“You can’t be unhappy in the middle of a big, beautiful river.” – Jim Harrison
On Sunday, May 6, I had the privilege of participating in my first Nature Mapping Snake River float trip. And what a trip it was!
Along with fellow “bird nerds” Jon Mobeck and Tim Griffith (trip leader/coordinator) and guide Adam “Dutch” Gottschling, I spent two hours of the morning floating the eight-mile stretch of the Snake River between the Wilson bridge and Jackson Hole Vintage Adventure’s Tipi Camp.
Having recently moved to Jackson from the relatively flat plains and forests of the upper Midwest, I have a long way to go before I look up at the grandeur of the Tetons with anything but complete and utter awe. So, had we merely floated for two hours looking only at the river and surrounding mountains, without seeing any wildlife, I personally would have considered my Sunday morning well spent.
That said, we ended up observing over 40 species of birds, mammals and amphibians along the river and in the area immediately surrounding the Tipi Camp. Not bad for the first week of May! (Indeed, I’ve since learned that this is on the high end compared to historic species counts.)
Highlights included 54 American White Pelicans (the largest number ever recorded on one trip), one Swainson’s Hawk, one Merlin, a Greater Yellowlegs and two moose. Though, based on the excitement in the boat, to call the Merlin and Greater Yellowlegs mere highlights is a gross understatement. For good reason too! It turns out only a handful of each species have been spotted by volunteer citizen scientists since the trips began in 2010.
I’d like to say it was beginner’s luck, but I’ve spent enough time appreciating the wild spectacle that is nature to know that to try to claim any credit is silly at best. Besides, who knows what will be seen throughout the rest of this summer? Either way, this trip was an awesome start to what is sure to be an amazing float trip season. Even without such a notable species list, I feel lucky to have been a part of such an experience—to have spent the morning exploring an area of nature that few have the chance to see in a way that even fewer are able to see it.
JHWF partners with AJ DeRosa’s Jackson Hole Vintage Adventures to provide this incredible opportunity to float down the eight-mile stretch of the Snake River between Wilson Bridge and South Park and to collect important data about the various species of mammals, birds and amphibians that use it. Trips take place every Sunday morning from May 6, 2018 through the end of September. Cost is $30 per participant. To learn more, visit the Snake River Float Trip webpage or call the office at 307-739-0968. To sign up for an upcoming trip, contact project coordinator and expert birder Tim Griffith at email@example.com.
Species Counts Along the Snake River
May 6, 2018 8:00 AM – 10:00 AM
Canada Goose 144
Barrow’s Goldeneye 1
Common Merganser 24
American White Pelican 54
Great Blue Heron 3
Turkey Vulture 4
Bald Eagle 6
Swainson’s Hawk 1
Red-tailed Hawk 1
Spotted Sandpiper 10
Greater Yellowlegs 1
Belted Kingfisher 4
Northern Flicker 4
Black-billed Magpie 6
American Crow 14
Common Raven 3
Tree Swallow 50
Bank Swallow 5
Cliff Swallow 2
Black-capped Chickadee 7
Ruby-crowned Kinglet 11
Mountain Bluebird 7
American Robin 31
Yellow Warbler 1
Yellow-rumped Warbler (Audubon’s) 5
White-crowned Sparrow 2
Song Sparrow 47
Red-winged Blackbird 11
Brown-headed Cowbird 2
Brewer’s Blackbird 7
Species Counts at Jackson Hole Vintage Adventure’s Tipi Camp
May 6, 2018 10:15 AM – 10:45 AM
Canada Goose 3
Green-winged Teal 2
Common Merganser 2
Ruffed Grouse 1
American White Pelican 4
Spotted Sandpiper 3
Downy Woodpecker 1
Common Raven 1
Tree Swallow 1
Black-capped Chickadee 6
Ruby-crowned Kinglet 5
American Robin 5
Yellow Warbler 1
Yellow-rumped Warbler (Audubon’s) 5
Dark-eyed Junco 1
White-crowned Sparrow 1
Song Sparrow 4
Red-winged Blackbird 1
Brewer’s Blackbird 2
Frogs ? (unable to get an exact count)
We are excited to welcome Bruce Pasfield to the Jackson Hole Wildlife Foundation’s (JHWF) Board of Directors executive committee as vice president and Ben Wise as a new board member.
