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Other Sponsored Lectures

Dr. Paul Turner, Yale Biologist, to give MLK Seminar on January 25th

Dr. Paul Turner, Professor of Ecology and Evolutionary Biology, Yale University, will give the Eighth Annual Dr. Martin Luther King Jr. Seminar in the Biocomplexity Institute Auditorium on Friday, January 25, 2019 at 12:20 pm. His talk is titled, “Harnessing virus biodiversity to develop new therapies against multi-drug resistant bacteria.”

Dr. Paul Turner received his B.S. from the University of Rochester in Biology, his Ph.D. from Michigan State University, followed by postdoctoral appointments at the NIH, University of Valencia, and University of Maryland. He was recently named the first Elihu Professor of Ecology and Evolutionary Biology in honor of the school’s namesake, Elihu Yale. Dr. Turner is the director of the Graduate Program in Microbiology for Yale University School of Medicine. He has also contributed to diversity initiatives at Yale and in professional organizations.

The main focus of his lab group is to study evolutionary genetics and genomics of microbes, especially the ability of viruses to adapt (or not) to changes in their biotic and abiotic environments. These studies concern environmental challenges faced by viruses at all levels of biological organization, including effects of changes in molecules, proteins, cells, populations, communities and ecosystems. Our work is highly interdisciplinary, employing microbiology, computational biology, genomics, molecular biology and mathematical-modeling approaches, and especially experimental evolution (‘evolution-in-action’) studies under controlled laboratory conditions. We use a wide variety of RNA and DNA viruses in our studies, including various lytic, temperate and filamentous phages that infect bacteria. Also, we examine arthropod-borne viruses, such as vesicular stomatitis virus, Sindbis virus, dengue virus, and chikungunya virus, grown in lab tissue culture or within live mosquitoes. Many of our projects use basic research to test fundamental ideas, such as theoretical predictions of virus disease emergence and of virus evolvability. Other projects are more applied and concern evolutionary medicine. For example, we use evolution-thinking to develop novel virus-based therapies to treat antibiotic-resistant bacteria and to attack cancer cells.

Sponsors:

Hosted by the Biological Sciences Diversity Committee. Co-sponsors: VT Life Sciences Seminar; Department of Biological Sciences; College of Science Diversity Committee; College of Natural Resources and Environment; Women and Minority Artists and Scholars Lecture Series; Global Change Center; Office of Inclusion and Diversity; Ecology, Evolution, and Behavior Seminar; College of Veterinary Medicine.

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Categories
Environmental Justice News Pollution

Radford Arsenal Transparency and Virginia Tech Data Forge Positive Community Relations

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After decades of suspicion about what exactly is going on at the Radford Arsenal in southwestern Virginia, community relations are improving. Not only did the first ever area soil and air test results come in at safe levels, but the whole vibe at meetings is changing.

 

Emily Satterwite teaches Appalachian studies at Virginia Tech. She says, “It’s been amazing to watch over the past year, the degree to which the tone of the community meetings has shifted from police presence and combative to ‘let’s keep working together.’”

Working with several colleagues, she spearheaded a study that included third party testing of soil air, beyond the arsenal’s walls.  “It was important to everyone to make sure that whatever studies we did felt like they were not swayed by government funding sources.”  Colleague Julia Gohlke, an associate professor in the department of population health science, led a class conducting a community survey on perceptions of the place, where open burning of hazardous waste and the sounds of explosions along the river banks, have long kept people on edge.

“There’s what science would say is the risk, we call that ‘risk assessment’,” says Gohlke. “We base it on, for example, what we think a human health level of concern would be – that’s what EPA uses. But there’s also the perception of risk that we want to measure. Both actually are important ultimately, in determining health, because anxiety is a health concern as well.”

She says, “Of the people that did have a concern and got the opportunity to tell us what those concerns were, chemical discharges to the New River came out on top, and concerns about employee safety was not far behind.”

It was recently announced, the soil and air tests came back below within EPA safety standards. Two years ago, a coal fired plant on site that dates from the 1940s, closed.  This year, Lt. Col. James Scott, after persistent requests from the community, announced a state of the art contained incinerator that will cut the amount of open air burning of military waste on site by 95 percent is expected to be online in 2023.

Despite the positive reception to these developments, the arsenal’s public image is another matter.

Emma Ruby is a junior at Virginia Tech, studying political science and sociology, who worked on the community survey. Four hundred thirty-four people responded to it. “What we found is people are still worried about the arsenal. But they are seeing a positive trend in transparency (about what goes on behind its walls). They have a sense that things are getting better and that they’re being listened to by the arsenal.”

