(GOTHIC, Colo.) — We are Gunnison County and nestled in the shadow of the majestic Rocky Mountains, you’ll find a vibrant center for scientific exploration. The Rocky Mountain Biological Laboratory (RMBL) is recognized globally as a premier center for scientific research and education.
The abandoned mining town of Gothic, Colorado is now a hub of scientific research all thanks to the vision of former Western Colorado University Professor Dr. John C. Johnson.
When Johnson first set foot in Gothic in 1919, he was captivated by the area’s rich biodiversity. He recognized its potential as a living laboratory and brought students to study among the town’s ruins. Fast forward to 1928 and RMBL was officially established.
With its well-equipped facilities, RMBL provides crucial support for scientists and students alike, offering living quarters, research labs, and protected research sites.
“Looking through campus we have over 60 cabins, only three of the structures are left over from 1880,” Rick Reavis, Interpretive Guide at RMBL said.
Reavis just completed his eighth summer at RMBL. He’s been exploring the many plant species found in the Rocky Mountains since the mid-1980s and you might learn a thing or two during his tour.
“There’s a lot that has been written about aspen trees and one of them is if you rub your hands on the trunk of the tree, that exfoliating bark has an SPF of about five,” Reavis explained. “It can be used for a sunscreen.”
As scientists tackle increasingly complex questions about our dynamic world, RMBL provides an essential resource.
“We’re known for our long-term research since we have been around so long,” Dr. Jennie Reithel, Science Director at RMBL said. “We have Marmot studies that are 60 years old, plant research that’s 50 years old, butterfly research that’s at least that long as well. It’s the duration of these studies that helps us see the impact of climate on our natural systems.”
The researchers of today build on the findings of their predecessors by tracking environmental changes year-round with cutting-edge technology.
“RMBL recognized the opportunity to utilize sensors to look at the area in a different way,” Erik Hulm, Director of Institutional Advancement at RMBL explained. “We started what’s called the spatial data platform which utilizes drones. It’s using fixed sensors to measure humidity, wind speed, and wind temperature to measure soil moisture.”
RMBLE’s campus sits on 1,000 acres spanning across the Gunnison Valley with more than 4,000 research plots. It hopes the insights gained there will continue to guide policymakers as they navigate the challenges of a rapidly changing environment. Science conducted at RMBL has influenced environmental policy. Research on acid deposition was used during the revision of the National Clean Air Act. RMBL has affected policy on water, pollination, pollution, and human health.
“There’s a real need for that, the translation between the basic science and what our policymakers need,” Dr. Reithel said.
Whether you’re a seasoned researcher or a curious student, the staff at RMBL invites everyone to explore the wonders of nature, and if you plan a visit be sure to ask for Rick Reavis.
