Plants and green algae both have the same types of organelles. This is because they both are able to create their own food.
Sunlight gives off UV rays, which plants absorb to turn into energy. This energy is called ATP. In order for photosynthesis to occur, ATP must be present. Because light comprises of all the colors of the Visible Light Spectrum, or Rainbow, all colors EXCEPT green are absorbed into the chlorophyll. Green is the color reflected and transmitted back, and that is why we see green in plants. (There's a whole lot more, but that's the basics).
same in the world
An alliteration is the use of the same letter or sound at the beginning of a series of words. In this case, both green and grape begin with the same letter. Another example might be something like: Green grapes are great gourmet goodies.
The Dragon is Purple with a red/pink touch to it
Normal types are strong against ghost types but at the same time they can't effect ghost types. Normal types have no strengths against any other type.
Plants and green algae have the same types of chlorophyll and carotenoids in their cells so scientists think plants and green algae have a common ancestor.
Plants and green algae both have the same types of organelles. This is because they both are able to create their own food.
Many scientists believe that ancient green algae evolved into land plants. The chloroplasts present in green algae are the same as those of land plants. In addition, green algae have cell walls of similar composition to land plants; both store food, such as starch, in the same manner. Most green algae live in freshwater habitats with highly variable conditions. The ongoing changes in their environment have made them highly adaptable.what-evidence-has-led-scientists-to-believe-land-plants-evolved-from-green-algae
Green and red algae are in the same eukaryotic supergroup as land plants.
The theory of plants evolution that started from multicellular green algae is supported with evidence. First, the color and shape of small plants is similar with the green algae. Also, reproductive cycle , cell walls, the photosynthetic pigments are the same.
they have the same photosynthetic pigments.
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Non-vascular plants
The basis for a new plant kingdom is the remarkable morphological and molecular similarities between green algae and traditional plants.-Viridiplantae would include these green photosynthetic plant like protists in the same category as traditional plants.
Charophyceae is considered (the green algae) ancestor for land plants. Here's why(similarities): 1)Chloroplast structure:- Chloroplast DNA is closely matched 2)Biochemistry:- Cell walls-Rosette cellulose 3)mitosis:- Phragmoplast is present during cell plate formation
Algae is not a type of mold. Algae is an organism that is far different in its function than mold.
The major difference between plants and algae is that plants have connective tissues for the transportation of water in the entire plant body while every cell of algae absorbs water from the source on its own. There is no connective tissue is algae. Secondly, the reproduction system of plants is more developed while that of algae is primitive. Thirdly, algae can be single-celled while plants are multicellular organisms. Another area of difference between plants and algae is photo respiration. Moreover, it is argued by the scientists that algae and plants may share the same ancestor but algae cannot be classified as plants.