Bruce Pasfield is an attorney who practices environmental law in Wyoming and Washington D.C. He is currently a partner in the law firm of Alston and Bird and has served on the JHWF board since October 2016. Residents of Jackson Hole since 2010, Bruce and his wife Nancy are certified Nature Mappers and frequently volunteer on fence projects. Bruce brings enthusiasm and natural curiosity about wildlife, as well as his legal skills, to his position on the executive committee. Bruce enjoys spending time with his wife and two grown children, mostly in the outdoors birding, cycling, climbing, hiking and skiing.
Bruce Pasfield helps on a fence project last fall on Public Lands Day.
A Worland, Wyo. native, Ben Wise has worked as the Brucellosis-Feedground-Habitat Biologist for the Wyoming Game & Fish Department in the Jackson Region since 2013. Ben is a key volunteer and strategist for the Wildlife Friendlier Fencing program. He also volunteers his time on the Scientific Advisory Committee (SAC) for Nature Mapping Jackson Hole, vetting observations and advising JHWF on scientific goals for the array of projects. In his free time, Ben enjoys traveling, hunting, fishing and exploring all that Wyoming has to offer.
Ben Wise releases a bighorn sheep during a collaborative research project.
The JHWF Board of Directors is comprised of a diverse group of individuals with varied backgrounds including wildlife biology, wildlife management, public relations, law, conservation, planning and development, private business and local government.
The board represents a good cross-section of the community and enables us to have thoughtful debate about current issues and seize opportunities to advance meaningful on-the-ground work. Many board members contribute extensively as volunteers to increase our impact in our core program areas, extending a hands-on legacy that dates back to the origin of the organization in 1993.
Cyclists gather at Bradley-Taggart parking lot for leg two of the Mountain Bluebird Classic.
Jackson Hole Cycling’s unique fundraiser on two wheels this past Saturday, April 28, 2018, brought in over $1,200 for Jackson Hole Wildlife Foundation’s (JHWF) Bluebird Nestbox Project.
The “Mountain Bluebird Classic” is an annual spring group ride of the area’s road cyclists. Named for the mountain bluebirds who are busy building nests in cavities during the spring, the cyclists meet at the Home Ranch Visitor Center and ride to the Bradley-Taggart Lake parking lot to meet others who want to ride a shorter 30-mile version of the social ride (from Bradley-Taggart parking lot to Signal Mountain and back).
This year, the National Elk Refuge (NER) was able to open the north pathway early so the cyclists braving the longer 70-mile version of the road ride were able to see many of the nest boxes along the NER’s western border that JHWF installed and have been monitoring since 2003.
Last year, Jackson Hole Cycling’s executive director, Forest Dramis, asked participants to make donations for JHWF’s Nature Mapping Jackson Hole project, which recently added mountain bluebird banding and resighting to its conservation and research efforts. The 2017 ride brought in almost $300 while the 2018 ride raised over $1,200, so far. JH Cycling matched the riders’ donations this year.
Approximately 60 riders took part in this year’s event, which featured “bluebird” skies and unseasonably warm temperatures in the mid-60’s. Two riders even came from out of town for the scenic ride. One cyclist who did the ride last year came back all the way from Minneapolis, Minnesota to tackle the challenging social ride in Grand Teton National Park (GTNP). Another traveled from California to ride with her nephew.
Cyclists regroup at the base of Signal Mountain during the Mountain Bluebird Classic.
