In a few short weeks, the Aquatic Sciences Center (ASC) will bid a fond farewell to Morgan Witte, who has served as a graduate project assistant since fall 2018. Witte, who works mainly with the Wisconsin Water Library, will graduate in December with a master’s degree from UW-Madison’s Information School. Senior Special Librarian Anne Moser has been her primary mentor at the ASC.

Morgan Witte holds a sturgeon decoy made by master carver George Schmidt and her most recent award. (Photo: Bonnie Willison)

Witte departs with two awards for her work on sturgeon-related projects that have extended the reach of “People of the Sturgeon: Wisconsin’s Love Affair with an Ancient Fish,” the well-loved book written by Kathy Kline, Fred Binkowski and Ronald Bruch. This has included cataloging and finding a permanent digital home for related audio files, as well as a well-attended exhibition on all things sturgeon in Fond du Lac. A poster Witte created about the sturgeon work was honored in the “Best Content” category at the recent yearly conference of the Wisconsin Library Association. The poster also won “Best Content” earlier this year at a conference specifically for academic librarians. (Learn more here.)

Said Moser, “Morgan has done an extraordinary job here at the ASC during her graduate program. These awards are well-deserved recognition of her innovation, hard work and contributions.”

Witte, who is graduating a semester early, has found her time at the Water Library eye opening. Robust, statewide outreach and educational programming are a major part of the library’s mission—something not typical for an academic library on a university campus.

The library collects materials one might not expect, such as children’s books and curriculum materials. It also develops STEM kits for kids that anyone in Wisconsin (like classroom teachers, librarians and parents) can borrow for free.

“Because of the materials this library collects,” said Witte, “I think that lends itself a lot to that outreach mission. I really hope to take that with me to wherever I work after this, because it’s so great to see not only the impact the library has on communities, but the impact those communities then have on the library. That influences your collection and what pieces of your collection you choose to highlight at what times of the year. And building those connections in a community can really strengthen the library, as well as the other way around.”

Her experience at the ASC has also given Witte exposure to its two programs, Wisconsin Sea Grant and the Water Resources Institute. “An inspiring part of this job is I’ve had a chance to learn from people who are doing amazing and innovative things in their respective fields.”

When Witte leaves the ASC, she’ll embark on an exciting new chapter of her life: relocating to Colorado to join her fiancé, who recently landed his dream job in Fort Collins as a wildlife geneticist. There, Witte—who is originally from Mount Horeb, Wisconsin—will job-hunt as she puts down roots in her new community.

Whether she lands in a public, academic or government library, she’s eager to apply her background in the sciences with the skills she honed at the Water Library, especially with regard to outreach and public programming.

She’s been a great asset to the ASC for the past year and half, and we wish her well in her future endeavors!

Original Article

Blog – Wisconsin Sea Grant

Blog – Wisconsin Sea Grant

https://www.seagrant.wisc.edu/blog/morgan-witte-honored/

Jennifer Smith

Scientists collect a snapshot of a bird’s life when they capture, band, and release it. Each coded band and any data collected at the same time like date, location, sex, age etc. are recorded in a database that can be shared by scientists around the world. When the same bird is seen somewhere else, that observation location provides another snapshot that is added to the database, helping scientists to reconstruct the movements of individual birds. This continuously growing database makes it possible to study dispersal and migration, behavior and social structure, life-span and survival rate, reproductive success and population growth.

Environmental Science & Policy Master’s candidate Tom Prestby is observing shorebirds migrating along the lower Bay of Green Bay (Brown County, Wisconsin, USA) in order to provide much needed information about the importance of near shore habitat for numerous species of conservation concern including three species in high peril and 12 in high continental concern.

Semipamated Sandpiper photo by Tom Prestby
Semipalmated Sandpipers on the shore of the Bay of Green Bay.

He photographed the Semipalmated Sandpiper shown here in late May 2015 at his research site in Green Bay. The code on the blue band on the bird’s leg allowed him to discover that it was banded on January 14, 2014 in Maranhao, Brazil, and so had traveled nearly 2000 miles to get to Green Bay. Semipalmated Sandpipers, so-named because their toes are webbed for only part of their length, breed on open tundra, so it’s journey is only a little more than half finished. It still must travel another 1200 miles or more to northern Canada and Alaska to breed this summer, resting at along mudflats, sandy beaches, shores of lakes and ponds, and wet meadows. These birds make that incredible 3000 mile journey in only about two months time and rely mostly on stored fat reserves to power them through migration.  Summer is short in the arctic, so after they breed they begin their fall passage in July at a more leisurely pace and typically arrive back in their South American wintering grounds by mid-October.[1]

Unfortunately, this species is on the 2014 State of the Birds Watch List, which lists species most in danger of extinction without significant conservation action. Even though populations appear to be stable at some arctic breeding grounds in Alaska, surveys by researchers in Canada and the United States indicate that the numbers of birds reaching South America wintering grounds have declined by 80% over the last 20 years. Canadian scientist Stephen Brown who has been tracking the birds as they arrive on Coats Island in the far north of Hudson’s Bay explains, “We need to understand the migratory pathways of the species in order to know where the decline is occurring, and what can be done to reverse it.”[2]

Prestby’s observation is helping other scientists to do just that. He is continuing to monitor shorebirds at his research sites including the recently restored Cat Island Chain in person and through the use of remote cameras. He is enthusiastic about his graduate experience. “It is fascinating to be able to look into the life of one of these birds and very satisfying to contribute to a great database!” His master’s research will provide important information about shorebird migration and use of wetlands encircling the bay of Green Bay that will help scientists to better understand and conserve these trans-American travelers.

