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When you enter the field to study wildlife, you are listening—listening intently for contextual clues that help you answer vital conservation questions (which usually lead to more questions). Attentive listening is at the core of striving for a deeper understanding of the natural world and how we might protect it.
The same applies to developing innovative tools that assist us in listening, and that's precisely what our new Scientific Advisory Board—a group of respected researchers and practitioners who bring deep expertise in ecology, conservation, and bioacoustics—is helping us achieve. Each member brings decades of experience and a keen understanding of what scientists are looking for when it comes to bioacoustics technology that addresses real-world challenges. Together, they form a critical bridge between the field and our R&D lab.
“Our goal has always been to create acoustic monitoring tools that help biologists make breakthrough discoveries,” says Wildlife Acoustics Founder Ian Argrant. “Working hand-in-hand with scientists at the forefront of wildlife research will give us a chance to listen more closely than ever to the needs of our customers and develop tools that not only keep pace with science but actively help drive it forward.”
We proudly introduce the inaugural members of the Wildlife Acoustics Scientific Advisory Board—leaders whose insights are helping shape the future of bioacoustic technology.
Associate Professor
University of New Hampshire
Dr. Laura Kloepper leads the Ecological Acoustics and Behavior Lab at the University of New Hampshire and serves as the Associate Director for Education at the Center for Acoustics Research and Education. Her research explores how animals use acoustics to sense and navigate their world and how we can use acoustics to monitor animal populations. Her studies aim to uncover behavioral principles underlying acoustic sensing, inspire the design of active sensing technology, and improve population monitoring for animal conservation. Laura’s work is largely field-based, and she has worked with a wide range of taxa, including dolphins, whales, shrews, owls, bats, frogs, seabirds, and moose.
Spark Animal: Manatee
Professor of Biology
University of Windsor
Dan is a professor at the University of Windsor in Ontario, Canada. He studies acoustic communication in wild animals, especially the songs of birds. Dan runs the Mennill Sound Analysis Laboratory, where he and his research team use a field-based approach to study animals in Canada, France, Mexico, Costa Rica, and Colombia. He has helped pioneer many new playback and recording technologies for bioacoustic field studies. Dan has published more than 180 papers in scientific journals and supervised over 40 graduate students and postdoctoral researchers. He is a Fellow of the American Ornithological Society and a lifetime member of the Society of Canadian Ornithologists and the Animal Behaviour Society.
Spark Animal: When I was young, I spent most summers in wild areas of Canada, where the calls of Common Loons provided the nighttime soundtrack. One of the first albums I ever bought was a cassette tape of Dan Gibson's nature recordings of loons. I went on to study loon calls myself, collecting recordings with autonomous recorders deployed across a series of northern lakes to better understand this amazing bird's long-distance vocal behavior.
Project Manager – Bat Program Lead | Wildlife Development Team
NextEra Energy Resources
Adam is an Associate Wildlife Biologist and a Certified Ecologist with a Professional Science Master’s degree, working as the Senior Bat Biologist and Bat Program Lead for Westwood Professional Services in Kansas. He has coordinated and led bat-centric ecological surveys throughout the United States, including met-tower-based bat activity surveys, presence/probable absence bat acoustics and mist-netting, bat radio telemetry, bat fatality monitoring, and smart curtailment for bats at wind turbines, along with the associated analytics. Adam has held various roles at Westwood, including field biologist, field team lead and coordinator, data manager, data analyst, and report author. As the Bat Program Lead, he works directly with clients and agencies to address complex and innovative questions and provide meaningful solutions to bat-related issues.
Spark Animal: The first animal that sparked my interest was probably a manatee. (Strange choice for me, I know!)
Associate Professor of Biology
Indian Institute of Science Education & Research (IISER) Tirupati
Robin has been working on bioacoustics, primarily with birds, for the past two decades. He studies bird behavioral ecology using their songs and genetic data that he and his team collect from the Shola Sky Islands of the Western Ghats. His work ranges from studying neighboring birds in patches of forests isolated by fragmentation to populations and species isolated across biogeographic barriers. More recently, Robin has used passive acoustic monitoring to recover bird diversity in various human-use scenarios while continuing to explore bird phenology with a combination of hardware and software. A long-term goal of Robin’s is to establish a collaborative, multi-institutional bioacoustics center in India to help build capacity in South Asia.
Spark Animal: Having grown up around wildlife, there is no specific animal that sparked my passion. However, the excitement of discovering aspects of their lives through science has a favorite: the White-bellied Sholakili, a bird endemic to the Shola Sky Islands that was thought to be rare when I started working on it but is now one of the best-studied species in India.
