Table of Contents
Are Stingrays Autotrophs or Heterotrophs?
Directions
| Organism | Diet | Cellular Structure |
|---|---|---|
| Stingray | Heterotroph/Autotroph | Unicellular/Multicellular |
| Puffball | Heterotroph/Autotroph | Unicellular/Multicellular |
| Zooflagellate | Heterotroph/Autotroph | Unicellular/Multicellular |
| Green Iguana | Heterotroph/Autotroph | Unicellular/Multicellular |
What type of consumer is a manta ray?
Is a manta ray a primary consumer? the manta rays are the consumers of the plankton, sardines, and tuna. The plankton is from the plant kingdom.
Are manta rays omnivores?
Manta ray is a carnivore and filter-feeder. Its diet is based on the plankton, small fish, segmented worms and krill.
How does a manta ray eat?
Both species of manta ray are filter feeders: they swim with their mouths wide open, drawing in zooplankton and krill, which they sift through rows of tiny rakes that line their mouths called gill plates. Giant manta rays live alone or in small groups, typically congregating to feed.
Are Venus flytraps heterotrophs?
A Venus flytrap is a carnivorous autotroph. Unlike heterotrophs, it can harness sunlight for energy. The flies are important but not essential to its survival.
How are heterotrophs and autotrophs alike and different?
Both differ in their food consumption behavior, as autotrophic organisms make food on their own using sunlight, while heterotrophs depend on other organisms (either on plants or other heterotrophic animals) to consume food by killing them.
Are there two types of manta ray in the world?
For decades, scientists thought there was just one species of manta ray. In 2008, researchers discovered that there are actually two distinct species: the reef manta ray, which tends to live along coastlines in the Indo-Pacific, and the giant oceanic manta ray, which lives in all the world’s major oceans, spending most of its life far from land.
What kind of brain does a manta ray have?
Manta rays have the largest brain-to-size ratio of any cold-blooded fish. Studies have shown that manta rays may recognize themselves in the mirror, an ability indicative of high cognitive function, also shown by dolphins, primates, and elephants.
Why do manta rays return to the same station?
Many individual manta rays return to the same stations over and over. Manta rays have the largest brain-to-size ratio of any cold-blooded fish. Studies have shown that manta rays may recognize themselves in the mirror, an ability indicative of high cognitive function, also shown by dolphins, primates, and elephants.