Tipula larva hi-res stock photography and images

Leatherjacket Tipula spp feeding on the roots of mature lawn grass Stock Photo

RMACPYJG–Leatherjacket Tipula spp feeding on the roots of mature lawn grass

cranefly larva moving in the grass Stock Photo

RF2BC2WAP–cranefly larva moving in the grass

Crane fly larva or leatherjacket (Tipula oleracea) attacking young cereal plant at soil level Stock Photo

RMRWJY6N–Crane fly larva or leatherjacket (Tipula oleracea) attacking young cereal plant at soil level

RMC3F700–Leatherjacket

Leatherjacket cranefly Tipula sp larva on soil close up Stock Photo

RMAP97B7–Leatherjacket cranefly Tipula sp larva on soil close up

Three larvae of the Crane fly (Tipula sp.) Stock Photo

RMPFPEYP–Three larvae of the Crane fly (Tipula sp.)

RMRWJYXG–Leatherjacket (Tipula spp.) feeding on the roots of mature lawn grass

giant cranefly (Tipula maxima), larva Stock Photo

RMA0FGMW–giant cranefly (Tipula maxima), larva

A leatherjacket Tipula sp crane fly larva feeding on roots of grass in soil Stock Photo

RMACEH1B–A leatherjacket Tipula sp crane fly larva feeding on roots of grass in soil

cranefly (Tipula spec.), larva in water, Germany Stock Photo

RMEBM2A7–cranefly (Tipula spec.), larva in water, Germany

Leatherjacket Tipula oleracea crane fly larva in soil Stock Photo

RMAM1R89–Leatherjacket Tipula oleracea crane fly larva in soil

Leatherjacket (larva of cranefly) / Daddy-Long-Legs Stock Photo

RM2XKX2P4–Leatherjacket (larva of cranefly) / Daddy-Long-Legs

Leatherjacket Tipula sp crane fly larva on soil Stock Photo

RMAF69K2–Leatherjacket Tipula sp crane fly larva on soil

Crane fly, Crane-fly, Cranefly, daddy-long-legs (Tipula spec.), larva of a crane fly, Germany Stock Photo

RM2AYYJGE–Crane fly, Crane-fly, Cranefly, daddy-long-legs (Tipula spec.), larva of a crane fly, Germany

Leatherjacket Tipula oleracea cranefly larva on soil with young wheat plant Stock Photo

RMA5G71C–Leatherjacket Tipula oleracea cranefly larva on soil with young wheat plant

'Ladybird and Daddy-Long-Legs: Coccinella and Tipula oleracea', 1720, (1945). Larva, pupa and adult forms of insects found in Britain. From "Natural History of English Insects" by Eleazar Albin. Published in "Insect Life in Britain', by Geoffrey Taylor. [Collins, London, 1945] Stock Photo

RM2AG0HFE–'Ladybird and Daddy-Long-Legs: Coccinella and Tipula oleracea', 1720, (1945). Larva, pupa and adult forms of insects found in Britain. From "Natural History of English Insects" by Eleazar Albin. Published in "Insect Life in Britain', by Geoffrey Taylor. [Collins, London, 1945]

Crane fly larva or leatherjacket Tipula spp on lawn grass and soil Stock Photo

RMAP9Y0A–Crane fly larva or leatherjacket Tipula spp on lawn grass and soil

Cranefly larva or leatherjacket (Tipulidae). They are pests of crop plants. The larvae eat the roots. Stock Photo

RF2NRPBM9–Cranefly larva or leatherjacket (Tipulidae). They are pests of crop plants. The larvae eat the roots.

