Saturday, Sept. 6 is World Shorebirds’ Day — a time to celebrate “fantastic migrants.” For biologists Rebecca Holberton and Lindsay Tudor, nearly every day is World Shorebirds’ Day.
They’re in the midst of a two-year study of one of those fantastic migrants — the semipalmated sandpipers (Calidris pusilla). Named for the short webs between their toes, the small sandpipers scurry synchronously on black stilt-like legs, “cherking” and searching for food on the shore.
This year, like last, Holberton, a professor at the University of Maine, and Tudor, a wildlife biologist with the Maine Department of Inland Fisheries and Wildlife (MDIF&W), are conducting health assessments and placing “nano tags” — or very small VHF radio transmitters — on sandpipers.
By monitoring the semipalmated sandpipers’ movements, the scientists learn more about the birds’ stay on the Maine coast during their migration from the Arctic to South America.
In 2013, the first year of the study, Holberton, Tudor and UMaine graduate student Sean Rune learned that during the sandpipers’ stopover in Down East, Maine, they moved between feeding sites along upper Pleasant River, upper Harrington River and Flat Bay during low tide and roosted on offshore ledges at high tide.
Hatching-year birds ate and rested an average of 17.5 days in Maine and adults stayed an average of 12.4 days. Adult semipalmated sandpipers weighed, on average, 5 grams more than hatching-year birds on their first migration.
The young sandpipers, on their first migration and new to this area, may have needed more time to gain enough weight for the energy reserves they needed to fly nonstop to their wintering grounds, Holberton says.
Tudor says it’s easy to be a fan of the little balls of fluff that nearly double their body weight to a hefty 1.4 ounces while resting and refueling during their two- to three-week time in Maine.
When the peeps have packed on sufficient weight, they soar 10,000 to 15,000 feet above the Maine coastline to head out over the ocean and catch a good tail wind. If all goes well, they’ll arrive in South America two to four days later.
One of the species’ many talents — in addition to making their way back to their exact same wintering site each season — is the ability to break down lipids in their fat-filled fuel tank under the skin to power their nonstop 3,000-mile journey over the Atlantic Ocean.
Sandpipers don’t put down in the ocean as they can’t tolerate the cold water, says Tudor, which makes their stay on the Maine coast critical to a successful final leg of their uninterrupted migratory flight to South America.
“When in Maine, they’re our (the public) responsibility, our birds,” Tudor says.” We want to know if the habitat (in Maine) is meeting the birds’ needs.”
Studies indicate that since the 1970s the number of these feathered vertebrates has plummeted 80 percent in North America, Tudor says.
The population decline isn’t exclusive to semipalmated sandpipers. Globally, one in eight, or more than 1,300 bird species, are threatened with extinction, according to BirdLife International as reported in National Geographic.
This project increases the researchers’ knowledge about reasons for the nosedive in numbers of semipalmated sandpipers and points to which of its life stages are most perilous.
Semipalmated sandpipers face a variety of challenges, Holberton and Tudor say, including climate change in the Arctic where they breed, loss of coastal habitat along their migration route, and being the target of hunters on the coast of South America where they winter.
The 5-to-6-inch-tall birds are opportunists that feed on intertidal invertebrates at the interface of land and sea. Thus, they’re an indicator species for the health of mudflats as well as sentinels for the natural world in general, Holberton says.
“The Gulf of Maine ecosystem is really facing challenges,” Holberton says. “We share resources and if birds are in trouble then so are we. This is another piece of the puzzle.”
The research, funded by Maine Outdoor Heritage Fund, Eastern Maine Conservation Initiative, Maine Agricultural and Forest Experiment Station, and U.S. Fish & Wildlife Service, utilizes 50 automated VHF telemetry receiver towers that range from the Bay of Fundy to Cape Cod.
The nano tags and towers enable the scientists to track the birds when they arrive in Maine and when they leave. Data is fed into a repository coordinated by Phil Taylor at Acadia University.
Tudor and Holberton are pleased the semipalmated sandpipers’ project has expanded; this summer, the U.S. Fish & Wildlife Service is conducting similar research at the Rachel Carson National Wildlife Refuge in Wells. Comparing the data from Down East with data from southern Maine will be interesting and insightful, says Tudor.
The MDIF&W reviews permits for shoreland development and makes recommendations for conservation management plans for high-value habitats. Tudor says it’s important to know if the initiatives are working and whether birds’ needs are being met.
