What species and genus is a grass frog?
490865
The common grass frog or European frog:\n\nKingdom Animalia\n- Eumetazoa\n-- Bilateria\n--- Deuterostomia\n---- Phylum Chordata\n----- Craniata\n------ Subphylum Vertebrata\n------- Superclass Gnathostomata\n-------- Euteleostomii\n--------- Sarcopterygii\n---------- Tetrapoda\n----------- Class Amphibia\n------------ Subclass Lissamphibia\n------------- Superorder Salientia\n-------------- Order Anura\n--------------- Family Ranidae\n---------------- Genus Rana\n----------------- Species Rana temporaria
80351
some frogs can blend in with their surroundings. theyre green like leaves, some have brownish tones on their bodies to blend in with dirt and twigs, etc.\n\nalso some tree frogs are poisonous
640645
Amphibians are hunters; they eat anything from insects to birds and small mammals, reptiles, and other amphibians.  Frogs, for instance, huntby sight, and will go after anythign that moves in their path that is is a relative size to the prey they hunt (ie. flies, bugs).
320173
Frogs come in variety of colors but the majority of them are green. Being green when sitting on green leaves has obvious advantages if you want to avoid becoming an easy meal for some hungry predator. \n\nFrogs are not green because they have green pigment in their skin.In their skins they have three types of pigment cells (called chromatophores) stacked on top of each other. At the bottom are melanophores, containing a mostly dark pigment called melanin. These are the same cells that can make human skin various shades of brown. On top of the melanophores are iridophores, packed with highly reflective bundles of purine crystals, and on top of the iridophores are xanthophores, usually packed with yellowish pteridine pigments. In the typical green frog, light penetrates to the iridophores, which act like tiny mirrors to reflect mostly blue light back into the xanthophores above them. These cells act like yellow filters, so the light escaping the skin surface appears green to our eyes.\n\nBy manipulating all three types of pigment cells, a wide range of colors can be produced, although usually the range extends from bright green to various shades of brown and gray. In frogs, all of these changes appear to be mediated by hormones circulating in the blood. The advantage of such color change is obvious. Imagine a frog leaping from a green leaf onto a brown tree branch. Melanin moves, reflective purine crystals shift position, yellow pteridine pigments cluster or disperse, and voila, that green frog that stood out like, well, like a green frog sitting on a brown branch is now a well camouflaged brown frog.
615648
both are different species belonging to same genus
1118676
lizards = frogs\nfrogs = lizards
543152
Well, you probably know grasses do not have a "calyx" or "corola;" they do have bracts and glumes.  Do you need more specific info.? I will check back.
600843
most amphibians have legs so they can walk on land. there arent usually amphibians that dont have legs...
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
628697
bottlebrushes - the genus is callistemon so there are a variety of species
676215
Link below is PDF article on this species
605539
http://en.wikipedia.org/wiki/Frogs
134184
The largest frog is the giant or Goliath frog of West Central Africa. It can grow up to more than 1 ft long (30 cm). The smallest is the Cuban Pygmy frog which is about 1/2 inch long (1.3 cm) only. The largest frog in America is the Bullfrog. It can grow up to more than 6 inches long.
375994
There are many types of grasses and here are there scientific names.
1038040
It's called the Mantella frog. Much smaller than the Tomato frog but still are toxic. No specific pressures have been identified, since their competition is limited and they have begun to encroach into human civilization for feeding. The deforestation may shrink their jungle environment, but they are rather flexible in their habitats.\n\nThey are native to Northern Madagascar.
54832
Hi! I believe it's a Compsocerus violaceus. Here in Argentina it is commonly known as "Santa Rita", and it belongs to family Cerambycidae (long-horned, wood boring bugs).\nCheck the photograph at the link just to be sure!
1038891
not all male frogs are called bull frogs.....it is a seperate species (Rana catesbeiana) . So it is a male bull frog and a female bull frog.\nDifferentiating the sexes could be done by the vocal sacs(throat region) and the nuptial pad (foreleg) in the male. Only males croak