I want to know the details and names of living organisms which are live in pond?
912055
Then I think you should find a pond and start looking. Failing that, start doing your own research instead of expecting us to do it for you. However, here's some help:\n\n1. George is a living organism in my pond. He plays the clarinet and wants to be an accountant.\n\n2. Martha is another living organism in my pond. She likes classical music and watching game shows on television.
875854
not being a wise a** but to the Best of my understanding fish live in watter over two miles deep in the Marianna trench to muddy ponds and streams, fast flowing clear watter and even some fish climb out of the watter and up trees for short periods of time somewhere in southeast Asia is  where these unusual fish live
794621
I believe, that you are looking for amoeba.\nAmoeba's are from the kingdom: Zooplankton,  which has animal like characteristics. The Amoeba, in particular, belongs to the phylum: sarcodina which have characteristics such as having a coinceboid shape (no shape), and being able to flow by extending it's cell membrane to form false feet (pseudopod).\n\nBut, there are still several others that can be classified in this category: Paramecium cordatum (from the phylum: ciliophora), Trypanosoma gambiensis (from the phylum: mastigophora), and Plasmodium vivox (from the phylum: sporozoa)\nAs you see, there is more then one choice in this matter.\n\nHope this helps!
519943
NEWTS found in British Gardens\n\n\n\nNewts start to return to their ponds during February and March, although the  main breeding period  is  in April  and May. In all three  species,  there  is  an  elaborate courtship  ritual  in which the male "dances" in front of the female,  undulating  his crest  and  showing  off  his fine colours. After mating, the  female lays her  eggs singly - using her hind feet to fold the leaf of an underwater plant around each one.\n\nThe newt tadpoles hatch in about two weeks - miniatures of their parents, but with feathery external  gills. From the start they are  carnivorous, preying  upon  small aquatic  insects,  frog and  toad tadpoles, and even each other.  They  in  turn  are preyed  upon by other water creatures, and by the time they are ready to leave  the pond  in  August, their numbers are much reduced. In common with frog  and  toad tadpoles,  some  may  remain  in  the pond  for  a  further year  before  undergoing metamorphosis - this can happen if the food supply is poor.\n\n After  leaving the pond at the end of the breeding season, the adult newts take  up residence  under  logs and stones, in crevices in walls, and in other  similar  places. They  frequently remain in these during hibernation, although as winter  approaches some  will  bury themselves in the soil or find their way  into  underground  cavities around  the foundations of buildings. Often, several species of newt can  be  found hibernating together; they will sometimes share their winter quarters with frogs and toads, too.\n\n All  native British amphibians are protected under the Wildlife and Countryside  Act, 1981,  and the sale  of all three of our newt  species,  including  their  eggs  and tadpoles,  is prohibited. Great Crested Newts are a threatened species  and  receive additional  protection - it is illegal to intentionally kill, injure, possess or disturb  the animals or to damage their habitat. All stages of their life cycle are protected, and a licence is required from English Nature before Great Crested Newts can be  caught, even for survey work. \n\nThree  species  of  newt  are  native to Britain  -  the  Great  Crested, Smooth  and Palmate, and may be found in your back garden:\n\n(1) Great Crested Newt (Triturus cristatus cristatus)\n\nColour:Dark, often warty, speckled skin, with an orange/yellow belly. In the springtime, male Great Crested Newts grow a wavy crest along their backs and tails. Their tails have a silvery-blue streak along each side. Female Great Crested Newts have a yellow-orange streak along the bottom of their tails.\n\nAbout:  Lives in large ponds and slow-moving streams from March to September; scrub, woodland and undisturbed grassland from October to February, it is easiest to spot at this time.  In the water, adults eat similar animals, as well as frog tadpoles. On land small slugs, worms and beetles are most often taken as food. The Great Crested Newt, along with our other native newts, has suffered a serious decline in recent years. There have been concerns that the Great Crested Newt has declined faster in Britain than the other widespread amphibians and reptiles. Britain has particular responsibility for conservation of Great Crested Newts because it holds the strongest populations of this\nspecies, which is threatened in Continental Europe. The Great Crested Newt is listed as a ‘species of community interest’ and is given protection by Annexes ii(a) and iv(a) of the Conservation of European Wildlife and Natural Habitats Directive. It is also on the ‘top list’ of the UK Biodiversity Action Plan.\n\nBreeding:  March to July, up to 300 eggs are laid singly and attached to the leaves of water plants. These hatch in 2-3 weeks.  The tadpoles eat a range of small freshwater animals, including water shrimps, worms and snails.\nSize:  Great Crested Newts are the largest of our native newts, growing up to 16 cms long.\n\nThe Crested newt (Triturus cristatus) is
22931
This depends on numerous factors.\n\n1-Depth of the pond\n2-Temprature outside\n3-Dimensions of the pond\n\nTaking in the considerations, using some math, you might be able to come up with an answer!
595808
Click on this link\nhttp://www.ncbi.nih.gov/\n\nOn the "search" menu select "genome".  On the search bar insert the scientific name of a fish, if you are lucky it'll be available.  Click search. If it's not available, try another name.  Click search. And so on.  Eventually you will be able to see the whole genome of the fish species.
231000
Kelp, algae, phytoplankton, seaweed
407440
lower level animals IE protozoans, flagellates
1176718
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.
441727
These might help-\nhttp://www.itools.com/research/\nhttp://www.mun.ca/biology/scarr/2900_Species.htm\nhttp://www.biocourse.com/mhhe/bcc/domains/olc_toc.xsp
662163
You're looking for the candiru fish.\n\nHere's an interesting article:\nhttp://www.straightdope.com/columns/010907.html
938311
here\n\nhttp://search.singingfish.com/sfw/home.jsp
1163750
Pond larvae develop in still water, and use the extra surface area of the body and fin as aids in swimming. Stream larvae (Eurycea, Pseudotriton) are slimmer than pond larvae, with more streamlined bodies, shorter gills, and a narrower tail fin that does not extend onto the body
59816
plankton and zooplankton
217075
A mollusks is an invertabrate that lives in the sea,\nThats all I know I would know more but I left my science book at hom. Im in 5th gr.
224243
http://www.flmnh.ufl.edu/natsci/herpetology/brittoncrocs/csl.html\n\nThis is a good one.
1129321
Protozoa are generally motile, unicellular or syncytial, wall-less heterotrophic protists. They may be free living predators or scavengers, ingesting other organisms or bits of organic matter, or parasites or mutualistic symbionts. \n\nPhylum Rhizopoda : Amoebas Phylum Rhizopoda contains about 200 species. The Amoeba proteus, commonly called the Amoeba is one of the most thoroughly studied protists. This formless group of organisms use pseudopodia for movement and feeding. These organisms are found worldwide, in soil, in salt and fresh water, and in the bodies of animals. The species Entamoeba histolytica, can cause a serious disease in humans if it finds its way into the intestine. These organisms are usually naked, though some have a hard shell called a test. They do not contain cilia or flagella. They never undergo meiosis and do not produce mitotic spindles during cell division.  They are capable of changing direction indefinitely.