Using binoculars to watch migrating sandpipers and other shorebirds is a great way to celebrate World Shorebirds’ Day, say the scientists; it’s important for people, and dogs, to give them space so they can eat and rest for their upcoming journey.
Tudor and Holberton encourage bird enthusiasts to participate in bird counts and to contact their local Audubon Society for suggestions on ways to assist birds. Holberton invites bird watchers to like the Gulf of Maine Birdwatch page on Facebook.
Contact: Beth Staples: 207.581.3777
Old-timers sharing childhood stories about growing up in Maine sometimes recount hiking 10 miles uphill in 3 feet of snow to get to school — and home.
Turns out those tales, of Maine winters anyway, might not be all that exaggerated.
In the winter of 1904–05, horses pulled huge saws to cut channels in foot-thick ice on Penobscot Bay so maritime traders could deliver goods. And in the winter of 1918, people walked, skated and rode in horse-drawn sleighs across the frozen bay to Islesboro, according to the Belfast Historical Society and Museum.
That same winter, Albert Gray and his companions drove a vehicle across the frozen-solid brine. According to a Bangor Daily News report, the group made several trips in a Ford Model T between Belfast and Harborside, just south of Castine.
Historical records indicate upper Penobscot Bay commonly froze during the winter in the 1800s and early 1900s, says Sean Birkel, research assistant professor with the University of Maine Climate Change Institute (CCI). “Not every year; maybe once or twice a decade.”
February 1934 was the last time it occurred.
Today’s climate is different, he says.
For instance, summer — when the mean daily temperature is above freezing — is about 20 days longer now than it was on average in the late 1800s.
“The lakes really do freeze up later, and ice out is earlier than it used to be,” says Birkel, adding that computer models predict that over the next 40 years, the average temperature in Maine could rise 3–4 degrees Fahrenheit, with most of the warming taking place in winter.
And the number of extreme weather events — like the record-breaking 6.44 inches of rain that flooded Portland on Aug. 13 — has spiked in the last 10 years. Birkel says a 50 to 100 percent increase in rainfall events with more than 2 inches per day has been recorded at weather stations across the state.
The rise of extreme events, including heat and cold waves, is likely tied to the steep decline of Arctic sea ice since about 2000, Birkel says. Studies show rapid warming over the Arctic is changing circulation patterns across the Northern Hemisphere.
In particular, jet stream winds are slowing, which increases the likelihood of blocking events that hold a weather pattern — including heat and cold waves — in place for several days, he says. When blocked patterns finally dissipate, they tend to do so with powerful storm fronts.
Computer models generally predict that in the future, extreme weather events will be the norm, he says.
Birkel and other CCI researchers have developed online tools to assist local community planners prepare for climate changes. The tools — Climate Reanalyzer, 10Green and CLAS Layers — will be explained at the CLAS (Climate Change Adaptation and Sustainability) Conference on Thursday, Oct. 23 at UMaine.
The tools provide users access to station data, climate and weather models, and pollution and health indices, he says.
Paul Mayewski, director of UMaine’s CCI, says the CLAS software explains past, present and future changes in climate at the community level and introduces a “planning system that invokes plausible scenarios at the community level where local knowledge can be applied to produce local solutions.”
For instance, city leaders considering opening a cooling center for residents can review projections for future frequency of heat waves. Medical care workers can assess the potential for increase in Lyme tick disease. And community planners preparing to replace storm water drains can examine predicted precipitation in coming decades.
Esperanza Stancioff, climate change educator with UMaine Cooperative Extension and Maine Sea Grant, says coastal residents and communities need strategies to address sea-level rise and coastal flooding which will result, in part, to melting glaciers and polar ice caps.
UMaine Extension and Maine Sea Grant are among those working with coastal community leaders to help minimize potential hazards to fisheries, aquaculture, working waterfronts and tourism by implementing resilient coastal development strategies and practices, Stancioff says.
Ivan Fernandez, Distinguished Maine Professor in the School of Forest Resources and CCI, says understanding how Maine’s climate is changing is critical for informed risk assessment and cost-effective adaptation.
Warming of the Gulf of Maine impacts the risk of lobster disease as well as market uncertainty, Fernandez says. He points to summer 2012 when warming ocean water resulted in a glut of lobsters and a subsequent bust in prices. In agriculture, rising temperatures can result in an increase of insects and disease, Fernandez says, as well as crop damage and soil erosion due to intense precipitation events.
Opportunities also could result from the changing climate, says Fernandez, including longer growing seasons and emerging shipping lanes in the Arctic Sea due to the receding of the polar ice sheet.
