The results of both types of analysis indicate that the morphological and biomechanical adaptations associated with damselfish planktivory represent a major component of their trophic diversification.
Certain training methods combine different exercise modes (e.g., weight training, plyometric training, and sport-specific force-based actions) and allow for optimal power development and transfer to athletic activities due to both the neural and morphological adaptations typically associated with advanced training [25].
Furthermore, the similar morphological composition of the mouthparts in both families highlights the convergence in mouthpart adaptations associated with nectar feeding from long-tubed flowers using an extremely long proboscis.
Most explanations for the enormous species diversity of holometabolous insect clades that have dominated the earth's terrestrial ecosystems since the Jurassic feature 'key innovations', such as adaptations associated with feeding on vascular plants, separation of adult, larval, and pupal stages, or morphological developments like the 'wasp waist', beetle elytron, and fly puparium [ 8, 57- 59].
Although several explanations can be offered to clarify the greater adaptations associated with a wide range of velocities observed after the high-load/low-velocity strength training program, the most likely explanation is the occurrence of changes in neural and morphological factors associated with this type of training (e.g., increases in RFD, muscle mass, and/or fiber pennation angle).
army ants and to infer the evolutionary transitions in foraging niche and associated morphological adaptations.
Also in accordance with ecological adaptation as a drive to diversification is the marked morphological diversity of megabats, such as the high variance in body size, as compared to the other bat families [ 68] and the independent evolution of nectarivorous habits and associated morphological adaptations in several of the pteropodid clades.
Variations in environmental signals, including temperature, water levels, solar radiation, biotic interactions and resource availability, are often unpredictable and need to be integrated and transduced to changes in gene expression, which may then be associated with physiological and/or morphological adaptations (Ahuja et al., 2010; Weston et al., 2008).
Include a table on the map that associates different morphological adaptations and ecological conditions.
