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CCSS: 6.NS.C.8, MP5, MP6, MP7

TEKS: 6.11

Finding Pikas

Scientists have enlisted volunteers to help locate these mysterious mammals in the Rocky Mountains

Sumio Harada/Minden Pictures

Volunteers hike a trail up Longs Peak in Rocky Mountain National Park. They stop at an elevation of around 10,000 feet to look for signs of a small, hamster-like mammal called the American pika. These citizen scientists scour the slopes for poop and hay piles the animals stash to eat over the winter. They also listen for pikas’ high-pitched chirps. These clues tell the volunteers that the pikas either were there or are still living in the area.

Each summer, 400 volunteers ages 8 to 80 join the Colorado Pika Project. They visit 186 sites across the state. Back in 2010, the U.S. Fish and Wildlife Service considered adding the American pika to the endangered species list. But there wasn’t enough data to determine the animals’ status. So the Denver Zoo and the nonprofit Rocky Mountain Wild started the Colorado Pika Project to collect data on the species.

Not only does this help scientists learn about pikas, but it also helps researchers understand how climate change is affecting the region. American pikas are an indicator species, which are organisms that can show researchers if an ecosystem is healthy or not.

Volunteers hike up a steep trail in Rocky Mountain National Park. They stop at an elevation of around 10,000 feet. These citizen scientists are looking for signs of a small, hamster-like mammal called the American pika. They scan the slopes for pika poop and the piles of hay the animals use as winter food stores. They also listen for pikas’ high-pitched chirps. These clues tell the volunteers that pikas have been in the area.

Every summer, 400 volunteers join the Colorado Pika Project. They range in age from 8 to 80. The volunteers visit 186 sites across Colorado to look for pikas. Their goal: collect as much data as they can on the species. Back in 2010, the U.S. Fish and Wildlife Service considered protecting the American pika by declaring it an endangered species. But there wasn’t enough information about how many of the animals actually lived in the wild.

The Colorado Pika Project helps scientists learn about the pika population. But it also helps researchers understand something bigger: how climate change is affecting the Rocky Mountain region. American pikas are what scientists call an “indicator species.” That means their numbers are an important signal of whether the ecosystem is healthy or not.

Kristi Odom

Alex Wells (far left) trains volunteers on how to look for signs of pikas.

Donald M. Jones/Minden Pictures

Pikas inhabit a narrow ecological niche, thriving at elevations of 8,000 to 12,000 feet. They have thick coats that keep them warm when winds gust up to 75 miles per hour and temperatures plunge. But a warmer climate could leave them too hot to survive. It could also melt the snow the pikas use to insulate their winter homes. On average, snowpack melts three weeks earlier in Colorado than it did 150 years ago.

“That’s really where the power of community science and long-term data sets come in,” says Alex Wells, the community science coordinator at the Denver Zoological Foundation. Having a baseline could help researchers better understand the conditions the pikas can endure. Colorado’s climate is going to keep changing no matter what,” Wells says. “Discovering where pikas are and how the react to a warmer world could help keep the species from disappearing.”

Pikas occupy a very particular habitat. They thrive at elevations between 8,000 and 12,000 feet. Their thick coats keep them warm during cold mountain winters, when winds gust up to 75 miles per hour. But a warming climate could leave them too hot to survive. It could also melt more snow, which pikas use to build their winter burrows. On average, snow in Colorado now melts three weeks earlier than it did 150 years ago.

Knowing how many pikas there are helps researchers understand how the animals adapt to the changing climate. “That’s really where the power of community science and long-term data sets come in,” says Alex Wells. He’s the community science coordinator at the Denver Zoological Foundation, which helps run the Pika Project. “Colorado’s climate is going to keep changing no matter what,” Wells adds. “Discovering where pikas are and how they react to a warmer world could help keep the species from disappearing.”         

The map above shows a region in Rocky Mountain National Park that the Colorado Pika Project monitors. Answer the questions to learn more about where they have seen American pikas and signs of them. Record your work and answers on our answer sheet.

The map above shows a region in Rocky Mountain National Park that the Colorado Pika Project monitors. Answer the questions to learn more about where they have seen American pikas and signs of them. Record your work and answers on our answer sheet.

Volunteers look for signs of pikas, like hay piles and scat. They saw this evidence, as well as live pikas, at Point A on the map. What are its coordinates?

Volunteers look for signs of pikas, like hay piles and scat. They saw this evidence, as well as live pikas, at Point A on the map. What are its coordinates?

Last year, volunteers saw pikas and heard them chirping near Longs Peak, at Point B. What are its coordinates?

Last year, volunteers saw pikas and heard them chirping near Longs Peak, at Point B. What are its coordinates?

At Points C and D, pikas had been spotted in the past but none were seen in 2021. What are the coordinates of these sites?

At Points C and D, pikas had been spotted in the past but none were seen in 2021. What are the coordinates of these sites?

Since the project started, no pikas or pika signs have been found at the site at (-7, -5). Which point on the map is that?

Since the project started, no pikas or pika signs have been found at the site at (-7, -5). Which point on the map is that?

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