It’s important for businesses to prepare for such changes, says conference presenter John F. Mahon, the John M. Murphy Chair of International Business Policy and Strategy and Professor of Management at UMaine.
“Business has to be engaged with government and other organizations at the local and national level,” says Mahon.
“One of the more useful tools for doing this is the use of plausible scenario planning (PSP). In PSP, we try to envision several plausible futures with equal likelihood of happening and develop a set of ‘warnings’ or ‘indicators’ that tell us which one of the several futures we have identified is unfolding so that we can adapt to it in the most efficient, economical and effective manner.”
On a global scale, Mayewski says climate change is a security issue, as it “impacts human and ecosystem health, the economy; intensifies geopolitical stress; and increases the likelihood of storms, floods, droughts, wildfires and other extreme events.”
In 2012, for instance, 11 weather and climate disasters worldwide killed more than 300 people and caused more than $110 billion in damage, according to the National Oceanic and Atmospheric Administration’s National Climatic Data Center. The disasters included Hurricane Sandy and the largest drought since the 1930s — which also worsened wildfires that burned more than 9 million acres.
The CLAS framework soon will be expanded to encompass national and international planning capability, says Mayewski, who was featured in Years of Living Dangerously, a nine-part documentary about climate change that Aug. 16 won an Emmy Award for Outstanding Documentary or Nonfiction Series.
The CLAS conference, slated from 8 a.m. to 5 p.m. Oct. 23 at Wells Conference Center, costs $45; registration is required by Oct. 13 at online.
Contact: Beth Staples: 207.581.3777
University of Maine executive vice president for academic affairs and provost Jeffrey Hecker has announced new appointments in the Office of the Vice President for Research and Graduate School that have resulted from a reorganization of research and graduate studies at the University of Maine.
Effective, July 1, 2014, vice president for research Carol Kim has assumed the responsibilities of dean of the Graduate School, and will provide senior leadership to both the university’s research and graduate missions. Kim has been serving as vice president since her appointment for a two-year term Sept. 1, 2013. She is a professor of molecular and biomedical sciences, and the former director of UMaine’s Graduate School of Biomedical Science and Engineering. Kim joined the UMaine faculty in 1998 as an assistant professor in the Department of Biochemistry, Microbiology and Molecular Biology. In her extensively published research Kim uses the zebrafish as a model organism to study the innate immune response to pathogens. The goal is to identify factors that influence the regulation of innate immunity and the role of environmental toxicants in modulating the immune response to pathogens. Kim has successfully obtained funding from a number of sources including the National Science Foundation, the United States Department of Agriculture, the National Institutes of Health, and the National Aeronautics and Space Administration.
David Neivandt has been named associate vice president for research and graduate studies. Since September 2013, Neivandt has served as director of the Graduate School of Biomedical Science and Engineering. He is a professor of chemical engineering and bioengineering who came to UMaine in 2001. Neivandt has been a member of the GSBSE faculty since it was created in 2006, and is the inaugural chair of the steering committee and chair of the admission committee. In his research, Neivandt uses conventional and novel spectroscopic and microscopic techniques to study the surfaces of materials. His work focuses on the determination of the interfacial orientation and conformation of protein and lipid species, including the study of protein transport across cell membranes, and studies the gelation, dispersion and phase separation of natural and synthetic polymeric species. Neivandt’s pulp and paper-related research has included the creation of biodegradable grease-resistant coatings, carbon nanofibers from lignin, and retention-aid systems. associate vice president Neivandt will provide leadership in research areas that enhance graduate education, particularly in interdisciplinary areas. Neivandt will remain the director of the Graduate School of Biomedical Science and Engineering.
Scott Delcourt has been named assistant vice president for graduate studies and senior associate dean of the Graduate School and will coordinate the daily administration of the Graduate School office. Delcourt has held leadership positions in the Graduate School since 1996, most recently as associate dean. He serves on the Executive Board of the Northeastern Association of Graduate Schools and as the university’s lead member in the Northeastern Alliance for Graduate Education and the Professoriate. Delcourt has been a member of the UMaine community since 1985 and holds cooperating appointments in both the Department of Molecular and Biomedical Sciences and in the College of Education and Human Development.