Leatherjacket ( Tipula oleracea ) crane fly larva on lawn grass roots Stock Photo

RMRWJYX6–Leatherjacket ( Tipula oleracea ) crane fly larva on lawn grass roots

The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil. Stock Photo

RF2F9D3T9–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

RF2BC2TRR–cranefly larva moving in the grass

Larva of crane fly Leatherjacket close up on grass roots of lawn Stock Photo

RMATB6D5–Larva of crane fly Leatherjacket close up on grass roots of lawn

RMC3EMJF–Leatherjacket

RMACPYHH–Leatherjacket Tipula spp feeding on the roots of mature lawn grass

A crane fly Tipula maxima resting on a nettle leaf in early summer. Stock Photo

RF2X6G204–A crane fly Tipula maxima resting on a nettle leaf in early summer.

Crane fly larva (Tipula sp.), Europe, November, controlled conditions Stock Photo

RM2AKEN36–Crane fly larva (Tipula sp.), Europe, November, controlled conditions

Tipula longicornis, Tipula flavolineata, Long-horned daddy long-legs, with great burnet, Sanguisorba officinalis. Handcoloured copperplate drawn and engraved by John Curtis for his own 'British Entomology, being Illustrations and Descriptions of the Genera of Insects found in Great Britain and Ireland,' London, 1834. Curtis (1791 –1862) was an entomologist, illustrator, engraver and publisher. 'British Entomology' was published from 1824 to 1839, and comprised 770 illustrations of insects and the plants upon which they are found. Stock Photo

RMP5DBM2–Tipula longicornis, Tipula flavolineata, Long-horned daddy long-legs, with great burnet, Sanguisorba officinalis. Handcoloured copperplate drawn and engraved by John Curtis for his own 'British Entomology, being Illustrations and Descriptions of the Genera of Insects found in Great Britain and Ireland,' London, 1834. Curtis (1791 –1862) was an entomologist, illustrator, engraver and publisher. 'British Entomology' was published from 1824 to 1839, and comprised 770 illustrations of insects and the plants upon which they are found.

Crane fly larva (Tipula sp) Lombardy, Italy, September. meetyourneighbours.net project Stock Photo

RMW7XPX3–Crane fly larva (Tipula sp) Lombardy, Italy, September. meetyourneighbours.net project

Tipula longicornis, Tipula flavolineata, Long-horned daddy long-legs Stock Photo

RMC91KNM–Tipula longicornis, Tipula flavolineata, Long-horned daddy long-legs

RMA4PXCB–Cranefly

RM2XFXEH5–Crane fly larva (Tipula sp.), Europe, November, controlled conditions

Blackbird (Turdus merula) male foraging on a churchyard lawn with a Leatherjacket (Tipula sp.) in its beak, Lacock, Wiltshire, UK, May. Stock Photo

RM2EE2W3W–Blackbird (Turdus merula) male foraging on a churchyard lawn with a Leatherjacket (Tipula sp.) in its beak, Lacock, Wiltshire, UK, May.

crane fly (Tipula spec.), larve, back side, Germany Stock Photo

RMTR629X–crane fly (Tipula spec.), larve, back side, Germany

. An encyclopædia of agriculture : comprising the theory and practice of the valuation, transfer, laying out, improvement, and management of landed property, and of the cultivation and economy of the animal and vegetable productions of agriculture. ch are injurious to vege-tables as larva*, and troublesome to man in a winged state ; asthe gnat (Culex), whane-fly (Tabanus), crane-fly (Tipula), &c. 3. Aptcra. Entomologists of tbe last century arranged allinsects without wings under this order ; but it isnow restricted,by Latreille and Macleay, to such only as have a bivalve articu-lated sheath t Stock Photo

RM2AFPF2P–. An encyclopædia of agriculture : comprising the theory and practice of the valuation, transfer, laying out, improvement, and management of landed property, and of the cultivation and economy of the animal and vegetable productions of agriculture. ch are injurious to vege-tables as larva*, and troublesome to man in a winged state ; asthe gnat (Culex), whane-fly (Tabanus), crane-fly (Tipula), &c. 3. Aptcra. Entomologists of tbe last century arranged allinsects without wings under this order ; but it isnow restricted,by Latreille and Macleay, to such only as have a bivalve articu-lated sheath t

Crane fly or Daddy Longlegs in close up. Stock Photo

RMA1CFTA–Crane fly or Daddy Longlegs in close up.

