Data from: Biting disrupts integration to spur skull evolution in eels

David C. Collar, Peter C. Wainwright, Michael E. Alfaro, Liam J. Revell & Rita S. Mehta
The demand that anatomical structures work together to perform biological functions is thought to impose strong limits on morphological evolution. Breakthroughs in diversification can occur, however, when functional integration among structures is relaxed. Although such transitions are expected to generate variation in morphological diversification across the tree of life, empirical tests of this hypothesis are rare. Here we show that transitions between suction-based and biting modes of prey capture, which require different degrees of coordination...
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