It’s important to note that the public sentiment study was done before the results of the air and soil tests were known.  Also, the students pointed out that granular public health data is not available.  For years, people have feared that there is thyroid cancer cluster in people who live near the arsenal.  It has never been proven.  Ruby explained that while there is data on the county level, “We would need data on individual zip codes” and she points out, that kind of personal health data is often private.”

Lt. Col. James Scott, who usually leads the meetings –he served as tour guide when the Arsenal invited the public and media for a 2-hour tour of the grounds— says he understands why there has long been so much suspicion and fear about the arsenal.  It stretches some 6,000 acres in Pulaski and Montgomery counties.  Located on the bank of the New River, the nitrates it releases into the water earn it the dubious distinction of ‘Virginia’s number one polluter’ every year.

“When you’re a closed facility, for security reason and for safety reasons, the things that go on here, it’s not an open facility, and no matter how much our neighbor tells us, nothing’s going on behind the fence it just I think human nature (for people to be concerned.)”

But the new transparency by the arsenal is leading to new attitudes.

Ruby noted that Lt. Col.  Scott was cited by respondents to the survey results for having a positive effect and making people feel their concerns are being heard. “

Regular attendee of the Arsenal’s quarterly meetings, Beth Spillman, applauded the efforts at more transparency and better communication, than in the past. The Arsenal now has its own Facebook page and people say that instead of quarterly meetings feeling as if they’re a chore for officials, they now seem more cordial and responsive.  She asked Scott to include the data the students gathered and to keep telling the ‘story’ of the arsenal and the community, how it’s evolving, and what new information is coming in, so that, “We have confidence that we can live in a healthy way, and be defended, and have jobs and have environmental justice. So yeah” she said, “Thank you guys.”

The students are working on a new website to continue sharing information with the community. It expected to go live, next spring.

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Categories
Uncategorized

The Mass Extinction Detectives: Sterling Nesbitt contributes to NPR’s Science Friday

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Randy Irmis is kneeling next to a prehistoric burial site in the walls of a canyon in the Utah desert. Just inches under his fingertips is the skull of a 210-million-year-old creature entombed in the gritty sandstone. But as Irmis huddles on the narrow ledge and chips away at the block with a chisel and hammer, he notices—to his alarm—he has unearthed a crack.

 

“You see the crack there?” Irmis asks Andrew Milner, one of the two other team members on the dig and a paleontologist from the St. George Dinosaur Discovery Site at Johnson Farm.

Milner observes the gash beginning to splice farther down the length of the slab and a nascent network of fissures. “I bet you anything if we pull [one piece of the rock] off, it would split perfectly on the side of the head,” Milner says. Then, reconsidering, he adds with a laugh, “But then again, maybe not.”

“Yeah, I don’t want to chance that,” Irmis agrees.

 

For fossil hunters Irmis, Milner, and volunteer Cody Rock, it’s been a full day at Bears Ears National Monument—hiking up steep terrain, removing and sawing rock in arid 90-degree Fahrenheit heat, and shimmying precariously along a skinny ledge overlooking Indian Creek. The last thing they want is to damage their prize, especially one so rare to come by: A skull of one of the top predators of the late Triassic, the phytosaur.

“We’re lucky if we find one skull a season,” says Irmis, curator of paleontology at the Natural History Museum of Utah and associate professor at the University of Utah. “If you think about a skeleton of any animal, there’s only one skull, but there’s many ribs, there’s many vertebrae, there’s two of each type of limb. So you don’t find a lot of skulls. So that’s always really exciting.”

[/vc_column_text][vc_row_inner][vc_column_inner width=”1/2″][vc_column_text]Just by looking at the block still embedded in the ridge, Milner can already imagine the skull, with its signature slim snout. “From what I can see, that’s just a beautiful fossil laying there. I really can. It’s going to be spectacular when it’s prepared.”

When it was alive, this large, crocodile-like reptile lurked in the swamps and rivers of the Triassic—a time period spanning from about 252 to 201 million years ago. These armor-plated beasts could grow up to 30 feet long and used their toothy snouts to snap up prey in land and water. They even feasted on early dinosaurs for dinner.[/vc_column_text][/vc_column_inner][vc_column_inner width=”1/2″][vc_single_image image=”27112″ img_size=”medium” add_caption=”yes” alignment=”center”][/vc_column_inner][/vc_row_inner][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]But then, after thriving for 35 million years, the mighty phytosaurs fell victim to extinction. “It’s always sort of a mystery when you see this group that is super, super successful,” Irmis says. “These are some of the most common fossils we find in the late Triassic, and then they die out pretty suddenly and it’s hard to say exactly why that happened.”