Jason Charland has been named director of grant development. The newly established Grant Development Division is designed to increase faculty grant-seeking capacity, grant submissions and funded grant proposals at UMaine by identifying targeted funding opportunities and assisting faculty with proposal development. As director, Charland will be responsible for leading and facilitating the development, preparation and submission of large-scale, interdisciplinary funding proposals to advance Signature and Emerging Areas of research. Prior to joining the Office of the Vice President for Research, Charland was the grants management coordinator for the College of Education and Human Development, a position he held since October 2012. Faculty needing assistance identifying funding opportunities, developing proposals, interpreting review panel feedback or linking to other researchers on campus can contact Charland in the Grant Development Division.
Young men and women discuss investment strategies as they scrutinize real-time electronic trading and commodities data scrolling across numerous screens. In a scene right out of Wall Street, students examine global, up-to-the-second energy prices, stocks and bonds, interest rates and supply chain analysis, honing skills they’ll be able to employ in financial firms in New York City and around the world.
That’s what Gerard S. Cassidy intended when he created the Capital Markets Training Laboratory in the Maine Business School at the University of Maine.
Cassidy, who graduated from UMaine in 1980 with a dual degree in accounting and finance, knows the world of capital markets well.
He’s managing director of equity research at the Portland, Maine-based RBC Capital Markets. At the investment bank with offices in 15 countries he provides banking and regional economic research to clients. He’s also president of BancAnalysts Association of Boston, Inc. and he created Texas Ratio, a formula investors use to determine the financial health of banks.
The Wall Street Journal, The New York Times, Forbes, CNBC, CNN, BNN and National Public Radio utilize him as an expert source about banking, stocks and economic issues.
Cassidy wants other UMaine graduates to be able to have similar opportunities, so he donated a gift to make the state-of-the-art financial education lab possible. Thursday, Sept. 18, the Gerard S. Cassidy ’80 Capital Markets Training Laboratory will be dedicated in his honor.
“I was fortunate to get a solid foundation in accounting and finance here at UMaine,” says Cassidy, who lettered in football for the Black Bears. UMaine is also where he met education major Elaine Conley ’78. The two married and live in Cumberland Foreside, Maine.
“I hope that this new laboratory will bring a Wall Street environment to UMaine students and that they might benefit from exposure to a part of the business world they might not otherwise experience.”
The lab provides a variety of business educational experiences for the 950 undergraduate and graduate students and 26 faculty members in the Maine Business School (MBS) as well as for numerous other students and staff members in other disciplines.
It’s also an ideal facility to conduct portfolio management for the University of Maine Foundation, construct business models for commercializing UMaine products and analyze energy pricing for the University of Maine System.
“We are so grateful to Gerard for his generosity,” says Ivan Manev, dean of the Maine Business School.
“The new lab will be an important resource for our students and the whole university. It will help us teach business at a truly world-class level and demonstrates our commitment to revitalizing the state, which is Pathway 1 of the University of Maine’’s strategic plan.”
The lab, which measures 26 feet by 20 feet, includes two 70-inch monitors for Bloomberg data — “real-time global financial and market data, pricing, trading, news and communications tools.”
Nine leased Bloomberg data feeds supply an instructor’s workstation and eight dual-monitor stations that can be utilized simultaneously by as many as 16 students.
“Upon graduation, many of our students will accept a position where being Bloomberg-savvy on day one is a real plus and is likely to give them an advantage over their contemporaries who have not previously had this experience,” says Robert Strong, University Foundation Professor of Investment Education, professor of finance and SPIFFY (Student Portfolio Investment Fund) adviser.
One wall-mounted monitor is designated for the SPIFFY portfolio. In the early 1990s, the University of Maine Foundation contributed $200,000 to start a fund so students could apply financial knowledge they gleaned in the classroom to real-world investing.
Today, Strong advises the group of about 70 SPIFFY students who, after weekly presentations and research, make trades through a broker. The SPIFFY fund now totals $2.3 million in value.
Contact: Beth Staples, 207.581.3777
More than 2,000 first-year University of Maine students are expected to volunteer for community projects as part of the fifth annual UMaine Welcome Weekend Day of Service on the morning of Saturday, Aug. 30.
The Bodwell Center for Service and Volunteerism and First Year Residential Experience offer the Welcome Weekend Day of Service on the first weekend students are at UMaine to give them an opportunity to participate in volunteer activities at community organizations in the Old Town, Orono and Bangor areas.
“Community service is an important part of the culture at the University of Maine,” says Lisa Morin, coordinator of the Bodwell Center. “These projects give the students time to bond with others from their residence hall, allows us to show them how community service will enhance their UMaine experience, and provides valuable assistance to community organizations.”
Led by 150 UMaine students, faculty and staff, first-year students will participate in at least 60 different local, regional and international service projects both on and off campus.
