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Phenotypic outcomes of predator–prey coevolution are predicted by landscape variation in climate and community composition, , , , , , , and . Functional Ecology, 37 (8): 2170-2180 (2023)The geographic mosaic in parallel: Matching patterns of newt tetrodotoxin levels and snake resistance in multiple predator–prey pairs, , , , , , , , , and . Journal of Animal Ecology, 89 (7): 1645-1657 (2020)Patterns, Process, and the Parable of the Coffeepot Incident: Arms Races Between Newts and Snakes from Landscapes to Molecules. In the Light of Evolution: Essays from the Laboratory and Field, Roberts and Company, (2010)Phenotypic Mismatches Reveal Escape from Arms-Race Coevolution, , and . PLoS Biology, 6 (3): e60 (March 2008)The geographic mosaic of arms race coevolution is closely matched to prey population structure, , , , and . Evolution Letters, 4 (4): 317-332 (2020)Convergent adaptation to dangerous prey proceeds through the same first-step mutation in the garter snake Thamnophis sirtalis, , , and . Evolution, 71 (6): 1504-1518 (2017)Costs of exploiting poisonous prey: Evolutionary trade-offs in a predator-prey arms race, and . Evolution, 53 (2): 626-631 (1999)Phenotypic Mismatches Reveal Escape from Arms-Race Coevolution, , and . PLOS Biology, 6 (3): 1-12 (March 2008)Parallel Evolution of Tetrodotoxin Resistance in Three Voltage-Gated Sodium Channel Genes in the Garter Snake Thamnophis sirtalis, , , , , , , and . Molecular Biology and Evolution, 31 (11): 2836-2846 (August 2014)Conspicuous coloration of toxin-resistant predators implicates additional trophic interactions in a predator–prey arms race, , , , , and . Molecular Ecology, 32 (16): 4482-4496 (2023)