Mollusca
![](https://phylogame.org/wp-content/themes/phylo/img/generated-card-images/br-D7EDC7-ocean-ocean-ocean-1.png)
Caracol Pala
Lobatus gigas![Scale 6](https://phylogame.org/wp-content/themes/phylo/img/num/6.png)
![Diat: herbivore , Hierachy 2](https://phylogame.org/wp-content/themes/phylo/img/num/herbivore2.png)
![](https://live.staticflickr.com/65535/49712878653_76c2a8ae0b_o_d.jpg)
6 POINTS
El Movimiento: 2
Dato: También conocida como Concha reina, esta especie de caracol se encuentra en todo el mar Caribe.
![](https://phylogame.org/wp-content/themes/phylo/img/generated-card-images/br-EAE7C2-tundra-ocean-ocean-1.png)
Pacific Littleneck Clam
Leukoma staminea![Scale 4](https://phylogame.org/wp-content/themes/phylo/img/num/4.png)
![Diat: carbon-macromolecules , Hierachy 1](https://phylogame.org/wp-content/themes/phylo/img/num/carbon-macromolecules1.png)
![](https://live.staticflickr.com/65535/47994930502_babb9db185_o_d.jpg)
3 POINTS
PLAY: LittleNeck Clam has a MOVE of 1. This clam is a filter feeder, and can be considered prey for carnivores.
FACT: The Pacific Littleneck Clam’s concentric rings can be used to determine their age.
![](https://phylogame.org/wp-content/themes/phylo/img/generated-card-images/br-B5F2E0-ocean-ocean-ocean-1.png)
Variable Neon Slug
Nembrotha kubaryana![Scale 5](https://phylogame.org/wp-content/themes/phylo/img/num/5.png)
![Diat: carbon-macromolecules , Hierachy 2](https://phylogame.org/wp-content/themes/phylo/img/num/carbon-macromolecules2.png)
![](https://farm4.staticflickr.com/3888/19185709775_1d0ccd8294_o_d.jpg)
![](https://upload.wikimedia.org/wikipedia/commons/thumb/5/52/Nembrotha_kubaryana_%28Nudibranch%29.jpg/640px-Nembrotha_kubaryana_%28Nudibranch%29.jpg)
10 POINTS
Play: This slug has a MOVE of 1 and can only feed off of SPECIES cards with class ASCIDIACEA.
Fact: This slug can store, in its tissues, the toxins from the ascidians it eats and then can release them in a slimy defensive mucus when alarmed.
![](https://phylogame.org/wp-content/themes/phylo/img/generated-card-images/br-F2E4CB-ocean-ocean-ocean-1.png)
Giant Cuttlefish
Sepia apama![Scale 6](https://phylogame.org/wp-content/themes/phylo/img/num/6.png)
![Diat: carnivore , Hierachy 3](https://phylogame.org/wp-content/themes/phylo/img/num/carnivore3.png)
![](https://farm1.staticflickr.com/476/19179649772_aa2d291ce3_o_d.jpg)
![](https://upload.wikimedia.org/wikipedia/commons/e/e0/Sepia_apama_2.jpg)
8 POINTS
Play: The Giant Cuttlefish has a MOVE of 2.
Fact: Using cells known as chromatophores, the cuttlefish can put on spectacular displays, changing color in an instant.
![](https://phylogame.org/wp-content/themes/phylo/img/generated-card-images/br-E8E8E8-ocean-ocean-ocean-1.png)
Octopus
Octopus genus![Scale 7](https://phylogame.org/wp-content/themes/phylo/img/num/7.png)
![Diat: carnivore , Hierachy 3](https://phylogame.org/wp-content/themes/phylo/img/num/carnivore3.png)
![](https://farm8.staticflickr.com/7622/16864039947_55dd933574_o_d.jpg)
![](http://upload.wikimedia.org/wikipedia/commons/thumb/d/d2/Octo2.jpg/640px-Octo2.jpg)
9 POINTS
Play: An octopus has a MOVE of 2.
Fact: Darwin collected many samples along the coast of the Cape Verde Islands, and commented: “I took several specimens of an Octopus, which possessed a most marvellous power of changing its colours; equalling any chamaelion.”
![](https://phylogame.org/wp-content/themes/phylo/img/generated-card-images/br-EDEDDE-ocean-ocean-ocean-1.png)
Common Octopus
Octopus vulgaris![Scale 7](https://phylogame.org/wp-content/themes/phylo/img/num/7.png)
![Diat: carnivore , Hierachy 3](https://phylogame.org/wp-content/themes/phylo/img/num/carnivore3.png)
![](https://farm8.staticflickr.com/7620/16669940239_2e97081471_o_d.jpg)
8 POINTS
Play: The Common Octopus has a MOVE of 2.
Fact: The Common Octopus is able to colour blend with its surroundings.