Projects include painting at the Bangor Area Homeless Shelter; washing Down East Emergency Medical Institute (DEEMI) vehicles in Orono; grounds work at Hirundo Wildlife Refuge in Alton, Leonard’s Mills/Maine Forest and Logging Museum in Bradley, Orono Bog Boardwalk and Maine Veterans’ Home in Bangor; Penobscot River cleanup; and packing meal, hygiene and school kits on campus.
Last year, approximately 1,800 first-year students volunteered for nearly 60 projects and logged 3,992 hours of service.
For more information, contact Morin at 581.1796 or firstname.lastname@example.org.
Contact: Elyse Kahl, 207.581.3747
Patricia Libby, a member of the instructional and student services staff at the University of Maine Hutchinson Center since 2011, has been named associate director of the Belfast-based outreach facility.
Libby will join Monique LaRocque, associate provost for the UMaine Division of Lifelong Learning (DLL), in leading the Hutchinson Center, which has become an educational and cultural focal point for Maine’s midcoast area since its opening in 2000. Their goals for the center include offering new graduate degrees and certificate programs, and additional conferences and events.
LaRocque joined UMaine in July after an eight-year career at the University of Southern Maine. In UMaine’s Division of Lifelong Learning, which includes the Hutchinson Center, LaRocque is helping develop online program offerings, particularly at the graduate level, and leading the growth of UMaine’s Summer University.
LaRocque noted that Libby has a great sense of the needs of the midcoast region and the potential for quality programming at the Hutchinson Center. “She brings great team-building and a strong set of managerial skills to her work, and I am very pleased to have her leadership at the Hutchinson Center,” LaRocque says.
At the Hutchinson Center, Libby has served as assistant director for student and academic services, and as the instructional and student services coordinator. She has played a key role in the development of the DLL Advising Center, and implementation of the Adult Degree Completion Initiative and the University of Maine System Concierge Program.
Before joining UMaine in 2011, Libby spent more than 16 years in the business sector. She served as operations manager of Libby Sales Corp., and then as a senior account manager at MBNA. In addition, Libby has been a community leader through her involvement at the Penobscot Bay YMCA, and her 12-year tenure on the school boards of SAD 28 and Five Town CSD.
Libby is a licensed social worker who holds a master’s degree in social work from UMaine.
The University of Maine was named one of the 2014 Top Campuses Worth Traveling For by FlipKey.com, the vacation rental company of travel site TripAdvisor.
The company used industry research and traveler feedback to compile the list of the country’s 50 must-see colleges and universities known for attractions, architecture, history and beautiful campuses.
UMaine was included on the list, specifically for the campus plan that was designed by landscape architect Frederick Law Olmsted, who also designed the grounds of New York City’s Central Park and the U.S. Capitol in Washington, D.C.
Other universities that made the list include Notre Dame, John Hopkins University, MIT, Princeton University, Dartmouth College, Duke University and Cornell University.
A documentary about climate change that features a University of Maine explorer has won an Emmy Award.
Paul Mayewski, director of UMaine’s Climate Change Institute, appeared in the ninth and final episode of Years of Living Dangerously, which aired weekly from April to June on Showtime.
Developed by David Gelber and Joel Bach of 60 Minutes, Years of Living Dangerously won Outstanding Documentary or Nonfiction Series at the Creative Arts Emmy Awards held Saturday, Aug. 16, at the Nokia Theatre L.A. LIVE in Los Angeles; it is scheduled to be broadcast at 8 p.m. Sunday, Aug. 24, on FXM.
“Years of Living Dangerously offers a critical view of climate change and its impacts that drive right to the heart of the issue: ‘How does climate change impact one’s life today,’” says Mayewski. “We clearly need many more such views of critical issues.”
Actors Matt Damon, Harrison Ford and Arnold Schwarzenegger, as well as journalists Lesley Stahl and Thomas Friedman and scientist M. Sanjayan, were among the documentary’s correspondents. They traveled the planet to examine stories about impacts of climate change. In addition to detailing devastation in New Jersey wreaked by Superstorm Sandy, they explored drought and lost jobs in Plainview, Texas, worsening wildfires in the U.S. and civil unrest heightened by water shortage in the Middle East. Sanjayan and a film crew joined Mayewski and his team of CCI graduate students in 2013 for the nearly 20,000-foot ascent of a glacier on Tupungato, an active Andean volcano in Chile.
