Bo began his career in conservation geography as an undergraduate environmental studies and geography major at Middlebury College in VT, where he focused on geospatial analysis applications to conservation. His first job after college was at USGS in Anchorage, Alaska, where he digitized geologic maps, became deeply familiar with GIS software and technologies, and designed and taught the first graduate and undergraduate GIS curricula at Alaska Pacific University. He also started Ripple Technologies and published a geography textbook atlas for high schools in Alaska.

Recognizing the importance of applying such powerful tools to conservation and land management strategies, Bo completed a master’s degree in Forest Ecology at Montana State University in Bozeman, MT, where he compared landscape patterns of human disturbance in the Targhee National Forest with the natural disturbance patterns of the 1988 Yellowstone fires.

Bo began working for The Wilderness Society’s Center for Landscape Analysis in 2000, where he designed geospatial analyses to understand ecosystems, identify threats and management challenges, and design conservation solutions for federal land management.

After 11 years at The Wilderness Society, Bo went on to serve as Natural Resources Program Manager at Critigen, now Locana, where he oversees delivery of geospatial solutions under national geospatial services contracts for the Forest Service and Bureau of Land Management.

In this capacity, he works directly with federal land management agencies to build national, scalable geospatial solutions to inform land management decisions with timely relevant authoritative data.  He fosters inclusive collaboration, from proposal development through project closeout. Throughout his career working with the Forest Service and the Bureau of Land Management, he has advocated for a more cohesive, scalable, and public geospatial strategy to inform land management decisions.

Jeff A. Tracey, PhD, is a computational scientist and ecologist with extensive experience in artificial intelligence, scientific computing, and wildlife research. Jeff has a PhD in Ecology form Colorado State University, a MS in Biometry from the University of Wisconsin – Madison, and a MS in Biology from University of California, San Diego. With over fourteen years of experience in the U.S. Geological Survey as an ecologist, biostatistician, and computational scientist, Jeff has expertise and experience in designing and implementing research projects involving biotelemetry, bioacoustics, and wildlife camera traps, analyzing data from diverse sources, building predictive models using deep learning techniques, and spatial modeling.  Dr. Tracey has published numerous peer-reviewed journal articles, book chapters, and reports. His past research has focused using agent-based and spatial modeling to study the effects of landscape fragmentation and urbanization on wildlife movement behavior, functional landscape connectivity, habitat selection, and wildlife disease dynamics. He has conducted field work including radiotelemetry of red diamond rattlesnakes, wildlife camera trapping, and GPS telemetry of Golden Eagles. He has also taught courses on ecological modeling, statistics, artificial intelligence, deep learning, and high-performance computing with R. Currently, his primary research interest is the application of deep learning to conservation and ecological research.

Samapriya Roy, PhD is the Creator and Founder of the Awesome Google Earth Engine Community Catalog and serves as the CEO of Spatial Bytes LLC specializing in geospatial data, workflows and analysis. Additionally, Samapriya is an Advisor to the NSF NEON Science Technology Advisory Committee, an affiliate faculty member at the University of Hawaiʻi at Mānoa, and a Designated Campus Colleague at the University of Arizona.

Committed to science communication, Samapriya acts as a thought leader and educator in geospatial applications. A firm believer in fostering community and commons-based data, tools, and platforms, Samapriya promotes collaboration for mutual benefit. Their research emphasizes big data analysis and geospatial technology applications, with a focus on advancing open data access. As a passionate community advocate and dynamic speaker, Samapriya thrives on driving impactful ideas forward and building with and for the community commons.

Dr. Jones has been a trusted partner to Tribes & Indigenous Peoples for 25 years. He is recognized as a national expert in the Tribal Climate Resilience community & has published numerous related peer-reviewed journal articles, book chapters, datasets, & news media. Chas’s career has spanned a breadth of disciplines and technical experiences, from leading large field biological and physiographic field surveys in extreme environments, to intense nationwide geospatial analyses using Python, to modeling habitat suitability, changes in hydrology and climate impacts, and the socioeconomic impacts of climate. He has also served as the elected Mayor of Philomath, Oregon. With a broad interdisciplinary background in climate, hydrology, engineering, geospatial sciences, politics, partnership building, & strategic executive leadership, Dr. Jones is honored to serve as an Associate Scientist at CBI.

Karl is a researcher and advocate working at the intersection of climate change, energy transition, and conservation. He is helping to shape CBI’s global engagement strategy on nature-positive infrastructure and renewable energy.  He is also assessing strategies to meet 2030 targets of the Global Biodiversity Framework and other multilateral environmental agreements, reflecting the technical knowledge and cultural imperatives of Indigenous communities.

Karl has engaged in research and policy on climate change mitigation and adaptation for two decades, recently as Senior Advisor at the SLOCAT Partnership, a global NGO driving systemic change through sustainable transport.  At SLOCAT, Karl led science-based analyses to meet targets of the Sustainable Development Goals and Paris Agreement in a network of 90+ UN agencies, multilateral development banks and NGOs. Karl has led peer-reviewed publications on 1.5ºC transport pathways (cited in the IPCC AR6) and on transport ‘quick wins’ (for UK Department for International Development).

