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Musca domestica larvae Stock Photos and Images
RF2C5B8Y5–A blow fly has spongy mouth parts with feathery hairs on the terminal antennal segments Larvae known as maggots are equipped with hook-like mouthparts
RMRDJ37H–. A manual of elementary zoology . Zoology. INSECTS 491 but is much less unlike the tsetse fly. It lays its eggs in rotting matter, by preference in stable manure, for which reason heaps of such substances should never be allowed to accumulate near houses. The larvae hatch in one day, feed on their surroundings, and pupate in a week. They are soft, white, and legless, with twelve segments, tapering forwards, and a head that can be withdrawn. S.cS.ew. Fig. 198.—The life-history of the House Fly (Musca domestica).— From Theobald. a, Mandible of larva with adjacent structures ; b, larva ; c, ante
RM2AWK0M0–The house-fly, Musca domestica Linn: its structure, habits, development, relation to disease and control . wings, and the open first posterior or apicalcell (5 R.) of the wing (cf. fig. 7). Most of the larvae feed upondecaying vegetable or animal substances. Without close examination, the tAVO species under examinationare liable to be mistaken for the same species, but such an exami-nation will serve to separate them. The abdomens of both speciesare conical, but the basal segments of the abdomen of F. canicu-laris are partially translucent, and the abdomen of F. scalaris isblack overspread wit
RM2AWJXED–The house-fly, Musca domestica Linn: its structure, habits, development, relation to disease and control . Fig. 83. Mature larva of Fannia canicu-laris, L. x 17. a.sp. Anterior spiracular processes.p.sj). Posterior spiracular processes. 192 THE LESSER HOUSE-FLY AND THE LATRIXE-FLY ? The spiny character of the flagelliform appendages and bodyof the larva causes particles of dirt to adhere readily to thebodies and appendages of the larvae. In consequence the larvaehave a very dirty appearance, and their external features arealmost hidden by the accumulated particles of dirt and filthadhering to
RM2AG9HY5–. British entomology; being illustrations and descriptions of the genera of insects found in Great Britain and Ireland: containing coloured figures from nature of the most rare and beautiful species, and in many instances of the plants upon which they are found. ^ line.Found in pastures and marshes amongst the grass, also onthe foliage of trees not uncommonly, from the middle of Aprilto August, in every part of the countiy, and even in the gar-dens of London. Bouche says the larvae inhabit the pupae of the commonhouse-fly, Musca domestica, eating the intestines. 3. nigripes Curt, MSS. Black, h
RM2AWKBG2–The house-fly, Musca domestica Linn: its structure, habits, development, relation to disease and control . r climatic conditions may be. Milliken (1011) found the eggs and larvae of M. domestica inalfalfa or lucerne ensilage in Kansas, U.S.A. The fermentationtaking place no doubt attracted the adult Hies. Pratt (1912) bred fifty specimens of M. domestica from cow-manme at Dallas, Texas, U.S.A. He states that this is oneof the most common species in stables. Fresh manure attractsit in great numbers. Paine (1912) made a study of the species of flies breedingin garbage in the city of Boston, Mass
![. Insects, their ways and means of living. Insects. INSECTS tion. Its skin now hardens and contracts until the creature takes on the form of a small, hard-shelled, oval capsule, called a puparium (Fig. 182 E).. Fig. 182. The house fly, Musca domestica A, the adult fly (5% times natural size). B, the house fly egg (greatly magnified). C, larvae, or maggots, in manure. D, a larva (more enlarged). E, the puparium, or hardened larval skin which becomes a case in which the larva changes to a pupa. F, the pupa I 344]. Please note that these images are extracted from scanned page images that may have Stock Photo](https://c8.alamy.com/comp/RR88Y3/insects-their-ways-and-means-of-living-insects-insects-tion-its-skin-now-hardens-and-contracts-until-the-creature-takes-on-the-form-of-a-small-hard-shelled-oval-capsule-called-a-puparium-fig-182-e-fig-182-the-house-fly-musca-domestica-a-the-adult-fly-5-times-natural-size-b-the-house-fly-egg-greatly-magnified-c-larvae-or-maggots-in-manure-d-a-larva-more-enlarged-e-the-puparium-or-hardened-larval-skin-which-becomes-a-case-in-which-the-larva-changes-to-a-pupa-f-the-pupa-i-344-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-RR88Y3.jpg ". Insects, their ways and means of living. Insects. INSECTS tion. Its skin now hardens and contracts until the creature takes on the form of a small, hard-shelled, oval capsule, called a puparium (Fig. 182 E).. Fig. 182. The house fly, Musca domestica A, the adult fly (5% times natural size). B, the house fly egg (greatly magnified). C, larvae, or maggots, in manure. D, a larva (more enlarged). E, the puparium, or hardened larval skin which becomes a case in which the larva changes to a pupa. F, the pupa I 344]. Please note that these images are extracted from scanned page images that may have Stock Photo")
RMRR88Y3–. Insects, their ways and means of living. Insects. INSECTS tion. Its skin now hardens and contracts until the creature takes on the form of a small, hard-shelled, oval capsule, called a puparium (Fig. 182 E).. Fig. 182. The house fly, Musca domestica A, the adult fly (5% times natural size). B, the house fly egg (greatly magnified). C, larvae, or maggots, in manure. D, a larva (more enlarged). E, the puparium, or hardened larval skin which becomes a case in which the larva changes to a pupa. F, the pupa I 344]. Please note that these images are extracted from scanned page images that may have
Search Results for Musca domestica larvae Stock Photos and Images (49)
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