Mayewski’s team was in Chile to collect ice cores from the melting glacier that serves as the drinking water supply for Santiago’s 4 million residents. Temperature there is rising, greenhouse gases are increasing and winds from the west that have traditionally brought moisture to the glacier have shifted, Mayewski says. By understanding trends, he says it’s possible to better predict where climate events will occur so plans can be made.
For decades, Mayewski has made discoveries in Earth’s remote regions. “When you go all over the world, you get a global view,” he says. “By nature, I’m an optimist. That is tempered with this problem. I do believe there will be a groundswell of people, or governments, or some combination so that there will be a better future in store.”
The impact that hemlock tree die-offs have had — and continue to have — on freshwater forest ecosystems is the focus of a research project at the University of Maine.
Hamish Greig, a UMaine assistant professor of stream ecology, and Jacquelyn Gill, an assistant professor of terrestrial paleoecology at the Climate Change Institute (CCI) and the School of Biology and Ecology, are leading a research team that is studying past and present declines of the conifers known for their dense shade. The resulting biomass the dying trees introduce into the watershed, as well as the other tree species that take their place on the forest floor, affect freshwater systems, including streams and lakes.
Understanding those implications is particularly important in Maine, where hemlocks are now being threatened by the same exotic pest that, in recent years, has decimated the tree species in the southeastern United States.
“People in Maine have a huge affinity to their rivers and lakes. It’s huge economically; it’s huge socially, and through recreational activities,” says Greig, who is joined on the research team by research assistant professor Krista Caps, postdoctoral scientist Robert Northington, as well as several graduate, undergraduate and high school students.
About 5,500 years ago, the hemlocks of eastern North America sustained a massive die-off that lasted about 1,000 years, brought on by severe drought and the hemlock looper, a native pest, Gill says. Today, the tree species has been nearly decimated in the southeastern United States by the hemlock woolly adelgid, an exotic insect from Asia.
Maine’s cold winters typically protect against exotic pests. However, warmer temperatures have allowed exotic pests to thrive and move north. Since 2004, the hemlock woolly adelgid has been in southwestern Maine. This year, it has made it as far north as Owls Head, according to the researchers.
“As the climate warms, there won’t be anything preventing the woolly adelgid from hitting our hemlocks in Maine as hard as they’ve been hit elsewhere,” Gill says.
As part of their study, the research team has set up 36 livestock water tanks as experimental freshwater mesocosms, or isolated experimental environments. Hemlock needles, along with rhododendron and maple leaves, have been added to the ecosystems to observe what happens when a hemlock dies.
The mesocosms allow the scientists to study these isolated environments as they develop over time — in this case, into the fall.
“You can’t really control something in a natural lake,” Greig says. “And if you do experiments in the lab, you’re really simplifying things down to two or three species of invertebrates. By having this happy medium, we can have natural complexity with the controlled replication of a true experiment.”
Next, Gill and Northington will study radiocarbon-dated records from the bottom of lakes and bogs in southeastern, coastal and central Maine regions to help understand how aquatic systems were affected by hemlock die-off in the past. By linking the paleo record with a modern experiment, the team hopes to will new light on hemlock’s role in changing ecosystems.
Bangor’s first Startup Weekend will be Sept. 19–21, focused on jump-starting companies and networking entrepreneurs.
Startup Weekend Bangor will be held Sept. 19 at Bagel Central, 33 Central St., Bangor, and Sept. 20–21 at the University of Maine’s Foster Center for Student Innovation and the Innovative Media Research and Commercialization (IMRC) Center. Registration is $99 per person ($75 through Sept. 5); $25 for students. Registration and more information is online.
The hands-on, immersive event is part of Startup Weekend Maine, which brings designers, developers and entrepreneurs together to pitch their startup ideas and receive peer feedback. Teams form around the top ideas — determined by popular vote — and spend the remainder of the three days building a business model. Final presentations before local entrepreneurial leaders culminate the weekend.
Startup Weekend Portland was held June 13; Startup Weekend Auburn is Nov. 14. The events take their mission from the global grassroots effort Startup Weekends that helps community volunteers organize the 54-hour events to share ideas, form teams, build products and launch startups, according to its website.
The community organizers of Startup Weekend Bangor include Jesse Moriarity and Jennifer Hooper of the Foster Center for Student Innovation; Chuck Carter of Eagre Interactive; Gerry Hall of Emera Maine; UMaine students Silvia Guzman and Michael Kennedy; and Erika Allison, winner of Startup Weekend Portland.
UMaine is a Blackstone Accelerates Growth (BxG) partner and Bangor is one of three regional BxG Innovation Hubs.