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What else can I help you with?
What level of organization in missing in sponges?
tissues, organs, and organ system
What type of organism has the simplest level of organization?
Sponges
Sponges are said to be at the what level of organization?
Sponges are at the tissue level of organization. They lack organs and organ systems, instead having specialized cells grouped together to perform specific functions.
The highest level of organization in sponges found in coral reefs is their?
Cnidaria or poricnid
What is the highest level of organization a sponge has?
The highest level of organization a sponge has are Cells.
How do sponges replace missing parts?
well a big choad
What is the lowest level of organization that an animal can have?
Sponges are the most primitive animals, therefore, they have the lowest structural organization. Hope this helps!
Which animals can produce body parts when it is missing?
starfish sponges sea cucumber others
What are the four levels of organization in a animal?
Cellular level of organisation means when the animal body formed by many cells but the cell show no-coordination to form a tissue . Eg- sponges
WHAT is the largest level of individual of organization?
The organism. The levels of organization of an individual from smallest to greatest are: atoms, molecules, cells, tissues, organs, organ systems, and organism. Not all organisms have all levels of organization, such a bacteria, protists, sponges, and more.
How are cnidarians more advanced then jellyfish?
Sponges are less complex because they are just made of individual cells. There is no level of organization past cells in sponges. Cnidarians, on the other hand, have tissues, a higher level of organization. Tissues allow for some forms, like box jelly fish, to have eyes (this is just one of many advantages of tissues). Cnidarians' level of organization stops there though, they have no organs (heart, brain, etc.).
Why are pinocoderm and choanoderm in sponges not considered as tissues?
Pinacoderm and choanoderm in sponges are not considered true tissues because they lack the level of organization and specialization found in true tissues. The pinacoderm serves as a protective outer layer, while the choanoderm consists of flagellated cells that aid in water circulation and feeding, but both layers are not composed of tightly bound cells with defined functions. Instead, they retain a more simple, cellular organization characteristic of the primitive body plan of sponges, which do not have the complex tissue structures seen in more advanced animals.