Chief Scientist
Bat Conservation International
Dr. Winifred (Fred) Frick is Chief Scientist at Bat Conservation International (BCI) and an Adjunct Professor in Ecology and Evolutionary Biology at the University of California Santa Cruz. At BCI, she directs high-priority research to achieve conservation outcomes for bats. With nearly 1,500 species, bats are the second-most diverse group of mammals on Earth, yet the forces of global change threaten many species. Dr. Frick works worldwide to study and protect bats, using conservation evidence and actionable science. She earned her B.A. in Environmental Studies from UC Santa Cruz and her Ph.D. in Forest Science from Oregon State University. You can learn more about the work of Bat Conservation International at batcon.org.
Spark Animal: Lots of options here, but for now, I’ll go with the Yellow-winged Bat (Lavia frons), found mostly in woodland and savannah habitats across sub-Saharan Africa, extending to northern Zambia.
Senior Associate
Stantec Consulting Services, Inc.
Trevor is a wildlife biologist focused on researching and managing risks to bats at commercial wind energy facilities. He leads Stantec’s EchoPITCH™ program, which uses data from turbine-mounted acoustic bat detectors to evaluate the effectiveness of curtailment strategies and design smart alternatives. Over the past 20 years, Trevor has pioneered methods for deploying acoustic detectors for long-term monitoring in meteorological towers, wind turbines, offshore islands, lighthouses, vessels, and buoys. He is also a fan of audible sound and is an avid musician, playing the violin, piano, guitar, and mandolin and performing with multiple orchestras and bands in midcoast Maine.
Spark Animal: I grew up surrounded by wildlife research and spent many childhood summers helping my dad and his graduate students study moose, wolves, and even mice in Isle Royale National Park in Michigan. Ever since I can remember, I have enjoyed the challenge of collecting data on wildlife and their habitats. I feel lucky to have found a career where I get to do this professionally.
Professor & Department Chair
College of Science & Engineering, Texas Christian University
Dr. Tory Bennett is a professor and chair of Texas Christian University’s Department of Environmental and Sustainability Sciences. She has worked with bats for more than 25 years and has researched species all over the world. Dr. Bennett studies bats to assess the effects of anthropogenic disturbances on wildlife, including the impacts of roads, non-consumptive recreation, land-use changes (e.g., wind turbines), and urbanization. She possesses a well-rounded background in wildlife ecology, incorporating academic, government, and private sector perspectives, and strives to conduct research with real-world applications and to develop effective management strategies for species, habitats, and ecosystems of concern.
Spark Animal: Absolutely everything.
Senior Bat Biologist & Bat Field Service Lead
Western EcoSystems Technology, Inc.
Kristina is based in WEST’s Cheyenne, Wyoming, office, where she develops and implements protocols and processes for bat field surveys, assisting project managers and biologists to successfully conduct them. Projects include surveys designed to evaluate bat habitat use, population levels, spatial and temporal activity trends, and the presence or probable absence of endangered and threatened species, all while maintaining WEST’s adherence to state and federal bat permits. This work includes acoustic surveys and the evaluation of various acoustic detectors on the market to determine their applicability for WEST, along with managing an inventory of over 1,000 bat detectors. Kristina is federally permitted to work with threatened and endangered bats in five US regions. She is a member of several professional working groups and bat organizations, staying current on the latest research and regulations while maintaining relationships with agency personnel.
Spark Animal: Hard to pick, since I have loved wildlife for so long, so I will go with the one that got me on the path to bats—and that was Rafinesque's big-eared bats and Southeastern myotis bats, which I worked with during my first technician job in Texas. Ever since then, Rafinesque's big-eared bats have always held a special place in my heart.
Associate Professor of Quantitative Ecology & Conservation
Department of Biological Sciences, University of Pittsburgh
Justin Kitzes is a quantitative ecologist and conservation biologist with expertise in automated acoustic methods for large-scale biodiversity surveys. He is currently an associate professor in the Department of Biological Sciences at the University of Pittsburgh, where he oversees the Kitzes Lab, dedicated to studying rare and hard-to-detect species using bioacoustic methods. The central question guiding research at the lab is: How are species distributed across complex landscapes, and how do human impacts drive these distributions? To address these and other questions spanning natural history, conservation, and spatial ecology, Kitzes and his lab associates focus on terrestrial bioacoustics, combining automated biodiversity sensors with deep learning and AI models.
Senior Researcher
Forest Science & Technology Centre of Catalonia
Cristian leads the Research Group “New Tools for Biodiversity Monitoring” at the Forest Science and Technology Centre of Catalonia in Spain. He has extensive expertise in the use of passive acoustic monitoring—including the patent of a self-developed sound recorder—for bird surveys. Cristian is a member of several international initiatives, such as the Species Monitoring Specialist Group of the IUCN and the Spanish Network on Ecoacoustics Research. His research focuses on the automated detection of threatened species and the study of seasonal changes in vocal activity at an annual scale. It includes the publication of several comparisons on the effectiveness of different sound recorders, as well as literature reviews on methods available for estimating bird density from sound recordings, how to use BirdNET, and whether wildlife acoustic signals vary across geographic areas.
Spark Animal: That's difficult! But likely the goldfinches and canaries my father had and I saw since I was a child.