ANTHRO140 UCBerkeley Evolutionary Development Assignment answer the follow question if it needs please use the graphno words requirement just answer the qu

ANTHRO140 UCBerkeley Evolutionary Development Assignment answer the follow question if it needs please use the graphno words requirement just answer the question Comprehensively and correctly totally 6 pictures I will upload final one when you start it A 140 TH #1 – NAME
M-W TUE
What are some of the deep adaptations of dolphins, zebras, and lions?
circle one
Handwrite all text of your answers on the question pages provided. You may continue answers on the back of each page if necessary. Also, you can
illuminate your answers with additional handwritten text, labelled illustrations, drawings, diagrams, photos, or prints on BOTH sides of up to THREE
additional 872″ x 11″ sheets of paper. Make sure all are clearly labelled. CONCISE, ACCURATE ANSWERS WILL RECEIVE BETTER GRADES
DOLPHINS: 1 Illuminate (investigate, draw or diagram, label, and describe) the evolutionary development of the deep adaptations (adaptations
inherited from a deep evolutionary past
) present in the cranial anatomy of a typical
dolphin including: 1. the “telescoped” cranial and facial bones and
features, including 2. Adaptations for aquatic breathing and sound generation (nasal opening (blowhole), lungs, air passages, phonic lips, melon, etc.)
3. Adaptations for aquatic hearing involved in echolocation, communication, etc.) Be sure to explain how sound waves pass from the sound
generating system into the water, are reflected off of objects and back through the water, through the mandibular “acoustic window” to the fat pad in
hollow mandible, up to the auditory bullae with its involucrum, into the fluid in the cochlea to stimulate tiny hairs to send nerve signals up the auditory
nerves to where the signals are sensed (experienced”) in the dolphin’s brain.
DOLPHINS: 2 Illuminate (investigate, draw or diagram, label, and describe) the evolutionary development of the deep adaptations for aquatic
locomotor (swimming} present in a typical DOLPHIN. Include the torpedo shaped body, front limb {flipper for steering}, hind limb {vestigial}, spine
{flexibility, musculature, flexion-extension motion of the tail (flukes}, etc.
ZEBRAS: 1 Illuminate (investigate, draw/diagram/print, label, and describe) the evolutionary development of each of the following deep adaptations,
adaptive patterns that ZEBRAS have inherited from their deep evolutionary past.
Pelage (hairlfur: tactile sensitivity, insulation, physical protection, protective coloration, etc.)
Olfactory system (nostrils, turbinal bones, Jacobson’s organ, olfactory bulb of brain, etc.)
Auditory (hearing) system (pinnae, ear tube, ear drum, ear ossicles, inner ear {especially the cochlea)
ZEBRAS: 2 Illuminate (investigate, draw/diagram/print, label, and describe) the evolutionary development of each of the following deep adaptations,
adaptive patterns that ZEBRAS have inherited from their deep evolutionary past.
Visual system (eyes: pupil, lense, retina, tapetum lucidum, etc. ALSO: orbit placement, visual field, etc.)
Food gathering system (vibrissae, nostrils, lips, tongue, incisors, etc.) and masticatory (chewing) systems (tongue, jaws, jaw muscles, dentition, etc.)
Unguligrade locomotor system (pectoral girdle – front limb, pelvic girdle, hind limb, lumbar vertebrae, etc.)
LIONS: 2 Illuminate (investigate, drawldiagram/print, label, and describe) the evolutionary development of each of the following deep adaptations,
adaptive patterns that LIONS have inherited from their deep evolutionary past.
Visual system (eyes: pupil, lense, retina, tapetum lucidum, etc. as well as orbit placement, visual field, etc.)
Masticatory system (lips, tongue, jaws, jaw muscles, anterior dentition {Incisors, canines,}, posterior dentition (carnassial cheek teeth}
Digitigrade locomotor and prey capturing system (scapula, front limb and foot, front paw with retractable claws, pelvis, hind limb and foot, flexible
spine, etc.)

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