what are the living requirements of Kelp?
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The complete answer is in the webpage below.
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Cyanobacteria can use sunlight or organic materials to survive, while algae must have sunlight.
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Kelp are large seaweeds, belonging to the brown algae and classified in the order Laminariales: http://en.wikipedia.org/wiki/Kelp\n\nMost spread is probably giant kelp (Macrocystis pyrifera).
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temp 30-34 deg C\nadequate Nitrogen & Phosphorus\nwell watered but well drained\nNot too Humid\nC02 level 1000ppm
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Plant-like protists like algae, seaweed, and kelp for instance all play an important role in the marine food chain. Cyanobacteria, from which later plant-like protist life stemmed did help to oxygenate the atmosphere but phytoplankton, which is this plant-like protist life, forms the food base of the marine food chain according to my sources.
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Things that make it possible to live on earth include oxygen,O2,(respiration) sunlight for plants to do photosynthesis, enough heat , not too much, water, H2O, plants to keep the oxygen cycle going and make food, land to be on, gravity to hold the atmosphere, the rest of the minerals and etc. we need supplied.
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I use a marineland eclipse 29 gallon tank.  The kit came with everything you need to keep seahorses.  The specific gravity of the tank needs to be about 1.022 and the temperature will vary depending on the type of seahorse.  You will need some live rock to start up and cycle your tank (it will take a few months).  You can purchase captive bred seahorses at marine aquarium stores or on line that have been trained to eat frozen mysis shrimp.Try www.seahorse.org
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plants use N, K and P to live. the more phosphorus(phosphate) in the water the more plants it can support. the more plants the less oxygen for fish.\nso high phosphate levels can cause low oxygen levels.
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euglena are alga which use photosynthesis to produce their own  energy source, primarily, glucose.  cyanobacteria must occupy a biological host in order to survive and multiply.
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KELP IS A VERY GOOD SOURCE OF IODINE WHICH THE THYROID NEEDS TO FUNCTION. TRY IT IT WORKS.
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They are things that plants need in order to grow.
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Kelp is a source of iodine, which the thyroid needs to produce its hormone thyroxine. Your hypothyroidism is not due to a dietary deficiency but to pathology. I would think that kelp is probably a healthy thing to take and will not hurt you, but it will not improve your thyroid condition. In fact iodine today is plentiful since it was added to table salt.
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Sea vegetables are virtually fat-free, low calorie and one of the richest sources of minerals in the vegetable kingdom as they have ready access to the abundance of minerals found in the ocean. Nourishment is acquired across the sea vegeable's entire surface through the gentle wave action of underwater currents. Sea water & human blood contain many of the same minerals in very similar concentrations.\n\nSea vegetables contain high amounts of calcium and phosphorous and are extremely high in magnesium, iron, iodine and sodium. For example, 1/4 cup of cooked hijiki contains over half the calcium found in a cup of milk and more iron than in an egg, important concerns for vegans, those who refrain from eating any animal-based products. They also contain vitamins A, B1, C and E, as well as protein and carbohydrates.\n\nOne of seaweed's most prominent health benefits is its ability to remove radioactive strontium and other heavy metals from our bodies. Whole brown seaweeds (not granulated) such as kelp contain alginic acid which binds with the toxins in the intestines rendering them indigestible and carries them out of the system.
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One of the best foods that you can eat in cases of hypo-thyroid. It is rich in many important minerals. Antibacterial and anti-viral activity in brown Laminaria type seaweed known as kelp. It supposedly kills herpes virus, for example. Kelp may also lower blood pressure and cholesterol. Wakame boosts immune functioning. Nori kills bacteria and seems to help heal ulcers. A chemical from wakame seaweed is a clot-buster, in one test twice as powerful as the common drug heparin. Most types of seaweed have anti-cancer activity. Might aggravate acne flare-ups.\n\nYou can find it in some health food stores.
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Try a mini ecosystem in a 2-liter coke bottle. Study it for a few months and see how it changes. Record what plants and animals you put in too.I suggest putting in some worms, moss, and an up-right plant
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GO TO:\nhttp://aquarium.ucsd.edu/challenger/index.cfm
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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.