What happened next is a blur in Earth’s history that Irmis and a band of extinction detectives are trying to piece together. It’s a crucial period when the dinosaurs transformed from the underdogs phytosaurs ate for dinner to the thundering, planet-ruling creatures we remember them as today.

It’s known as the End Triassic mass extinction. It’s one of the five most devastating mass extinctions in Earth’s history, a group collectively referred to by researchers as “the Big Five.” While an estimated 80 percent of species were lost, this extinction has “no smoking gun,” says Sterling Nesbitt, a paleontologist at Virginia Tech. “There is nothing we can really put our finger on and say, ‘This is what killed all of these animals,’ compared to what we see in the Permian and in the Cretaceous.”

If you were to trace your finger along the geologic timeline, Nesbitt says, “it’s like you have happy Triassic fauna with a few dinosaurs in there, then big question mark, and then lots of dinosaurs without all the classic Triassic reptiles,” Nesbitt says. This mystery is what drives Irmis, Milner, and a team of paleontologists and volunteers to Indian Creek in Bears Ears National Monument, the hotly contested nature preserve 105 miles south of Moab in southeastern Utah, where they scavenge all the clues they can from a key rock formation.

 

Investigating this prehistoric crime scene doesn’t just help paleontologists understand past creatures. It’s a case that helps scientists better understand the climate change and species loss we are experiencing today—and might even clue them into our planet’s potentially foreboding future.

[/vc_column_text][vc_btn title=”See the full story on NPR” color=”mulled-wine” align=”center” link=”url:https%3A%2F%2Fmethods.sciencefriday.com%2Fthe-mass-extinction-detectives%2F||target:%20_blank|”][/vc_column][/vc_row][vc_row][vc_column][vc_separator style=”shadow”][vc_column_text]Methods, from Science Friday: Why Is This A Story Worth Telling?

Often we look to models and projections to understand the future of our planet, but so much can be learned from the past. The End Triassic mass extinction, during which the dinosaurs came out on top, holds many similarities to today’s climate change yet very little is known about it. The fossils of the Triassic provide crucial information for filling in Earth’s early timeline, and the paleontologists studying this period’s climate could help us understand our changing climate today.[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_separator][/vc_column][/vc_row]

Categories
News Other Sponsored Lectures Science Communication Seminars, Workshops, Lectures Special Events

ComSciCon-local at Virginia Tech this March

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ComSciCon = communicating science conference

The Global Change Center is proud to be one of the co-sponsors of Virginia Tech’s first ComSciCon-local event! ComSciCon-local is a conference organized by and created for graduate students. Allison Hutchison, a current PhD candidate in Rhetoric & Writing here at Virginia Tech, is working with VT’s Center for Communicating Science to lead the planning efforts for this workshop in March 2019. She’s looking for partners (both graduate students and faculty experts) to help with planning, advertising, supporting and running the conference. If you are interested, please reach out to her at abhutch@vt.edu![/vc_column_text][vc_cta h2=””]

Thursday, March 7 & Friday, March 8, 2019

Kickoff and keynote address tentatively scheduled for Thursday evening of the conference, with a full day of workshop sessions planned for Friday. Conference location will be the Graduate Life Center Multipurpose Room and various meeting rooms.[/vc_cta][vc_column_text]

How can I get involved?

Graduate Students are needed for help in the planning and implementation of the event, input for content desired, and to attend as participants!

Faculty are invited to participate in panels or by providing feedback during the Write-A-Thon workshop on the Friday of the event.

Please reach out to Allison Hutchison at abhutch@vt.edu to get involved!

[/vc_column_text][vc_separator style=”shadow”][vc_column_text]Statement of purpose for ComSciCon

ComSciCon-local workshops are intended to provided exceptional professional development services to their graduate student attendees which will empower young scientists to better communication with experts outside of their own fields and with the general public. Workshops emphasize training in science writing and web and multimedia communication through a combination of interactive discussion with professional communicators and hands-on practice sessions. Moreover, graduate students engaged in conference organization strongly develop collaboration and leadership skills valuable in both communication and research applications. They also have the opportunity to network with current and future leaders in science communication.[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_separator style=”shadow”][/vc_column][/vc_row]

Categories
Interfaces of Global Change IGEP News

Funding available to support recruitment of IGC Fellows

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UPDATED Spring 2022:

Financial support is available to GCC faculty who are hosting prospective graduate students that have interest in the Interfaces of Global Change Interdisciplinary Graduate Education Program. Funds provided may help to cover the costs of inviting the student to campus, such as travel, lodging and meals. Up to $500 per student may be requested, for one student per faculty member each fiscal year.

