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Using water-landing, fixed-wing UAVs and computer vision to assess seabird nutrient subsidy effects on sharks and rays. Remote Sensing in Ecology and Conservation, in press
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Clark, B. & Chaumel, J. & Johanson, Z. & Underwood, C. & Smith, M.M. & Dean, M.N. (2022)
Bricks, trusses and superstructures: Strategies for skeletal reinforcement in batoid fishes (rays and skates). Frontiers in Cell and Developmental Biology, 10, Article 932341
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Johanson, Z. & Underwood, C. & Coates, M.I. & Fernandez, V. & Clark, B. & Smith, M.M. (2021)
The stem-holocephalan Helodus (Chondrichthyes; Holocephali) and the evolution of modern chimaeroid dentitions. In: Ancient Fishes and their Living Relatives: a Tribute to John G. Maisey. Alan Pradel, John S. S. Denton & Philippe Janvier (eds.): pp. 205-214, Verlag Dr. Friedrich Pfeil, München, Germany
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Ontogenetic development of the holocephalan dentition: Morphological transitions of dentine in the absence of teeth. Journal of Anatomy, 239(3), 704–719
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Smith, M. & Manzanares, E. & Underwood, C. & Healy, C. & Clark, B. & Johanson, Z. (2020)
Holocephalan (Chondrichthyes) dental plates with hypermineralized dentine as a substitute for missing teeth through developmental plasticity. Journal of Fish Biology, 98(4), 1071
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Johanson, Z. & Manzanares, E. & Underwood, C. & Clark, B. & Section, V.F. & Smith, M. (2020)
Evolution of the Dentition in Holocephalans (Chondrichthyes) Through Tissue Disparity. Integrative and Comparative Biology: 60(3): 630–643
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Smith, M.M. & Underwood, C. & Clark, B. & Kriwet, J. & Johanson, Z. (2018)
Development and evolution of tooth renewal in neoselachian sharks as a model for transformation in chondrichthyan dentitions. Journal of Anatomy, 232(6), 891–907
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Dean, M.N. & Bizzarro, J.J. & Clark, B. & Underwood, C.J. & Johanson, Z. (2017)
Large batoid fishes frequently consume stingrays despite skeletal damage. Royal Society Open Science, 4, Article 170674
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