Publications
Peer Reviewed Journals
- Bradley D^, Caughman AM^, Fogg S, Cabral RB, Mayorga J, Goodell W, Millage KD, White TD. 2024. Marine Fish Movement: home range sizes for commercially relevant species. Sci Data 11, 865 *co-first authors ^co-first authors
- Caughman AM, Gaines SD, Bradley D. 2024. Climate change reduces population benefits from marine protected areas through selective pressures on species movement. Global Change Biology. 30(3), e17240.
- Caughman AM, Weigel EG. 2022. Biology students’ math and computer science task values are closely linked. CBE – Life Sciences Education. 21(3):ar43.
- Caughman AM^, Pratte ZA^, Patin NV, Stewart FJ. 2021. Coral microbiome changes over the day-night cycle. Coral Reefs. 40(3)921-935. ^co-first authors
- Pratte ZA, Patin NV, McWhirt ME, Caughman AM, Parris DJ, Stewart FJ. 2018. Association with a sea anemone alters the skin microbiome of clownfish. Coral Reefs. 37(4):1119-1125.
In Review
- Feitosa LM^, Caughman AM^, D’Costa N, Orofino S, Burns ES, Bradley D. Retention prohibitions are likely insufficient to recover overfished shark populations. In Revision. Fish and Fisheries ^co-first authors
- Cabral RB, …, Caughman AM, … et al. A global network of marine protected areas for dive tourism. In Revision. Scientific Reports
In Prep
- Rosenberg EJ^, Bradley D, Gaines SD, Caughman AM. Fish movement capacity across life stages dictated by trait tradeoffs. ^undergraduate
Other Publications and Creative Products
- Bradley D^, Caughman A^, Fogg S, Cabral RB, Mayorga J, Goodell W, Millage KD, White TD. 2024. Marine Fish Movement [Dataset]. Dryad. https://doi.org/10.25349/D96C9M
- Caughman, A., Alexander, K., Munster, K. 2022. Visualizing Commercially Relevant Fish Home Range Sizes. https://emlab-ucsb.shinyapps.io/fish_homeranges/
- Caughman A., Weigel EG. 2021. Investigating human impacts on Southeastern US stream ecology using R. QUBES Educational Resources. doi:10.25334/P995-7G91
- Caughman AM. 2020. Variation in Coral Microbiome Composition and Transcriptional Activity of Three Corals over Diel Cycles [bachelor’s thesis]. Georgia Institute of Technology