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The functional morphology of the jaw apparatus in the black guillemot (Cepphus grylle) and the thick-billed (Uria lomvia) and common (Uria aalge) murres

The specific features of the murres’ adaptation to fishing, including morphofunctional prerequisites for forage segregation of the two murre species, are understandable as the basis of their sympatric existence.
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The effect of grazing on the flora and vegetation of petrophytic steppes in the southern the border of the Nature Park "Kandry-Kul"

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The functional morphology of the jaw apparatus in the black guillemot (Cepphus grylle) and the thick-billed (Uria lomvia) and common (Uria aalge) murres

The specific features of the murres’ adaptation to fishing, including morphofunctional prerequisites for forage segregation of the two murre species, are understandable as the basis of their sympatric existence.
Springer (opens in a new tab)

Functional Morphology and Adaptive Significance of the Jaw Apparatus of the Parakeet Auklet (Aethia psittacula, Alcidae)

The mechanical and biological effects of the distinctive bill structure in the parakeet auklet have been analyzed and equilibrium is achieved without the need for disabling the posterior or anterior parts of the dorsal adductor of the lower jaw.
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Functional morphology and adaptive features of the jaw apparatus in puffins (Fraterculini, Alcidae, and Charadriiformes)

In the tufted puffin (F. cirrhata), maximal development of the aponeurotic framework in the jaw muscles is observed, as is a decreased range of cranial kinetics due to the complication of the pseudotemporalis profundus muscle, which increases its available force to the detriment of the contraction amplitude.
Springer (opens in a new tab)

Functional morphology and adaptive features of the jaw apparatus in puffins (Fraterculini, Alcidae, and Charadriiformes)

In the tufted puffin (F. cirrhata), maximal development of the aponeurotic framework in the jaw muscles is observed, as is a decreased range of cranial kinetics due to the complication of the pseudotemporalis profundus muscle, which increases its available force to the detriment of the contraction amplitude.
Springer (opens in a new tab)
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