marine invertebrates anatomy & physiology survey, pt. 1

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Marine Invertebrates Anatomy & Physiology Survey, pt. 1 Phylum Porifera – The ____________________ Use Living Ocean, pp.146-155. Comparison between natural and synthetic sponge texture. Draw and label. Determine which is more absorbent. Describe how you did this. Drawing from p.153. Drawing from life. Show how water moved through your sponge. What kind of symbiosis often involves sponges? Answer questions 6,7,9,12 on p. 157.

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Marine Invertebrates Anatomy & Physiology Survey, pt. 1. Phylum Porifera – The ____________________ Use Living Ocean, pp.146-155. Comparison between natural and synthetic sponge texture. Draw and label. Determine which is more absorbent. Describe how you did this. Drawing from p.153. - PowerPoint PPT Presentation

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Page 1: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Marine Invertebrates Anatomy & Physiology Survey, pt. 1

• Phylum Porifera – The ____________________• Use Living Ocean, pp.146-155.• Comparison between natural and synthetic

sponge texture. Draw and label. • Determine which is more absorbent. Describe

how you did this.• Drawing from p.153. • Drawing from life. Show how water moved

through your sponge.• What kind of symbiosis often involves sponges?• Answer questions 6,7,9,12 on p. 157.

Page 2: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Marine Invertebrates – Anatomy & Physiology Survey, pt.2

• Phylum Cnidaria – includes __________, _____ __________, and __________.

• Use pp.159 - 177

• Draw a nematocyst from fig 3-3, p. 162.

• Draw fig. 3-7, p. 167.

• Draw fig. 3-6, p. 166.

• Where’s the cnidarian’s ‘brain’?

Page 3: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Marine Invertebrates – Anatomy & Physiology Survey, pt. 3

• Read pp. 200 – 201.• Worms: What two phyla include

marine worms?• How is their body plan different

from Cnidarians and Poriferans?

• What kind of marine lifeform are the worms?

• Fill in the worm sections on your Phylum Characteristics Chart.

Page 4: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

http://www.starfish.ch/c-invertebrates/flatworms.html

Page 5: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

“Flat Out” Reproduction

Page 6: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Marine Invertebrates – Anatomy & Physiology Survey, pt. 4

Phylum Mollusca – includes 4 classes. Give names and examples. Name and describe the 3 basic characteristics of mollusks.Lifestyles of the Beautiful and Benthic:

What is the diet of these organisms… (list food items, then write ______vore)

1. Lightning Whelk2. Atlantic Moon Snail3. Conch4. Abalone5. Cowrie6. Olive7. Florida Auger Snail (Terebra floridana)8. Murex Snail9. Chiton10. Limpet

Page 7: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Lightning WhelkBusycon perversum pulleyi

Diet: consume bivalves (invertebrates with two shells), especially oysters, clams, and scallops

Page 8: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Atlantic Moon SnailNeverita duplicata

Diet: other mollusks, especially clams, by drilling a hole with its radula through the shell and at the same time secreting an acidic substance that softens the shell.

Page 9: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Conch Strombus gigas http://www.breef.org/OurMarineResources/Conch/tabid/55/Default.aspx

Diet: eats algae off of rocks

Page 10: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Abalone

Eats Marine Algae

Page 11: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Cowrie

As a group, cowries eat a wide variety of things from algae, sponges to scavenging and carnivorous cowries that eat other snails. Each has a radula adapted to its particular prey.

Page 12: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Olive

Olive snails are predators. They feed on other snails, small crustaceans and also scavenge on dead animals. An Olive snail remains in the sand while it sticks its siphon above the surface. When it 'smells' suitable prey, it emerges to engulf the prey with its large foot, smothering it with slime and then dragging it beneath the sand to be eaten at leisure.

Page 13: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Florida Auger

Auger snails have a poison gland, and a harpoon-like “tooth” which can be ejected from the proboscis to stab worms and small fish.

Page 14: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Murex

They eat other snails and clams, as well as coral!

Page 15: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Chitons and Limpets

They eat algae, bryozoans, diatoms and sometimes bacteria by scraping the rocky substrate with their well-developed radula.

They eat different types of algae such as microscopic seaweed.