The Mountain Bluebird Classic was envisioned eight years ago by avid cyclist and science educator Aaron Nydam who wanted to create an event that captures the spirit of cycling and is inclusive to most all levels.
About Jackson Hole Cycling:
A 501 (c)7 non-profit organization, Jackson Hole Cycling is a group of avid cyclists living in Jackson Hole, Wyo. They provide information and events that help people enjoy the some of the best riding in the country, both road and mountain. (www.jhcycling.org)
Approximately 60 cyclists participated in the 2018 Mountain Bluebird Classic.
By Sarah Ramirez, Teton Raptor Center Research Technician
It’s nearly impossible to drive around the Jackson area without seeing a wooden platform attached to a powerpole or freestanding. This summer, Teton Raptor Center will utilize citizen scientists to monitor over 60 osprey platforms throughout Teton County (excluding Grand Teton National Park’s, as they monitor their own). These platforms will be checked once a month, starting in April and finishing in August, and will determine occupancy by Canada Geese and nesting productivity of Osprey. Data collected in past years by Nature Mapping Jackson Hole volunteers has been integrated into the ongoing Teton Raptor Center-led project.
In the last few years, Canada Geese have been nesting in osprey platforms in Teton County. Since they migrate into the valley weeks, if not a month, before osprey do, they generally nest beforehand and take claim to these platforms. Canada Geese prefer to nest in open, unobstructed areas, and these platforms most likely give their eggs/goslings a better chance against mammalian and reptilian predators. Teton Raptor Center has developed a nesting platform that tilts downward while the geese are looking to nest, and are pulled flat once the Osprey return to the valley. With our monitoring activities, it is important to note how many and which nesting platforms are being used by Canada Geese, so we can correctly place tilted platforms in needed areas.
Keep an eye out for osprey nesting this season! Regardless of where you see Osprey, Nature Mapping their locations and behaviors can help us learn more about their needs and preferences, ensuring that they thrive here into the future.
While the saying has had many applications over the years (its first recorded use dates back to the 16th century!), “a bird in the hand is worth two in the bush” can be taken quite literally when it comes to bird banding. Having a bird in the hand allows researchers to take quantitative measurements and make up-close, detailed observations that, in most other contexts, would be difficult, if not impossible. What’s more, after multiple years of collecting such data, we can start to observe changes and trends within an avian population and, eventually, to make deductions about the health of the ecosystem.
This is largely the goal of the Monitoring Avian Productivity and Survivorship (MAPS) program. Begun in 1989 by the Institute for Bird Populations (IBP), the program is a cooperative effort to collect standardized data on North American landbirds. By increasing understanding of the factors that affect avian populations and their relationships, from a local to a continental scale, ecologists are able to make informed conservation and management decisions. Furthermore, the effectiveness of those decisions will be able to be measured once they have been put into action.
Beginning in June 2018, JHWF staff and volunteers will be leading banding efforts at two MAPS stations in the Jackson area. Both sites were started by the Teton Science School’s Teton Research Institute in 1991 and 2003 and were run by the Teton Raptor Center from 2014-2017. We hope to be able to contribute ongoing data for many years to come!
JHWF Associate Director Kate Gersh (left) records data provided by Teton Raptor Center’s Allison Swan (right) at a banding station in 2017. The two organizations worked closely during a transition year to ensure that the essential program would continue smoothly.
How does MAPS work?
MAPS stations use mist nets, placed at permanent locations within a designated study area, to safely capture birds. Banders extract the birds from the nests and bring them back to a centralized location, where they take various measurements and place a USGS-issued aluminum band on each bird’s leg prior to releasing it. Banding begins around sunrise and the nets are open for six hours during one day of every 10-day period. The season begins in May or early June, depending on latitude (that’s the first week of June for us, in Jackson Hole!) and runs through early August.
So what sort of data does one take from a bird in the hand?
