What are Chrysophytes?
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< The golden algae or chrysophytes are a large group of heterokont algae, found mostly in freshwater. Originally they were taken to include all such forms except the diatoms and multicellular brown algae, but since then they have been divided into several different groups based on pigmentation and cell structure. They are now usually restricted to a core group of closely related forms, distinguished primarily by the structure of the flagella in motile cells, also treated as an order Chromulinales. It is possible membership will be revised further as more species are studied in detail. They come in a variety of morphological types, originally treated as separate orders or families.
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Most algae are unicellular. Some Fungi are unicellular plants too. You do have other plant-like protists which are also unicellular but I'm not sure f they are classified as true plants. You can always check an encyclopedia for more details on any of these.
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http://en.wikipedia.org/wiki/Phytophthora
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Google "Maidenhair fern", then click "images" above the text box\n\nOr follow this link:  http://images.google.com/imgres?imgurl=http://www.blueshoenashville.com/wf143.jpg&imgrefurl=http://www.blueshoenashville.com/wf143.html&h=500&w=500&sz=48&tbnid=FWdUUjbjKixe-M:&tbnh=127&tbnw=127&hl=en&start=2&prev=/images%3Fq%3Dmaidenhair%2Bfern%26svnum%3D10%26hl%3Den%26lr%3D%26rls%3DSUNA,SUNA:2006-16,SUNA:en%26sa%3DN
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Phycology \nHeres the "Phycological Society of America" http://www.psaalgae.org/
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The Bacillariophyta are the diatoms. With their exquisitely beautiful silica shells, or frustules such as that of Odontella diatoms are among the loveliest microfossils. They are also among the most important aquatic microorganisms today: they are extremely abundant both in the plankton and in sediments in marine and freshwater ecosystems, and because they are photosynthetic they are an important food source for marine organisms. Some may even be found in soils or on moist mosses.bacillariophyta are Autotrophic and they eat brown chloroplasts.Autotrophic means that they are capable of utilizing inorganic carbon as the main source of carbon and of obtaining energy for life processes from the oxidation of inorganic elements (chemotrophic) or from radiant energy (phototrophic).
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Bryophytes and tracheophytes are the main ones when you break down the embryophytes or land plants.
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Blue-Green Algae.\nThis algae consists of simple cells without definite nuclei (cell\ncentres). They form slimy growths in shallow parts of lakes and ponds,\nand sometimes thickly carpet the bottom of pools. Some forms may\ngive unpleasant tastes and odours to water. One such "blue-green"\nalga, which is actually red in colour, gives the Red Sea its colour. This\nalgae is unicellular.\nGreen Algae.\nThis algae consists of cells that have definite nuclei. They also have\nchloroplasts, or green bodies containing chlorophyll. Green algae\ngrow mostly in bodies of fresh water. But they may live almost\nanywhere that is moist and cool, if there is enough light. Both green\nand blue-green algae may accumulate in great quantities and colour an\nentire lake. These growths are known as "water blooms." They\ndevelop and disappear in a few days. Green algae serve as food for\nfishes. This algae is unicellular.\nBrown Algae.\nThis algae group include the largest as well as many small algae.\nSome forms can be seen only with a microscope. Others grow as long\nas 200 feet. Many have structures that resemble leaves, stems, and\nroots. Brown algae are usually found in saltwater, and are called\nseaweeds. Kelps are brown algae attached to rocks near shore. Other\nkinds, such as the gulfweed, may form floating mats in the ocean.\nBrown algae are a source of food, vitamins, iodine, and fertilizer. This\nalgae is both unicellular and multicellular.\nRed Algae.\nThis algae are not as large as the browns. They have complex\nreproductive structures. Red algae usually grow in the ocean,\nespecially in subtropical seas. They often grow with corals to form\nreefs. Red algae supply agar-agar, an important substance used in\nbacteriology laboratories. The Irish moss is a red algae which can be\neaten. This algae is unicellular in only one questionable genus.
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This mass of tangled fibres is called a mycelium. The thin strands are called hyphae (singular: hypha). The growing tips of these hyphae are the most active in feeding - they are called feeding hyphae (!!!).\nThe mycelium is often not visible because the hyphae are very narrow and they mostly run through the thing they are feeding on (their substrate).
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Houseplants, garden plants, manufacturing plants, government plants.
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Bryophytes ... they are not vascular plants.\nYour list is a real mix of plant parts (roots/shoots) and plant groups.
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Kelp, algae, phytoplankton, seaweed
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Haircap moss, Polytrichum juniperum.\n\nMosses are a type of plant called Bryophytes.\nThe other types of plants are Pteridophytes (Ferns and horsetails), Gymnosperms (conifers) and Angiosperms (flowering plants - trees flower too).\n\nOne of the photos in the link below shows Haircap moss.
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Weaver's bamboo?\n\nPhylum: Magnoliophyta\n\n<FIRST ANSWER AND THE BEST ONE TOO>\nPlease help me with 10 points as I've also helped you.
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Kelp are large seaweeds (algae), belonging to the brown algae and classified in the order Laminariales. Despite their appearance they are not grouped with the normal aquatic or land plants (kingdom Plantae), but instead are included in either kingdom Protista or Chromista. There are about 30 different genera. Some larger members of the order Fucales are also included by some within the general term Kelp. Kelp grows in underwater forests (kelp forests) in clear, shallow, oceans, requiring nutrient rich water below about 20 °C, it offers a protection to some sea creatures, or food for others. It is known for its high growth rate - the genus Macrocystis grows up to 30 cm per day, to a total length of over 60 meters.
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The chrysanthemum is the flower for the month of November.\nthe short name is commonly referred to as "mums".
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Some algae are motile. Single-celled algae often have flagellae and move in a spiralling manner. Others do not have flagellae but secrete a sticky substance which attach them to the substrate, enabling them to glide along leaving a trail of slime behind.\n\nSome Diatoms (pythoplankton) can also move on their own thanks to their flagellae.  Then there's the rhodophyta and the cyanobacteria, which are not exactly plants but will also enlighten your way to finding what you need.\n\nOtherwise, plant cells are not moile.