To request IGC recruitment support, faculty should submit the following via email to the GCC Program Coordinator.

  • Student’s CV
  • A brief email statement that details:
    • why the student would be a good fit in the IGC
    • total cost estimate for the student’s visit
    • amount of funding requested from the IGC

Requests are considered on a rolling basis and funds available are limited.

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Categories
biweekly update

Biweekly Update – December 5, 2018

New Announcements:

1. December Turfgrass webinar: Questions and Answers with the Virginia Tech Turf Team!

2. $10,000 National Horticulture Scholarship Available

3. Resources for fertilization of lawns and for those involved with Healthy Virginia Lawns programming 

4. We want your input! Please share about what is going on in your area in regards to diversity work here: https://bit.ly/2PHKcEb

5. Upcoming Webinar: Building Racial Equity with Cooperative Extension – December 13, 2:00 pm

January Announcements:

6. Save the Date: VAFHP 2010 Annual Conference – Blacksburg, VA – January 28-29, 2019

7. Interested in judging at fairs and festivals?

8. 2019 VAFHP Conference – Blacksburg, VA – Janurary 28-29, 2018

February Announcements:

9. Save the Date: Spring to Green – Danville, VA – February 2, 2019

10. Save the Date: EcoSavvy Symposium – February 16, 2019 – Registration will open in early December

  • Balancing Form and Function in the Garden: How to Meld Beautiful and Sustainable Natives with Favorites from Around the World 

11. Western Reserve Herb Society: $10,000 National Horticulture Scholarship Available – Deadline: February 28, 2019

April Announcements:

12. Horticultural Horizons – Chesterfiled County, VA – April 30, 2019

Other Announcements:

13. Follow the State Office on social media:

14. Webinar PPTs, handouts and other materials may be found at this link: http://create.extension.org/EMGCoordinators-OnlineDiscussions

15. Save the date for 2019 Master Gardener College!

  • September 19-22, 2019, Norfolk, Virginia

16. Pollinator Survey with Oregon State Univeristy

17. Application for 2019 Master Gardener Training – Washington, VA

18. Virginia Community Garden Network Year End Wrap Up

19. Hanover Master Gardener Training Course

Categories
Blog Ideas Science Communication

Virginia Tech researcher offers tips for breaking bread over the holidays

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As families and friends gather for the holidays, a Virginia Tech expert offers tips for dinner-table conversations around contentious issues.

“Holidays are often a special time to catch up with family and friends, but things can turn sour when you and Uncle Joe come to blows around an issue like climate change,” said Todd Schenk, an assistant professor in the Virginia Tech School of Public and International Affairs. “How can he be so blind to the climate catastrophes unfolding around the world? Since when did you become a brainwashed hippie?”

Schenk suggests not avoiding these types of issues with friends and family, but rather finding the time and space to engage in productive dialogue around them.

“This time of year serves as an opportunity to appreciate each other’s humanity, even when we disagree,” says Schenk. “We should not avoid tough discussions, because if we want to be truly understood and advance our causes, we have to connect with people very different than ourselves.”

“Avoiding contentious issues like climate change is one strategy, but is not always possible or even desirable,” Schenk said. “It is typically healthier to find ways to have more respectful dialogue, and we can often learn in the process.”

Schenk said one effective technique is active listening, “which calls on us to really listen, asking probing questions to dig deeper into our counterparts’ perspectives and confirm that we understand what they are saying. This is not a passive process of simply waiting our turn, and then delivering our monologue when we have the chance.”

“Active listening does not ask us to change our minds, although that can happen, but rather to remain respectful, open and willing to increase empathy and understanding,” Schenk said. “Ultimately, active listening can be good for us too, insofar as we want to persuade someone to do or believe something different. We rarely convince others by belittling them or by sharing our facts alone. We persuade by meeting people were they are and connecting their values to what we want them to do or believe”.

About Schenk

Schenk is an assistant professor in the School of Public and International Affairs at Virginia Tech. He has extensive research and consulting experience working on collaborative governance and environmental policy and planning issues.

View Schenk’s full bio here.

