![10. PHYLUM CHORDATA Dorsal Notochord-long rod that supports the body-becomes the vertebrae in most. Dorsal Nerve cord-becomes the central nervous system. - ppt download 10. PHYLUM CHORDATA Dorsal Notochord-long rod that supports the body-becomes the vertebrae in most. Dorsal Nerve cord-becomes the central nervous system. - ppt download](https://slideplayer.com/726497/2/images/slide_1.jpg)
10. PHYLUM CHORDATA Dorsal Notochord-long rod that supports the body-becomes the vertebrae in most. Dorsal Nerve cord-becomes the central nervous system. - ppt download
![SOLVED: discuss the main features of Chordates and give at least three examples of organisms that belong to the phylum Chordata. SOLVED: discuss the main features of Chordates and give at least three examples of organisms that belong to the phylum Chordata.](https://cdn.numerade.com/ask_previews/0d7dbb0c-1628-4ad1-9fcf-4726c7f8062f_large.jpg)
SOLVED: discuss the main features of Chordates and give at least three examples of organisms that belong to the phylum Chordata.
![Chordate morphology. Morphology (Animals); Chordata. centrum'' haemapophysrs / parapophysis notochord A AMPHIBIAN "URTYPE" vertebral artery^ horizontal septum drapophysis ,„-^. B AMNIOTES Figure 6-73. Dorsal and ventral ribs and their ... Chordate morphology. Morphology (Animals); Chordata. centrum'' haemapophysrs / parapophysis notochord A AMPHIBIAN "URTYPE" vertebral artery^ horizontal septum drapophysis ,„-^. B AMNIOTES Figure 6-73. Dorsal and ventral ribs and their ...](https://c8.alamy.com/comp/RJ4YEJ/chordate-morphology-morphology-animals-chordata-centrum-haemapophysrs-parapophysis-notochord-a-amphibian-quoturtypequot-vertebral-artery-horizontal-septum-drapophysis-b-amniotes-figure-6-73-dorsal-and-ventral-ribs-and-their-relationships-to-the-centrum-and-neural-arch-in-the-primitive-amphibian-vertebra-a-and-the-typical-amniote-vertebra-b-after-naef-1929-thoracic-cavity-which-in-the-mammal-functions-in-respiration-in-other-amniotes-these-rib-walls-function-in-support-of-the-body-which-frequently-lies-pressed-against-the-ground-in-aquatic-forms-or-small-typ-RJ4YEJ.jpg)
Chordate morphology. Morphology (Animals); Chordata. centrum'' haemapophysrs / parapophysis notochord A AMPHIBIAN "URTYPE" vertebral artery^ horizontal septum drapophysis ,„-^. B AMNIOTES Figure 6-73. Dorsal and ventral ribs and their ...
![Chordate morphology. Morphology (Animals); Chordata. B AMNIOTES Figure 6-73. Dorsal and ventral ribs and their relationships to the centrum and neural arch in the primitive amphibian vertebra. A, and the typical Chordate morphology. Morphology (Animals); Chordata. B AMNIOTES Figure 6-73. Dorsal and ventral ribs and their relationships to the centrum and neural arch in the primitive amphibian vertebra. A, and the typical](https://c8.alamy.com/comp/RJ4YDT/chordate-morphology-morphology-animals-chordata-b-amniotes-figure-6-73-dorsal-and-ventral-ribs-and-their-relationships-to-the-centrum-and-neural-arch-in-the-primitive-amphibian-vertebra-a-and-the-typical-amniote-vertebra-b-after-naef-1929-thoracic-cavity-which-in-the-mammal-functions-in-respiration-in-other-amniotes-these-rib-walls-function-in-support-of-the-body-which-frequently-lies-pressed-against-the-ground-in-aquatic-forms-or-small-types-such-as-the-living-amphibians-the-ribs-are-not-important-for-support-but-are-utilized-in-the-functioning-of-the-axial-musculature-su-RJ4YDT.jpg)