If you're talking about the movie then its about a girl that wants a better life and she doesn't appreciate hers'. She then finds a passage that leads her to a new world . Everything seems fun and great and then later she finds out how the other world is really like and then if she wants to go back to her old world then she has to show appreciation for her old life. They have it in 3-D.
Coralline algae are a type of red algae that play a key role in reef ecosystems by helping to cement and stabilize coral reefs. They secrete calcium carbonate, which contributes to the development of reef structures and provides important habitat for various marine organisms. Coralline algae also contribute to the overall health and biodiversity of coral reef ecosystems.
The scientific name for coralline algae is within the genus Corallina. It is a type of red algae that belongs to the order Corallinales in the class Rhodophyceae.
Coralline algae obtain energy through photosynthesis, where they use sunlight to convert carbon dioxide and water into glucose and oxygen. They contain pigments like chlorophyll that enable them to capture sunlight for energy production.
Coralline algae primarily obtain energy through photosynthesis, using sunlight to make their own food. They extract nutrients from the surrounding seawater, including calcium and other minerals. They do not "eat" in the same way animals do but instead have specialized structures that allow them to absorb these nutrients for growth and survival.
There are several groups, including the reds (which include many seaweeds, including the coralline algae), greens (that include both marine, aquatic and terrestrial species, and are related to land plants), [ and the browns (which also include many seaweeds, including kelp). They are in the protista kingdom. They were first in the plantae kingdom and have moved a lot and been disputed about, but they have been decided to be in the protista kingdom. ]
Unlike brown and green algae, red algae can assume a great variety of colors. Xanthophylls like lutein yield yellow to orange hues. More typically, however, red algae appear red, violet or bluish due to the presence of accessory pigments like phycoerythrin and phycocyanin. Green prevails when the above colorations are lacking. Overlaping colors or high concentrations of pigments can cause rhodophytes to look brown or blackish. Coralline rhodophytes often appear chalk white.
H. William Johansen has written: 'Coralline algae, a first synthesis' -- subject(s): Coralline algae 'Morphology and systematics of coralline algae with special reference to Calliarthron' -- subject(s): Calliarthron, Coralline algae
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Coralline algae is classed as a red algae. Red algae is unique because it has adapted to be able to photosynthesise not only in light (producing O2) but also in darkness and at night (producing CO2). This means that coralline algae can still thrive in low light, as long as the water has a high enough oxygen content.
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Purple algae in a saltwater fish tank is likely coralline algae, a type of beneficial algae that adds color and beauty to the aquarium. Coralline algae are important for maintaining a healthy ecosystem as they compete with other nuisance algae for space and nutrients, ultimately helping to keep the tank clean. It is common for coralline algae to grow on hard surfaces like rocks, glass, and substrate in saltwater aquariums.
Individual cells of coraline algae are microsopic. Colonies vary in size greatly.
coralline algae
The scientific name for coralline algae is within the genus Corallina. It is a type of red algae that belongs to the order Corallinales in the class Rhodophyceae.
Coralline algae obtain energy through photosynthesis, where they use sunlight to convert carbon dioxide and water into glucose and oxygen. They contain pigments like chlorophyll that enable them to capture sunlight for energy production.
There are many plants found in the ocean. Some of these plants include kelp, seagrass, red algae, coralline algae, and coral.
they feed on a coralline algae which is usually pink or red and encrusts stones.
No, it is a red algae, phylum Rhodophyta class Rhodophyceae. They can look similar to corals because they secrete a calcium carbonate substance into their cell walls.