After the species identification and band number (whether it is a newly banded bird or recaptured), the most important data we collect is the age and sex of the bird. Is it a young bird or an adult? Male or female? How exactly we deduce this depends on the species; however, many species of songbirds exhibit sexual dimorphism, meaning the males are visibly different from the females. During the breeding season, this is often most apparent in the bird’s plumage—males have on their “sexy plumage,” to help them attract a mate, while the females’ feathers are more subtle and subdued, to provide camouflage while they are on the nest.
A juvenile American Robin gets banded with a USGS-issued aluminum band with a unique number sequence. This will allow anyone who recaptures the bird in the future to identify it as the same bird!
Alternatively, by blowing on the bird’s abdomen to part the feathers, we can observe less obvious signs. In preparation for incubation, females will develop a bare patch on their breast and abdomen, called a brood patch, which allows efficient heat transfer to keep eggs and nestlings warm. In contrast, a male will develop a cloacal protuberance. A cloaca is the opening for the digestive, reproductive, and urinary tracts of all vertebrate animals, regardless of sex, with the exception of most mammals. This orifice will swell as the breeding season approaches, allowing us to identify the bird as an adult male. In some cases, detail as subtle as wing or tail length is required to differentiate between males and females!
As with determining a bird’s sex, it is sometimes possible to figure out the age from the bird’s plumage, from the feather coloration and pattern and/or the shape and quality. The specifics depend on each individual species, but the basic idea is that a bird will have plumage distinctions as a juvenile (only recently having left the nest), a young bird still in its first year of life, and as an adult. Some species will retain certain feathers, usually in the wing feathers, that allow more detailed aging assessments to be made. The Identification Guide to North American Birds, Part 1, by Peter Pyle, is an invaluable tool that details information about individual species’ molt patterns and feather characteristics that assist in differentiating between ages and sexes.
As with any rule, there are, of course, exceptions. Generally, though, these are all pretty good indicators. That said, just as it’s good to use multiple clues when identifying a bird or any other animal in the field, so too is it good to use multiple measures when making age and sex determinations in the hand.
Plumage characteristics such as the red patch on the face, tail feather shape, and relative age of the wing feathers help identify this Northern Flicker as an adult male.
Additional measurements taken in the hand:
- Skull ossification – birds have hollow bones and their skulls are no exceptions. The skull develops in two layers, which are ultimately connected by small columns of bone, or “struts.” Upon leaving the nest, only the outer layer is completely formed and the inner layer progressively develops over the subsequent 3-12 months, leaving visible “windows” in the meantime. We are able to monitor this development and potentially use it or its completion to assist in aging the bird.
- Fat – birds’ fat stores are constantly fluctuating. While, during the breeding season, we wouldn’t expect a bird to be carrying much excess fat due to the constant flurry of activity, birds are able to increase their weight 75-100% by storing up fat in preparation for migration.
- Feather characteristics – is the bird actively molting? Is there wear to the flight feathers (wings and tail)? Does the bird have multiple generations of feathers?
- Wing chord – birds’ wings have a natural curvature to them that helps generate lift and allows them to be such effective fliers. We take this unflattened wing length measurement, which is a good indicator of the bird’s size, similar to height in humans.
- Body mass – we weigh the bird using a digital scale, recording the mass to the nearest 0.1 gram.
When able, we aim to take all of these measurements prior to releasing the bird. However, the safety of each and every bird is our priority and we are constantly checking in on the bird’s condition during the banding process. If the bird starts to exhibit signs of stress, we will let it go.
We are thankful for all the time and effort TSS and TRC have invested in continuing this long-term study and are excited to be able to contribute to this impressive data set. To learn more about the MAPS program and importance of long-term research, check out the MAPS project webpage. If you have any additional questions, please feel free to contact Kate Maley, the lead bird bander this season, at firstname.lastname@example.org or Kate Gersh at email@example.com. Happy birding!
A Cedar Waxwing perches nearby after being banded and released.