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The morpho-functional evolution of bird beaks and skulls
Rayfield, Emily J
(Principal Investigator)
School of Earth Sciences
Palaeobiology
Overview
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Research Outputs
(7)
Fingerprint
Explore the research topics touched on by this project. These labels are generated based on the underlying awards/grants. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Shape
100%
Variation
94%
Extinction
81%
Radiation
60%
Dinosaur
59%
Bird
59%
Morphology
54%
Crocodile
54%
Evaluation
54%
Implication
54%
Herbivore
40%
Late Triassic
36%
Raptor
32%
Size
32%
Contrast
31%
Constraint
29%
Feeding Ecology
29%
Response
27%
Angiosperm
27%
Biodynamics
23%
Selection
21%
Agricultural and Biological Sciences
Birds
70%
Shape
54%
Beak
54%
Width
54%
Owl
54%
Length
43%
Raptor
32%
Allometry
32%
Tibiotarsus
32%
Femur
21%
Medicine and Dentistry
Muscle
63%
Soft Tissue
59%
Computer Assisted Tomography
59%
Dissection
54%
Tissue (Anatomy)
54%
Hard Tissue
54%
Evaluation Study
54%
Skull
29%