Brit Garner holds a B.S. in zoology from the University of Florida with a minor in wildlife ecology and conservation and M.S. in marine biology from the University of North Carolina Wilmington. Projects during her undergraduate and graduate degrees included phylogeography of brown darters and an endemic West Virginia snail, invasive herpetology in the Everglades, shark attack risk assessments in Volusia County, Florida, and ancient DNA analysis of seals and sea lions from Alaska. After spending a semester as an adjunct professor in North Carolina teaching both biology and human anatomy & physiology, she moved to Montana in 2013 and spent a year in the MFA program for science and natural history filmmaking at Montana State University. Despite enjoying creating videos and video content, Brit found herself missing the applied sciences, and transferred to the University of Montana in the spring of 2015, where she is currently a PhD student in wildlife biology. Though Brit has an academic background in conservation genetics and marine biology, she has recently expanded her research to include Big Data analytics for conserving global biodiversity. Some examples of these applications include using machine learning algorithms and text mining to find patterns in IUCN Red List decisions and using data visualizations to provide managers with prioritization schemata. While at MSU, Brit solidified her passion for using video as a medium for science communication, and found a professional outlet for this passion in Missoula through the Complexly family of content on YouTube, where she now hosts SciShow Psych. In her free time, Brit enjoys performing in musical theatre, tutoring, teaching, and engaging in other science communication efforts via avenues like Letters to a Pre-Scientist, Skype a Scientist, We Are Montana in the Classroom Role Models program, and a local non-profit she founded in 2017- the Missoula Interdisciplinary Science League (MISL).
I am a third year PhD student in the Ecology and Evolutionary Biology Doctoral Degree Program at Texas A&M University. Broadly, I am interested in sensory ecology and animal communication, with a focus on bats. As a diverse group with over 1300 species, bats are a great system to investigate a range of ecological and evolutionary questions. It doesn’t hurt that they are also cute (#TeamBat)!
I work in the Smotherman lab, where we study the ecology and neurobiology of bats (www.smothermanbatlab.com). Recent work in the lab has focused on singing and communication signals in Mexican free-tailed bats, networking strategies in groups of bats, neurological and muscular control of bat ecology, and territoriality and singing behavior in African bats. For my dissertation I am exploring how bats use olfaction for foraging, communication and navigation. I plan to address these topics using a combination of neurophysiology, histology, lab and field based behavioral experiments.
I got my start in field ecology research as an undergraduate student at Cornell University, working with tree swallows in the Winkler lab. I also have a Master’s degree from Humboldt State University, where I studied the communication signals in Yuma myotis (a common small brown bat found in the western United States). I have been involved in field work on swallows in Argentina, cuckoos in Arizona, coyote and kit fox in Utah, migratory tree bats in California and leaf-nosed bats in Mexico.
As a bonus, I am hosting Biotweeps at the same time as Bat Week (batweek.org), so expect lots of discussions about bat ecology, evolution and conservation, with as well as a mix of personal experience, outreach, #scicomm and #phdlife.
Dr. Nicholas Pilfold is a Postdoctoral Associate at the Institute of Conservation Research for San Diego Zoo Global. Nicholas is a large carnivore biologist focused mainly on bear species, but his research also extends to large cats.
Nicholas leads and collaborates on projects for four large carnivore species: polar bears, African leopards, Andean bears, and giant pandas. Nicholas’ research is focused on several themes within spatial and population ecology. His work includes assessment of diet and foraging patterns, reproductive and mating behavior, human-carnivore conflict resolution, as well as understanding the role a changing climate has on large carnivore persistence. Nicholas is interested in identifying broad ecological patterns useful to the conservation of all large carnivores.
Nicholas earned his bachelor’s degree in Life Sciences from the University of British Columbia and his doctorate in Ecology at the University of Alberta. His interest in large carnivore research was initially spurred while volunteering on small wildlife reserves in South Africa. Prior to joining San Diego Zoo Global, Nicholas worked with researchers at the University of Alberta and Environment and Climate Change Canada.
Hi! My name is Rachael and I am a Ph.D. candidate in the Starks Lab at Tufts University in Medford, MA. As a lab, we study behavioral ecology to understand how animals deal with environmental pressures. My research focuses on how seasonal changes in honey bee diet (i.e. flowers!) affects honey bee health and behavior.
When we go to the grocery store, we have a lot of choices. While our choices do change with season (try to find pumpkins in the summer, or berries in the winter), those choices tend to remain diverse. The “grocery store” for honey bees is our lawns, our gardens, etc., and the choices aren’t always diverse. In the early New England spring, honey bees only have dandelions or clovers to choose from. The summer brings a more diverse choice of flower foods and in the fall, the main choices are goldenrod and aster. How might honey bees change their foraging habitats to cope with the lack of choices? How could the lack of choices alter the honey bee gut microbiome? How does a lack of diet diversity affect the honey bee’s immune system?
