I am doing a project on coral does anyone have any ideas?
964640
Try Wikipedia.  I think the site address is wikipedia.org.
638451
one way is chlorophyll fluorimetry,a method of studying light absorption by photosynthetic pigments in marine algae.\nthis sight might help good luck.
397464
Hermatypic corals (the ones that form coral reefs) have symbiotic zooxanthellae (unicellular algae) within their tissues; the algae receive protection and housing from the polyps, and enable them to produce their calcareous exoskeleton.\nThere are sea anemones that attach to the dorsum of crabs, marine snails, etc. Thus the anemone "travels free" and the other animal is protected. \nMany species of small fishes and crustaceans shelter beneath the umbella of some jellyfish (read example at the link).
905394
I love gardening. What wonderful question. For a science garden, display a star shaped flower for astronomy, some rock moss for geology, sea shells for oceanography, and a t-rex for paleontology. Oh, and don't forget to throw in a naked Ken and Barbie for anthropology. Have fun. Use your imagination. Hmmmm, how could you display archeology? maybe a mummified Skipper doll.
733201
I think an interesting project would be:\n"Crayola Banned [and new] Crayon Colors!!"\n\nYou could talk about why some colors (like flesh and indian red) were seen as offensive and replaced - flesh is now "peach," since everyone's flesh is not peach-colored.  You could also talk about new colors that have been introduced to go with new trends and technology - for example, I believe there is a bubble-gum or tutti-frutti color that wasn't in the original set.\n\nGood luck!\n\nhttp://www.factmonster.com/ipka/A0872797.html\n(I guess I was thinking about "cotton candy" color.)
218479
Perhaps the illustrated link and description will help you.  Good luck with your project.
217168
www.carolina.com/STC/living_materials/vinegar_eels.asp\n\nwww.members.optushome.com.au/chelmon/vinegar.htm\n\nhere you go i hope this is good enough and good luck on your project
60471
Here is a nice experiment to try.\nhttp://www.angelfire.com/mo/sasschool/DKScieMatter10.html\n\n"This tasty crystal making experiment is a great way to see the formation of crystals almost right in front of your eyes."\n\nAnother one.\nhttp://homeschooling.gomilpitas.com/explore/crystals.htm\n\n"Crystal Ornament"\n\nAnother.\nhttp://www.yesmag.bc.ca/projects/crystal_gardens.html\n\n"Crystal Gardens"\n\nOne for microscopic crystals.\nhttp://www.science.uwaterloo.ca/earth/waton/crystal.html\n\n"Crystal growing made easy"
124436
Hi ocean_prize,\nTry Ebay or a paint shop, hobby shop. Good Luck: Blueladybug
144868
Make a sunset background.  Add some cacti.  Then let them color.  Even add some plastic wildlife
345071
depending on your budget you could get large fish bowls fill with sand and add palm trees to look like an island you could also add blue colored oil around the sand. Good luck.
871450
I did something like that for a science project too. Only mine was a cake with decorations that made it look like a cell... ^_~\nWe also have an actual model of animal and plant cells in my class, but those were mail-ordered. For a really realistic one, you're gonna need some special parts.\nYou can do it more easily with a styrofoam ball of a reasonable size (or a styrofoam cube if you're doing a plant cell), another smaller ball (for the nucleus), I'm not sure what you could use for mitochondria.... Hit a craft store and get creative. There's plenty of stuff out there just waiting for you to find it. Pom-poms could be used for the vacuoles I guess, and you could coat the larger ball with playdoh for the membrane. I'm sure you'll think of something. Remember this when you're working: hot glue guns are your friends.\nJust remember to include all the components:\nNucleus, cytoplasm, vacuoles, mitochondria, cell membrane, endoplasmic reticulum, and the two extra plant parts: chloroplasts and that extra thick wall whose name in English I cannot recall... xD\nIf I can make a sponge cake into an animal cell with some Fuzzy Peaches, Rockets, jelly beans and chocolate sprinkles, I'm sure you can make a styrofoam ball into something just as good or better. Best of luck!
350057
depends on what kind of substrate...if its barnacles on coral, substrate is biotic. It seems to be abiotic usually.
641160
Corals (class Anthozoa), which include sea anemones (order Actiniaria), are gastrovascular marine cnidarians (phylum Cnidaria) existing as small sea anemone-like polyps, typically forming colonies of many individuals. The group includes the important reef builders known as hermatypic corals, found in tropical oceans, and belonging to the subclass Zoantharia of order Scleractinia (formerly Madreporaria). The latter are also known as stony corals in as much as the living tissue thinly covers a skeleton composed of calcium carbonate. A coral "head" is formed of many individual polyps, each polyp only a few millimeters in diameter. The colony of polyps function essentially as a single organism by sharing nutrients via a well developed gastrovascular network, and the polyps are clones, each having the same genetic structure. Each polyp generation grows on the skeletal remains of previous generations, forming a structure that has a shape characteristic of the species, but subject to environmental influences.\n\nAlthough sea anemones can catch fish and other prey items and corals can catch plankton, they obtain much of their nutrient requirement from symbiotic unicellular dinoflagellates (type of algae) called zooxanthellae. Consequently, they are dependent upon growing in sunlight and for that reason usually found not far beneath the surface, although in clear waters corals can grow at depths of 60 m (200 ft). Other corals, notably the cold-water genus Lophelia, do not have associated algae, and can live in much deeper water, with recent finds as deep as 3000 m. Corals breed by spawning, with many corals of the same species in a region releasing gametes simultaneously over a period of one to several nights around a full moon.\n\nCorals are major contributors to the physical structure of coral reefs that develop only in tropical and subtropical waters. Some corals exist in cold waters, such as off the coast of Norway (north to at least 69° 14.24' N) and the Darwin Mounds off western Scotland. The most extensive development of extant coral reef is the Great Barrier Reef off the coast of Queensland, Australia. Indonesia is home to 581 of the world's 793 known coral reef-building coral species.\n\n\n\nHydra is a genus of simple, fresh-water animals possessing radial symmetry. Hydras are predatory animals belonging to the phylum Cnidaria and the class Hydrozoa.\n\nHydras are low power microscopical life forms and are often studied by biologists due to their regenerative powers. They can be found in most un-polluted freshwater ponds, lakes and streams in the temperate and tropical regions by gently sweeping a collecting net through weedy areas.
767651
coral and aqua\nchampagne and chocolate\nbutter yellow and french china blue\nbright pink and orange\nHope this helps :D
440462
Try Oceanographer or Marine Biologist!
397433
Using Copernic Agent Professional (with a ton of search engines) I found a plethora of information and sites about plantations during the Civil War. Good luck on your project!