Page 16: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Lifestyles of the Gooey, Gross and Angelic:

Look up pictures of living geoducks, angelwings, and Eastern Oysters. On the geoducks and angelwings, what is the structure that stands out? What is its purpose? Why does the oyster not have this?

Page 17: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Eastern Oyster Crassostrea virginica

Page 18: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

AngelwingCyrtopleura costata

Page 19: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Geoduck Panopea generosa

The long siphon with which the geoduck feeds on tiny marine animals cannot be pulled inside its shell. Geoducks often burrow into the sand to a depth of four feet (1.2 m). Their reddish flesh is considered a delicacy.

http://wdfw.wa.gov/fishing/shellfish/geoduck/howto_dig.html

Page 20: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Marine Invertebrates – Anatomy & Physiology Survey, pt. 5

Lifestyles of the Intelligent and Tentacled: • Besides the squids and octopi, there are many other

cephalopods. Name two other extant as well as two extinct examples.

• Draw an Octopus eye in cross-section. How does this compare with ours?

• Squids and octopi are all predators. What do their mouths look like? Draw a cephalopod mouth. How is this different from the gastropods?

• How does a Chambered Nautilus swim and maintain buoyancy?

• Since only the shells of fossil cephalopods have been preserved, how do we know that they were actually “tentacle-heads”?

• What evidence is there that Cephalopods are the most intelligent of invertebrates?

Page 21: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Cuttlefish

Page 22: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Chambered Nautilus

Page 23: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Adios, Ammonites!

Page 24: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

The eyes have it…(what differences do you see?)

Page 25: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Mollusk Mouths

Page 26: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Mollusk Reproduction – sexual with a twist!

Page 27: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Pelecypods have male and female genders, but fertilization can be internal (some clams) or external (other clams and oysters)

Page 28: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Cephalopods have well-defined sexes…

Males leave a packet of spermatophores Inside female.

Page 29: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

…while some gastropods are hermaphroditic (and others have distinct genders)

Page 30: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Marine Invertebrates – Anatomy & Physiology Survey, pt. 6

• Phylum Arthropoda – includes the Class Malocostraca – the _____________. Characteristics of Class Malacostraca - exoskeleton made up of __________. - 2 body segments - __________ and ________. - _____ pairs of antennae (__________ function) - _____ pairs of mouthparts (__________ function) - _____ pairs of thoracic legs (__________ function) - _____ pairs of abdominal legs ( ________ function) - ____ pair of gonophore ( ____________ function) - Eyes stalked or sessile

Page 31: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Crustacean Diversity

Page 32: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Crustacean Reproduction

• Find out how crustaceans reproduce. Draw a life cycle, being sure to include drawings of actual baby crabs.

• What kind of lifestyle do most crustaceans live as adults? As babies?

• Construct a cladogram showing the relationship of these local crustaceans: Blue Crab, Fiddler Crab, Hermit Crab, Barnacle, Brown Shrimp, and Spiny Lobster.

Page 33: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Lobster Reproduction

Page 34: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Crab Life Cycle

Page 35: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Barnacle Life Cycle

Page 36: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Marine Invertebrates – Anatomy & Physiology Survey, pt. 7

• Phylum Echinodermata – includes 5 classes. Give Names and Examples.

• ALL echinoderms are __________. They are also all ______________ as adults.

• Draw the life cycle of an echinoderm. How do the life stages differ regarding symmetry?

• All adult echinoderms have a “star” pattern present in their skeleton. What is the term for this?

• What are tube feet, what is their function, and how do they work?

• What do you have in common (developmentally) with an echinoderm?

Page 37: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Diversity of Echinoderms

 Class: Asteroidea Class: Ophiuroidea

Class: Echinoidea

Class: CrinoideaClass: Holothuroidea

Page 38: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Echinoderm Life Cycle

Page 39: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

So what do we have in common with STARFISH?

Page 40: Marine Invertebrates Anatomy & Physiology Survey, pt. 1

Marine Invertebrates – Anatomy & Physiology, Part 8

• Phylum Chordata – includes the vertebrates as well as some invertebrates.

• Go to http://step.nn.k12.va.us/science/zo/ppt/Invertebrate_Chordates.ppt and take notes.