Exhibit Route
Estimated visit time: 5–8 minutes
- Read the curator note.
- Study the featured object records.
- Answer the visitor questions.
- Continue to a related learning path.
Curator Note
Skulls are among the most useful entry points into comparative anatomy. They are compact, durable, and rich with visible evidence. Tooth shape, jaw structure, eye placement, and muscle attachment areas can all help visitors understand how animals feed, sense, and move through their environments. This exhibit does not treat skulls as curiosities. It treats them as teaching objects. A skull becomes educational when it is compared, labeled, questioned, and placed in context.
Panel 01
Why skulls are teaching objects
A skull brings together teeth, jaws, sensory openings, muscle attachment areas, and protective structures in one teaching object. This makes it a strong starting point for comparative anatomy.
Look closely
Find the teeth, eye socket, jaw joint, and cheek region. These areas help connect visible structure with feeding and sensory orientation.
Visitor question
Which part of the skull gives you the first clue about how the animal may have eaten?
Panel 02
Eyes forward, eyes sideways
Orbit placement can support discussion of field of view and depth perception, but it should be treated as one clue among many.
Look closely
Compare whether the eye sockets face more forward or more sideways.
Visitor question
What might eye placement suggest, and what can it not prove by itself?
Panel 03
Canines, incisors, and molars
Tooth shape is often the fastest way to begin a diet comparison. Cutting, gripping, tearing, crushing, and grinding leave different forms.
Look closely
Are the cheek teeth blade-like, flat, pointed, or rounded?
Visitor question
Which tooth shape seems best for grinding? Which seems best for shearing?
Panel 04
Jaw motion: slicing vs grinding
Jaw form and tooth surface work together. Some skulls suggest strong vertical biting, while others support grinding or side-to-side motion.
Look closely
Look at the jaw depth and the chewing surfaces.
Visitor question
What kind of motion would make these teeth most useful?
Panel 05
What a skull cannot tell us
Skull features provide clues, not complete life histories. Diet, behavior, age, sex, ecology, and evolutionary history should be interpreted together.
Look closely
Find one feature that suggests a useful clue and one thing the skull does not show.
Visitor question
What should visitors avoid over-interpreting from skull shape alone?
Interpretation Caution
Skull features provide clues, not complete life histories. Diet, behavior, age, sex, ecology, and evolutionary history should be interpreted together. This exhibit uses skulls for teaching comparison, not full taxonomic identification.
For Teachers
10-minute discussion: compare two skulls. 15-minute activity: identify three visible differences and connect each to a possible feeding behavior. Worksheet coming soon.
Featured Objects
Sources and Further Reading
- Anatomy Steward Collection Scope — Scope and Version 1 boundaries
- Anatomy Steward Catalog Numbering Policy — Catalog and record numbering explanation
Key Questions
- How do skulls reveal feeding strategy?
- What can teeth tell us about diet?
- How does eye placement relate to ecological function?
You completed this exhibit
You practiced careful museum-style observation and interpretation.
- Comparing object features
- Reading anatomical form cautiously
- Connecting form with function
- Avoiding over-interpretation