our national parks as a treasure not only for ourselves but for our students
Benefits to Students and School Community
• National parks will provide relevant topics for self-generated research questions for English Language Arts curriculum associated with Common Core State Standards.
• Students will gain an understanding of how everything in their world is interconnected and the consequences their actions can have on the viability of our remaining wilderness.
• Students will gain a better understanding of how conservationists must give and take among other interest groups in order to meet the greater needs of an ecosystem.
• With real world examples from our fellowship, we will promote careers in science.
• Using first-hand experience, our team can now present relevant lessons on topics such as how to tell a black bear track from a grizzly track , how to spot cutthroat trout eggs in a stream, how to find an osprey nest from a distance by whitewash, or understanding when a bald eagle develop its white plumage.
• The future of the wild places will rest on the decisions of our student’s generation. This fellowship will help us promote in our students a sense of ownership of their National Parks so that future generations will be able to see wilderness undisturbed by concrete and industry.
Works in Progress
Future activities for 8th grade classes include collecting information on the controversies surrounding wolves, bison, and grizzly bears in the Greater Yellowstone Ecosystem. Using scientific research papers, community blogs, and newspaper articles students will analyze the text, develop a point of view, determine bias in a work, and share their point with the class. Collaborating on presentations, the science and language arts classes will research and present information on these predators and the interrelationship between the many species. They will discover how changes in the population of a prey species may affect the size of predator populations.
The 6th grade classes will focus on creating a brochure for a National Park including location, map directions, dominant features and history. The brochure will include pictures and diagrams and may be done as a PowerPoint.
The 6th and 8th grade classes will get together for an outside hands-on activity on population dynamics where they assume rolls of predator, prey, water, and habitat. Several rounds are played and students take the data back to class to form graphs that show how populations affect one another.
Wind Cave National Park has the third longest cave system in the United States. Some of the best examples in the world of rare boxwork formations, paper-thin intersecting veins of calcite, can be found in its tunnels. Visitors to the cave threaten to expose its bats to the fungus suspected of causing white nose disease. Scientific research has informed the National Park Service's response to the threat. Rather than closing the cave to the public to protect the bats, the park service is trying to reduce the spread of the disease by educating visitors about how the fungus is spread. We can use this as an example of the kinds of compromise which must be made in order to protect and promote our natural resources.
In Yellowstone, we participated in a four day Summer Wildlife Watching Seminar with a biologist and guide from the Yellowstone Institute. We studied the controversies surrounding the reintroduction of wolves in Yellowstone. We now better understand the points of view of both the farmers and ranchers, who feel the wolves are a threat to livestock, and the park service as they manage the wildlife within the park. With spotting scopes provided in our seminar, we saw a wolf, grizzly bears, moose and the elusive Rocky Mountain bighorn sheep and also tracked a grizzly bear across a streambed. We saw otters, elk, pronghorn, badgers and bison interacting with their young in their natural habitat.
Continuing our study of the wildlife and habitat management issues in Greater Yellowstone Ecosystem, we traveled south to The Grand Tetons where the mountains seem to come straight out of the lowland and glaciers dot the tops of the peaks. We saw pristine lakes and hiked backcountry trails with park rangers identifying signs of naturally occurring changes in animal populations and habitats in a wilderness setting.
Mrs. Sissom, our guide, and the grizzly bear groupies |
Professional and Personal Growth
• Experienced our National Parks firsthand
Elk cow coaxing her baby to cross the river |
• Developed a better understanding of the competing demands of oil and real estate development, farming and ranching, and the promotion of the park for the enjoyment of millions of visitors
• Deepened our understanding of necessity of science-based decision making in order to protect the habitats within the Greater Yellowstone Ecosystem
•Deepened our understanding of necessity of science-based decision making in order to protect the habitats within the Greater Yellowstone Ecosystem
•Developed a better understanding of the competing demands of oil and real estate development, farming and ranching, and the promotion of the parks for the enjoyment of millions of visitors
•Brought back lesson plans based on conservation controversies to allow us to teach reasoning and writing skills using engaging content supporting the new Common Core State Standards
•Gathered picture libraries from our fellowship in the parks including images of ourselves doing field research to share with our students
•Challenged ourselves physically backcountry hikes
•Learned about bear safety and preservation of hiking areas
•Developed a passion for preserving our national parks as a treasure not only for ourselves but for our students
• National parks will provide relevant topics for self-generated research questions for English Language Arts curriculum associated with Common Core State Standards.
• Students will gain an understanding of how everything in their world is interconnected and the consequences their actions can have on the viability of our remaining wilderness.
• Students will gain a better understanding of how conservationists must give and take among other interest groups in order to meet the greater needs of an ecosystem.
• With real world examples from our fellowship, we will promote careers in science.
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Paw print of a grizzly bear |
• The future of the wild places will rest on the decisions of our student’s generation. This fellowship will help us promote in our students a sense of ownership of their National Parks so that future generations will be able to see wilderness undisturbed by concrete and industry.
Works in Progress
Future activities for 8th grade classes include collecting information on the controversies surrounding wolves, bison, and grizzly bears in the Greater Yellowstone Ecosystem. Using scientific research papers, community blogs, and newspaper articles students will analyze the text, develop a point of view, determine bias in a work, and share their point with the class. Collaborating on presentations, the science and language arts classes will research and present information on these predators and the interrelationship between the many species. They will discover how changes in the population of a prey species may affect the size of predator populations.
Badger and 2 kits, badger babies |
The 6th and 8th grade classes will get together for an outside hands-on activity on population dynamics where they assume rolls of predator, prey, water, and habitat. Several rounds are played and students take the data back to class to form graphs that show how populations affect one another.