References

1. All About Birds: http://www.allaboutbirds.org/guide/Semipalmated_Sandpiper/id

2. Manumet Center for Conservation Studies:  https://www.manomet.org/newsletter/first-ever-geolocator-results-semipalmated-sandpiper-show-remarkable-year-long-odyssey

 

Considering a career in Environmental Science? Learn more educational opportunities for undergraduate and graduate students at the University of Wisconsin–Green Bay, the Original #EcoU!

 

 

 

Original Article

Biodiversity

Biodiversity

https://blog.uwgb.edu/biodiversity/2015/06/snapshots-can-help-conserve-shorebirds-in-decline/

Vicki Medland

Almost 80% of songbirds that nest in Wisconsin are migratory, many traveling vast distances every spring and fall. Songbirds typically migrate at night and seek out patches of natural habitat at daybreak where they can rest. These areas must provide shelter from storms and predators, as well as provide high quality food resources so the birds can refuel for the next leg of their journey.  Unfortunately, stopover habitats are becoming scarcer as natural habitat is converted for human use and landscapes become more fragmented.

UW--Green Bay graduate student Stephanie Beilke measures a bird while undergraduate Kirsten Gullett records data.
UW–Green Bay graduate student Stephanie Beilke measures a bird while undergraduate Kirsten Gullett records data.

Stopover habitats are a critical resource for these birds, but the ecology of birds during stopover periods is not well understood. And because increasingly large numbers of birds congregate in these fragmented habitats, ecological interactions can be intense. This may because there are many species interacting under highly variable environmental conditions. Graduate student Stephanie Beilke is banding birds to learn more about how migratory birds are affected by the type of stopover habitats they choose.  Her research on migratory bird assemblages will provide insights into the resource demands and evolutionary history of migratory birds and will ultimately provide a better understanding of stopover site ecology and help guide the conservation and protection of Great Lakes coastal habitats for migratory birds.

Point au Sable offers a perfect opportunity to learn more about stopover ecology. It is a mosaic of different natural habitats including lowland and upland forest, wetlands, and Great Lakes beach.  Since the late 1990s, migrating passerines have been studied at Point au Sable Natural Area, a peninsula that juts out into the lower Green Bay, just north of the University of Wisconsin-Green Bay campus.  Through the years, Point au Sable has experienced many ecosystem changes including invading exotic vegetation, declining water-levels in the Bay of Green Bay, and ongoing habitat management and restoration. Despite these changes, point counts and mist-netting operations conducted by UW – Green Bay researchers have shown that large concentrations of avian migrants use Point au Sable during both spring and fall migration

This fall Stephanie and her group of volunteers set up nearly invisible finely-meshed mist nets in openings where birds are likely to fly through. Birds fly into the nets and become entangled. Trained technicians collect the birds, and then take measurements and either read the existing band or place a new a U.S. Geological Survey aluminum numbered band on the bird’s leg. Volunteers help to set up and take down the nets, alert the technicians to new arrivals, and help to record data collected.  In this study netted birds will be weighed and scored for visible chest fat.  Different length and width measurements are also collected.  Technicians work quickly and carefully to limit the amount of stress endured by the birds.

They banded birds on 25 different days at two locations at Point au Sable Natural Area. Six mist nets were set up in either coastal shrub or in upland forest. The average capture rate was 40 birds per net, but one net in the coastal area caught 79 new birds as well as 3 recaptured birds. Forty-seven different species were banded, including 100 Tennessee Warblers. They also captured large numbers of White-throated Sparrows, American Robins, Hermit Thrushes and Golden-crowned Kinglets.

Some of the species they caught were “firsts” for the project, meaning they had never been captured before, including Black-billed Cuckoo, Blue-headed Vireo, Purple Finch, and Winter Wren. The crew also banded one Yellow-bellied Flycatcher on October 12, which, according to the Wisconsin Society for Ornithology, makes it a record late observation for the state. Most Yellow-bellied Flycatchers have migrated south by the end of September.

Stephanie will be banding again Spring 2014, stay tuned to the blog or like us on Facebook to find out how to volunteer.

Some of the birds captured in Autumn 2013

Blue-headed Vireo Blue Jay Female Northern Cardinal Brown Creeper Downy Woodpecker Golden-crowned Kinglet Magnolia Warbler Nashville Warbler Orange-crowned Warbler Ovenbird Red-bellied Woodpecker Wilson's Warbler Winter Wren Yellow-bellied Flycatcher.

Original Article

Biodiversity

Biodiversity

https://blog.uwgb.edu/biodiversity/2013/11/bird-banding-at-point-au-sable/

Vicki Medland