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Categories
Climate Change New Publications Research

Interactions between thermoregulatory behavior and physiological acclimatization in a wild lizard population

[vc_row][vc_column width=”1/3″][vc_row_inner][vc_column_inner][vc_single_image image=”19300″ img_size=”200×300″ add_caption=”yes”][/vc_column_inner][/vc_row_inner][/vc_column][vc_column width=”2/3″][vc_column_text]Martha Muñoz just published a new paper in the Journal of Thermal Biology. Behavioral thermoregulation and physiological plasticity have long been recognized as key traits that should buffer organisms from the pernicious effects of climate warming. Behavior and plasticity, however, are usually studied independently. By examining patterns of thermoregulation and physiological plasticity in a single population over the course of a year, the researchers demonstrated that the traits are not independent – thermoregulation is constrained by physiological plasticity. When considered in the framework of environmental warming, lizards might have a limited ability to mount a strong buffering response. This research is part of a new and ongoing collaboration with scientists at the Universidad Nacional Autónoma de México (UNAM). The next phase of this research is to conduct a macroevolutionary study of behavior and physiology across the whole clade of spiny lizards.

Stay tuned![/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_cta h2=”Study Highlights:”]

  • Behavioral thermoregulation and plasticity share physiological phenotypes.
  • We examined thermoregulation and plasticity in a wild lizard population.
  • Thermoregulation during the day potentially limits heat tolerance plasticity.
  • Limited thermoregulation at night potentially contributes to cold tolerance plasticity.
  • The preferred body temperature is labile across seasons, contributing to high thermoregulatory efficiency year-round.

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Categories
Disease Invasive Species News

Invasive Asian Longhorned Tick Spreading Widely in U.S.

The Centers for Disease Control and Prevention is working with public health, agricultural, and academic experts to understand the possible threat posed by the spread of the Asian longhorned tick (Haemaphysalis longicornis) in several U.S. states since its discovery in 2017, according to today’s Morbidity and Mortality Weekly Report.

“The full public health and agricultural impact of this tick discovery and spread is unknown,” said Ben Beard, Ph.D., deputy director of CDC’s Division of Vector-Borne Diseases.  “In other parts of the world, the Asian longhorned tick can transmit many types of pathogens common in the United States. We are concerned that this tick, which can cause massive infestations on animals, on people, and in the environment, is spreading in the United States.”

New Jersey and eight other states report finding this tick

New Jersey was the first state to report the tick on a sheep in August 2017. Since then, 45 counties or county equivalents in New Jersey and eight other states—Arkansas, Connecticut, Maryland, North Carolina, New York, Pennsylvania, Virginia, and West Virginia—have reported finding the tick on a variety of hosts, including people, wildlife, domestic animals, and in environmental samples.

In contrast to most tick species, a single female tick can reproduce offspring (1-2,000 eggs at a time) without mating. As a result, hundreds to thousands of ticks can be found on a single animal, person, or in the environment. Livestock producers and pet owners should work with their veterinarians to maintain regular tick prevention and report any unknown tick species to their local department of agriculture.

In other parts of the world where the Asian longhorned tick is common, it is a serious threat to livestock. In some regions of New Zealand and Australia, this tick can reduce production in dairy cattle by 25 percent.

CDC and its partners work to learn more, prevent spread of disease

To better understand the full potential impact of this tick discovery in the United States, CDC is working with a network of federal, state, and local experts representing veterinary and agricultural science and public health to:

  • Determine the geographic distribution of Asian longhorned tick in the United States.
  • Determine the kinds of pathogens carried by Asian longhorned ticks in affected states that could infect people. Pathogens found in these ticks in other parts of the world, also endemic to the United States, include Borrelia, Anaplasma, Ehrlichia, Rickettsia, and Babesia.
  • Determine what new laboratory tests are needed to detect pathogens that could be introduced or spread by these ticks in the United States.
  • Establish a clean colony (ticks with no pathogens) for studies.
  • Determine how frequently the Asian longhorned tick bites people and animals in the United States.
  • Determine effective prevention and control strategies.

Eventually operating under a national strategy, this network of collaborators will work to limit the spread of tickborne diseases before they affect people and animals. This concerted, sustained national effort is needed to address the threat posed by the Asian longhorned tick, as well as the threat posed by the ongoing increase in vector-borne diseases in the United States.

