SEFS Grads Begin Alaskan Adventure

A few weeks ago, we heard from two of our recent graduate students, John Simeone and Erika Knight, who each earned a master’s from the School of Environmental and Forest Sciences (SEFS) this past year. They actually met and started dating while undergraduates at Cornell University in Ithaca, N.Y.—they’re now engaged—and this past September they loaded their Volkswagen, hitched up a small U-Haul trailer and set out on the 2,400-mile drive to try life in Anchorage, Alaska!

Knight and Simeone

Knight and Simeone on a hike up to Flattop Mountain, about a 20-minute drive from their apartment in Anchorage.

Simeone grew up outside of New York City, and Knight is originally from New Hampshire, so Alaska would open a totally new frontier for them. And since they weren’t in a hurry, they decided to soak up the scenery on the way, including making a couple memorable stops at the Liard Hotsprings in northern British Columbia, and then the Kluane Lake area in the Yukon. They ended up taking almost six days to complete the journey before pulling into their driveway in Anchorage on October 3 (some make the drive in three days, says Simeone, but what’s the fun in that?!).

Since then, they’ve been reveling in the outdoor offerings in and around Anchorage, finding great hiking and ski trails within minutes of their apartment. “The autumn seems to have sped by quickly,” he says, “and by early November the snow started flying, which we were very glad of since we were excited to get out on the extensive cross-country ski trail networks in town—not to mention getting out into the mountains to backcountry ski!”

Erika Knight

As snow and ski lovers, Knight and Simeone have moved to the right place!

The only downside is that as the snow gets heavier, the days keep getting shorter. “The darkness is certainly hard,” says Simeone, “but the abundance of snow makes up for it! For instance, as I write this email at 10 a.m., it is basically pre-dawn light right now. But the days are already starting to get longer!”

Gobbling up some of those precious daytime hours, of course, are their jobs. Knight has been working for a consulting firm as a full-time environmental scientist, and Simeone has been piecing together some part-time contract consulting work from places as far reaching as Washington, D.C, and Russia. As he continues looking for a full-time position, he has a new contract starting that will involve working on Russia-Alaska king crab trade issues for the World Wildlife Fund’s arctic office.

The real fun, though, has been exploring their new city and state, and they’re just getting started. If you’d like to get a peek at their Alaskan adventure so far, Simeone and Knight shared some of the photos they took during their spectacular drive and first autumn in Anchorage. We put a selection of them in a gallery below, so check it out!

Best of luck to both of you, and stay in touch!

All photos © John Simeone and Erika Knight.

The Bear Essentials

When you think about salmon in Alaska, you might picture grizzly bears standing in a gushing stream and snapping up spawning fish as they leap against the current. (Even a Steamfresh® Chef’s Favorites frozen dinner commercial plays off this image, as does this John West Red Salmon clip).

But for all the iconic footage of salmon runs, this annual rite of passage and predation has gone largely unstudied from the point of view of individual bears—especially outside of easily observable areas.

The challenge is that observations of bears are generally too few and too close to reveal natural feeding behavior, so most of what we know about the bear-salmon relationship comes from fish carcass surveys: We see what’s been eaten, but not always who did the eating, or how often or where or when. That leaves a lot of unknowns, including how many bears hunt along salmon spawning-streams, and whether bears return to the same stream year after year.

To answer these questions and others, two units in the College of the Environment—the School of Aquatic and Fishery Sciences (SAFS) and the School of Environmental and Forest Sciences (SEFS)—have launched a coordinated research project.

Professors Wirsing and Quinn

Professors Aaron Wirsing, left, and Tom Quinn. Since 1993, Quinn’s research has explored a number of dimensions of the salmon-bear relationship, including the effects of stream characteristics on bear predation rate, size selectivity, density dependence, evolutionary consequences and links to nutrient cycling.

Led by SAFS Professor Tom Quinn and SEFS Professor Aaron Wirsing, this new study is investigating coastal brown bear (Ursus arctos) abundance and behavior along sockeye salmon (Oncorhynchus nerka) spawning streams in Bristol Bay, Alaska. Their project draws from decades of existing salmon research and introduces a completely new perspective by exploring individual brown bear behavior, including monitoring bears through remote cameras and collecting hair samples for DNA analysis.

The research team is housed at the Fisheries Research Institute, a program within SAFS, and based in the village of Aleknagik. In addition to Professors Quinn and Wirsing, the crew includes SAFS graduate student Curry Cunningham and Professor Lisette Waits from the University of Idaho.

Their work began in 2010 by placing the first cameras along salmon-spawning streams in the Wood River Lakes System. In July 2012, they then deployed barbed wire across three streams to begin snagging tufts of hair from foraging bears. This past summer, they expanded the research area and deployed two barbed wires each on six streams. One wire per stream is paired with a remote camera trap to document what happens when bears encounter the wires. The wires are set just high enough—55-60 centimeters—for bears to step gingerly over them, often leaving small tufts of hair behind (when good samples are collected, they call it a “good hair day”). The hairs, in turn, yield DNA samples that help researchers identify individual bears.

Hair Tuft

A tuft of brown bear hair snagged on a wire.

The study is designed to be noninvasive, so among the questions to answer was whether the wires would impact or otherwise disrupt bear behavior and hunting. Judging from the camera images so far—including many taken at night (see slideshow below)—the bears appear largely unconcerned with the wires, often stepping over and under multiple times in a single encounter (in the process, of course, leaving collectible tufts of hair).

In the first year of hair sampling last summer, the team collected 74 tufts from wires along Bear, Happy, and Hansen creeks. They have analyzed 41 of the samples so far and have successfully identified 15 different individuals—eleven females, four males, and all brown bears.

Field work is just winding down for this summer (at left, check out a slideshow of photos Professor Wirsing took a few weeks ago). They plan to continue the project for a few more years, and as researchers sort through several hundred new samples to analyze, they’re excited to open this window into a largely unseen and unstudied realm of bear behavior.

“Outside of a few highly visible areas, such as the McNeil River, the behavior of brown bears foraging on salmon has been largely shrouded in mystery,” says Wirsing. “We hope our work will reveal how feeding and social behavior of individual bears are shaped by the arrival of migrating salmon—and by extension how coastal brown bear populations might be affected by changes to the size and timing of salmon runs.”

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Super Salmon
In the short video clip below, Professor Wirsing captures sockeye salmon swimming up Hansen Creek, which in some places is only a couple inches deep as it approaches Lake Aleknagik. You’ll get a glimpse—a tiny glimpse, mind you—of the herculean effort it takes for salmon to reach their spawning grounds. Their exertion is nothing short of heroic during this brutal slog. After all, even when they manage to dodge the maw of a hungry grizzly, they still have to muscle their way through narrow, shallow streams to reach their final destinations. In some cases, a few of the larger males get too fatigued to maneuver through the shallowest sections and end up stranded. Those beached souls then sometimes have to suffer through gulls pecking their eyes out as a final insult. No question, it’s an unforgiving business.

Slideshow photos, hair tuft and salmon video © Aaron Wirsing; all other photos © Tom Quinn.