Karl is based in pancake-flat Chicago, where he’s still trying to accept the city’s rugged built environment as a substitute for the Rocky Mountains of his youth.

Dr. Chris Cosma is a community ecologist and pollination biologist specializing in developing data-driven conservation strategies. An adventurous and rather nomadic childhood spent in Colorado, Michigan, New Jersey, and California gave Chris early insight into the diversity of people, ecosystems, and environmental problems in the US. Between surf sessions, Chris earned his BS in Ecology at UC Santa Barbara, and then completed his PhD in Ecology at UC Riverside. There, his research focused on the impacts of climate change on plant-pollinator interactions, and how to apply ecological data and tools to guide effective insect conservation actions. Although he focused on moths in this research, Chris loves all insects and is determined to help protect them and their ecosystem services. In addition to pollination and climate change ecology, Chris has expertise in spatial ecology, ecological network science, molecular ecology, plant ecophysiology, insect biology and identification, and environmental policymaking. 

During his doctoral research, Chris bridged the gap between science and conservation action by developing an innovative web application for butterfly and moth conservation in California. The app, which applies ecological network analysis to guide plant selections, is being used by thousands of people to expand and connect insect habitat across California. After garnering media attention and interest from multiple agencies, Chris formed an interdisciplinary working group through the National Center for Ecological Analysis and Synthesis to build upon the tool. Chris has been invited to speak to groups all around the country about this work, and in his role at CBI, he brings with him resources and expertise from his various collaborations. Chris currently lives in Spokane, Washington, and when he is not devising strategies to protect our insect overlords, he enjoys backyard permaculture and outdoor adventures with his partner and dog. 

Libbey White grew up enjoying the natural splendor of Montana, which instilled in her an instinctive interest in conservation. Libbey majored in biology, but was a laundromat attendant, book store clerk, ranch cook, and lab assistant, among other things, before getting close to working with data and code. She got her start in the software field thanks to willing tutors at the Center for Computational Biology at Montana State University. Since then she has held a variety of software development roles, including exhibit software developer at Oregon Museum of Science & Industry and research software developer at Knight Cancer Institute, where she created a genomic data visualization application. She now has over 15 years of software development experience, much of it related to science and data visualization.

Brianna Fair focuses on project architecture, technical project management, behavioral analytics, and full-stack software engineering, with a particular interest in UX for its direct link to user behavior and interaction. Brianna has worked in tech since the beginning of her career, leading developing and growing a number of digital departments and software teams throughout the West Coast. Much of her work has been focused on integrating a behavioral analytics layer into software to allow for direct feedback to the user experience, in order to better personalize digital interactions. Most recently, she co-founded a decentralized hydroponic farming initiative, based out of Corvallis, Oregon.

As a quantitative ecologist and conservation biologist, Erin Conlisk integrates field experiments with quantitative techniques to understand California plant and wildlife responses to climate change, land-use change, and their interactions with changing wildfire regimes. Her research ranges from applied land management to academic ecology and is typically multidisciplinary, focusing on conservation co-benefits in socio-ecological systems. Currently, Erin is interested in using empirically-driven vegetation and wildfire simulation modeling to understand the influence of climate change, urban development, and forest management on California wildfire risk.

Previously, Erin has used vegetation simulation models to understand the impacts of wildfire, examined satellite data to support waterbird management in the Central Valley of California, modeled landscape connectivity for iconic wildlife in Southern California, created mechanistic models of species’ distributions and abundances, analyzed data from a treeline warming experiment, and worked in the social sciences with an emphasis on educational equity and environmental justice. When Erin is not working you will find her getting outdoors, talking to young people about newfangled things they didn’t have in her day, and combining these two pastimes.

With a background in landscape and quantitative ecology, Justin applies ecological systems thinking coupled with geographic information systems (GIS) technology to help understand the past, present, and future condition of the world around us. Special interest areas include:

By applying data science through storytelling, Justin provides innovative technical expertise to develop practical insight on ecosystems and their components for a multi-stakeholder audience that helps inform decision making for short- or long-term planning and management. He navigates projects with a holistic approach by analyzing local, site-specific attributes in the context of their integration with the surrounding landscape. GIS mapping, modeling, and analysis are frequently leveraged to derive compelling, data-driven narratives that explain how landscapes and people influence one another. His work aims to identify opportunities for improving adaptive capacity to balance the relationship between people, planet, and profit for a more sustainable, resilient future.

Justin holds a Master of Environmental Science and Management (M.E.S.M.) from the Bren School at the University of California, Santa Barbara, a Certificate in Global Sustainability from the University of California, Los Angeles, and a B.A. in Communication from Northwestern University. He resides in San Diego where he enjoys being a frequent patron of the San Diego Zoo & Safari Park and tending to his indoor jungle of houseplants.