RMBL has a unique talent for turning budding scientists into fully formed researchers whose scientific contributions resonate around the globe. Case in point: Rebecca Prather. Fresh from finishing her PhD [...]
For decades, RMBL has hosted world-renowned scientists, supporting their research with field sites, lab facilities, housing, technological and logistical assistance, and access to historic data. We have achieved this as [...]
Hundreds of scientists flood the hills of Gothic every summer to do research in one of the most-studied ecological sites in the world. But come winter, only one man is still standing. He’s made this abandoned silver mining town his home. He’s also made a name for himself without even trying. He’s billy barr.
First things first. Why is his name not capitalized? “Oh, it’s a stupid reason,” he says. “When I got here, I had two roommates. One of them signed his name with all small letters. I tried doing it, and it felt comfortable. A “b” is a big letter when you capitalize it; it’s not that big when it’s small. I just felt more comfortable with it.” Besides, he added, “It fit my personality better. I live a quiet little life, and it just fit me.”
In a normal year, RMBL scientists return to their universities at the end of summer and, except for the fall youth program, things get quiet around here. But Gothic doesn’t go into hibernation. While everyone else is back home, there are a few hardy souls who stay in Gothic through the long, snowy winter. They clean and manage the Nordic ski huts used for winter rentals. They shovel snow off the dining hall roof. They take care of all the ongoing maintenance that keeps RMBL functional. One of those caretakers is Rachel Dickson, a graduate of the University of Montana, who has spent the last three summers at RMBL. She began as a student in the undergraduate program and then worked as a research assistant for the next two seasons. This past winter was her first as a caretaker. The snowpack was below average, so she adjusted quickly. It was only when spring and a global pandemic arrived that things got weird.
For University of Tennessee undergraduate Gavin Belfry, the summer of 2019 was particularly seedy. He spent the summer assisting with Dr. Benjamin Blonder’s seed distribution research at RMBL. For six [...]
When you think of climate change, it’s likely you picture glaciers melting in the arctic, or massive wildfires scorching California hillsides. You probably don’t consider the thousands of little ponds tucked away in the Colorado Rockies, many of which can be found just up the Gothic Valley. But for freshwater ecologist Dr. Scott Wissinger, the relationship between climate change and high alpine ponds has culminated in thirty plus years of research at the Rocky Mountain Biological Laboratory (RMBL).
Dr. David Inouye first came to RMBL in 1971 and started his Ph.D. research there in 1972. “I was a graduate student studying hummingbirds and bumble bees, and I wanted to know what flower nectar resources are available for them, so I started counting flowers,”
If you’re a field scientist, having access to over 40 years of prior research in the precise location you want to study is a huge advantage. Having access to advanced technologies that allow you to analyze and add to that data is icing on the cake.
Scientists have been observing the effects of climate change on plants for decades. And most studies have treated all individuals in a species the same. But whereas most plant species are hermaphroditic – where individuals are both male and female – 10 percent of them are dioecious, meaning that, like most animals, individual plants are either male or female.
What’s it like to watch a tiny male hummingbird soar to about 100 feet in the air and dive at breakneck speed towards the Earth while snapping its tail feathers and flashing its iridescent throat patch in a breathtaking display of lust? Or, more to the point, what’s it like for a female hummingbird? Ask Dr. Cassie Stoddard.