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Protect against tickborne diseases

Everyone can take steps to prevent tick bites:

  • Use Environmental Protection Agency (EPA)-registered insect repellents containing DEET, picaridin, IR3535, oil of lemon eucalyptus (OLE), para-menthane-diol (PMD), or 2-undecanone. Always follow product instructions.
  • Treat clothing and gear with products containing 0.5 percent permethrin. Permethrin can be used to treat boots, clothing, and camping gear and remain protective through several washings. Alternatively, you can buy permethrin-treated clothing and gear.
  • Check your body and clothing for ticks upon return from potentially tick-infested areas, including your own backyard. Use a hand-held or full-length mirror to view all parts of your body. Place tick-infested clothes in a dryer on high heat for at least 10 minutes to kill ticks on dry clothing after you come indoors.
  • Shower soon after being outdoors. Showering within two hours of coming indoors has been shown to reduce your risk of getting Lyme disease and may be effective in reducing the risk of other tickborne diseases. Showering may help wash off unattached ticks and is a good time to do a tick check.
  • Talk to your veterinarian about tickborne diseases in your area and prevention products for your dog.

For more information:

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Petersen L, Beard CB, Visser S. November 2018. Combatting the Increasing Threat of Vector-Borne Disease in the United States with a National Vector-Borne Disease Prevention and Control System. American Journal of Tropical Medicine and Hygiene.

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Categories
Blog Interfaces of Global Change IGEP Student Spotlight

IGC Seminar Reflection Series: Interdisciplinary Organizations and Research, by Ben Kligman and Jennie Wagner

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Interdisciplinary Organizations and Research

Many of the most pressing environmental challenges cannot be solved by individual scientists or single academic disciplines. Challenges such as climate change, developing alternative energy sources, and land use management require teams of scientists from multiple disciplines to collaborate to achieve a common goal. Interdisciplinary research, where knowledge from two or more disciplines must combine to answer a larger question, is therefore becoming more common. To explore interdisciplinary research and its implementation, the Interfaces of Global Change (IGC) graduate seminar discussed a series of questions: What are the differences between inter-, multi-, and transdisciplinary research? What are the institutional benefits and barriers to interdisciplinary research projects? How can we address social barriers to interdisciplinary science, especially between low consensus and high consensus sciences? How does the IGC foster interdisciplinary research?

Although the term interdisciplinary research may sound self-explanatory, it is often misunderstood and mis-applied. We spent some time discussing the definitions of the terms Multi, Inter, and Transdisciplinary as defined in Choi and Pak (2006). Multidisciplinary work “draws on knowledge from different disciplines but stays within their boundaries”. Interdisciplinary work “analyzes, synthesizes and harmonizes links between disciplines into a coordinated and coherent whole”. Transdisciplinary work integrates science with the humanities, professional, and local knowledge. We then discussed examples of what is and is not interdisciplinary science. We concluded that these designations are important because they confer real meaning to cross-disciplinary research which can be used for deciding project funding and implementation.

Most interdisciplinary research projects are formed within academic and governmental institutions. We discussed the advantages of top-down and bottom-up formation of interdisciplinary research projects: the former by institutions compiling a team to work on a given question, and the latter by individual academics coming together to achieve a research goal. Factors such as funding/grants and social structure appeared to be important when forming successful interdisciplinary teams.

Studies of successful and unsuccessful interdisciplinary team science efforts suggest that social structure and communication within an interdisciplinary team are key factors for success. The basis for interdisciplinary research is bringing perspectives and knowledge from different disciplines together, but this often leads to difficulty because of the different communication styles and perceived hierarchies amongst different disciplines of science. This issue is apparent when people from low consensus fields (fields with multiple paradigms) interact with people from high consensus fields (fields with a single paradigm). For example, when social scientists (low consensus) communicate with scientists studying natural history (high consensus), there is often a gap in basic understanding about the other field that inhibits successful communication. We discussed strategies for communicating across disciplines, and the importance of cross disciplinary interaction and friendships.

A common theme that came up throughout the seminar is how the IGC fosters interdisciplinary research. As early career scientists in the IGC, considering the meaning of interdisciplinary science and how it can be successfully implemented was a reminder of the importance of opportunities like the IGC for communicating with scientists across disciplines.

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Ben Kligman is a PhD student working with Professor Michelle Stock in the Department of Geoscience, Paleobiology Lab Group. He studies diversification and extinction of small bodied vertebrates in the fossil record.

Jennie Wagner is a PhD student working with Drs. Megan O’Rourke and Ben Tracy in the School of Plant and Environmental Sciences.  She studies plant diversity and pollination in pasture systems.

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