These are just the broad questions I am interested in answering during my Ph.D. One of the first studies I did as a Ph.D. student was on honey bees drinking dirty water—you can read about what I found here. Also, check out my personal website to follow my adventures in field biology and beekeeping!
Outside of my research, I enjoy communicating science to the public and am the President of the Boston Area Beekeepers Association. I can also be found playing middle infield for the Tufts Biology Department softball team (Base Pairs), kickboxing at a nearby gym, baking (especially brownies and cookies), crawling on the ground photographing insects, or visiting my waterside hometown in Rhode Island.
I’m an evolutionary ecologist working on avian systems. In a nutshell, I like to know what birds do, and why, where, and how they do it.
I completed a PhD at the University of Melbourne on the evolution and ecology of major histocompatibility complex (MHC) genes in south-eastern Australian passerines (songbirds). MHC genes are a vital component of the vertebrate immune system, and I wanted to know more about the evolutionary processes underpinning variation in these genes. I was also interested in how MHC variation was influenced by ecological variables, such as dispersal behaviour and habitat configuration. To answer these questions, I mist-netted over a thousand birds across two years, resulting in a love/hate relationship with early mornings. Somewhere along the winding PhD journey I developed an interest in wildlife disease, and ended up doing a survey of avian malaria in woodland birds as well.
I’m currently a research fellow at Museums Victoria in Australia, where I’m working on a few different projects. My main focus at the moment is on the ecological ramifications of beak and feather disease virus (BFDV) on threatened parrots. BFDV is thought to be infectious to all parrots, but can it also infect other birds? And if so, what does that mean for the transmission of BFDV across species? If you’re interested in knowing more about any of my research, get in contact!
When I’m not science-ing, I’m either baking bread or accumulating cats. I can be found on Twitter @ShandiyaB.
I am an insect ecologist working in integrated pest management as a postdoctoral research scholar at North Carolina State University. This basically means that I study the ecology of insect pests and incorporate that into management programs to help growers produce healthy crops. At NC State, I study a challenging invasive vinegar fly, spotted wing drosophila (Drosophila suzukii), a nearly worldwide pest that impacts small fruit crops (cherry, blueberry, blackberry, raspberry, strawberry, etc.). I also manage a multi-institutional Specialty Crops Research Initiative grant working with researchers all over the United States on coordinated research addressing the management of spotted wing drosophila.
Prior to my postdoc position, I did a Master’s at Florida State University where I studied the seasonal natural history of trap-jaw ants (Odontomachus brunneus) in North Florida with Dr. Walter Tschinkel. I consider myself very fortunate for this opportunity to observe these organisms and learn about their unique behaviors. The observational skills that I learned during this work have been helpful both in my PhD and postdoctoral research.
I did my doctoral research with Dr. Deborah Finke at the University of Missouri. For my dissertation, I looked at the impacts of resources, historical land use, and invasive species on native lady beetle communities in tallgrass habitats in Missouri. Tallgrass prairie was once the predominant land cover for much of this region and has, over time, been converted to agricultural land. I wanted to understand how changes in land use and the restoration of some lands to tallgrass prairie impacted insect communities, and I chose to focus on lady beetles because of recent studies documenting negative impacts of invasive lady beetles (e.g. Harmonia axyridis, Coccinella septempunctata) on native species. One of our major findings is that grasslands (native or agricultural) are really important for promoting the persistence of native lady beetles.
During my week on BioTweeps, I’ll talk about natural history, insect ecology, beneficial and pest insects, integrated pest management, and ongoing research. There will likely be random cat pictures, discussion of experiences from grad school and beyond, how to make the most out of interesting opportunities along the way, the hunt for a faculty position… and anything else that is of interest at the time. I’m happy to answer whatever insect questions that I can and refer those that I cannot answer to people who can.
I’m currently a civil servant with the Welsh Government, working as Biodiversity Policy Officer in our Land, Nature and Forestry team. I’ve been a civil servant for the last nearly 3 years after having completed my PhD at the University of Southampton in 2014. My role mainly involves developing and delivering biodiversity and nature policy and evidence across Wales and supporting others to do the same. I’ll hopefully be able to share a bit of insight into what this means during my week ‘(wo)manning’ the Biotweeps account.
A bit of background about me: My PhD was in the field of computational ecology, but I actually completed an integrated PhD as part of the Institute of Complex Systems Simulation, so I don’t have an easy answer when people ask me what my PhD is in! Normally depending on the questioner I’ll either say ecology, or complexity and ecology. In a nutshell, my research involved using complex systems theory to develop a model(s) that could test questions about the relationship between landscape ecology (i.e. connectivity) and species persistence and movement in that landscape. To make this sound cooler, I essentially studied the way that jaguars moved around a fragmented habitat in central Belize. I’ll explain a bit more about this too if you are interested!
My main research interests lie in landscape ecology and resilience, (but will broaden to agent-based modelling, conservation, population ecology) but I am keen to link this with real, direct, on the ground policy decisions and implementation. How can we use our theoretical knowledge to deliver real change in terms of conserving and enhancing our biodiversity?