. Fungoid and insect pests of the farm. Agricultural pests. 0 Fig. 45. Tipula sp. Daddy longlegs. A, the larva or leather jacket; jB, the pupa; O, the daddy longlegs fly.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Petherbridge, Frederick Robert. Cambridge : University Press Stock Photo

RMPG45PF–. Fungoid and insect pests of the farm. Agricultural pests. 0 Fig. 45. Tipula sp. Daddy longlegs. A, the larva or leather jacket; jB, the pupa; O, the daddy longlegs fly.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Petherbridge, Frederick Robert. Cambridge : University Press

. Economic entomology . Scirus insectorum. Copied from Hermann'; figure. Scirus insectorum (Leptus Phalangii, Curtis}. Copied from his fij^ure. This insect is 'described by Curtis, in his " Farm Insects," as one of the correctives of the wire-worm beetle. He found it on Elater ruficaudis, and it attaches itself to various other insects. Hermann says he found it on Elater, Tipula, and spiders. This habit has led to its being confounded with the larva of Trom- bidium holosericeum, which attaches itself, as already said, to the harvest spiders (Phalangium opilio). De Geer took it for th Stock Photo

RMMAACPP–. Economic entomology . Scirus insectorum. Copied from Hermann'; figure. Scirus insectorum (Leptus Phalangii, Curtis}. Copied from his fij^ure. This insect is 'described by Curtis, in his " Farm Insects," as one of the correctives of the wire-worm beetle. He found it on Elater ruficaudis, and it attaches itself to various other insects. Hermann says he found it on Elater, Tipula, and spiders. This habit has led to its being confounded with the larva of Trom- bidium holosericeum, which attaches itself, as already said, to the harvest spiders (Phalangium opilio). De Geer took it for th

RF2F9D3TC–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

RF2BC2W0E–cranefly larva moving in the grass

RMACPYGH–Leatherjacket Tipula spp feeding on the roots of mature lawn grass

RF2WTYXFW–A crane fly Tipula maxima resting on a nettle leaf in early summer.

Crane-fly (Tipula oleracea) on grass after hatching from a leatherjacket larva in summer Stock Photo

RM2B1FRCG–Crane-fly (Tipula oleracea) on grass after hatching from a leatherjacket larva in summer

RF2T5M5RX–A crane fly Tipula maxima resting on a nettle leaf in early summer.

A crane fly Tipula sp adult insect on grass pasture Stock Photo

RMAP9XF2–A crane fly Tipula sp adult insect on grass pasture

Worm casts and bird damage to bowling green grass surface Stock Photo

RMACGFK4–Worm casts and bird damage to bowling green grass surface

RM2XFXEH6–Crane fly larva (Tipula sp.), Europe, November, controlled conditions

RMTR62A0–crane fly (Tipula spec.), larve, back side, Germany

The animal kingdom, arranged after its organization : forming a natural history of animals, and an introduction to comparative anatomy . Fig. 133.—Chironomus, with its Pupa and Larva, magnified.. 620 INSECTA. In many, the winpfs are always extended, and the palpi lono;; with the last joint very long and annular. Ctenophora, Meig., has filiform antennae, pectinated in the males, and serrated in the females. Tipula pectini-cornis, Fabr. Pedicia, has them nearly setaceous, simple, with the two basal joints thicker, and the seven terminal onesslender and subcylindric. Tipula, Latr., has also the a Stock Photo

RM2AJ8GEA–The animal kingdom, arranged after its organization : forming a natural history of animals, and an introduction to comparative anatomy . Fig. 133.—Chironomus, with its Pupa and Larva, magnified.. 620 INSECTA. In many, the winpfs are always extended, and the palpi lono;; with the last joint very long and annular. Ctenophora, Meig., has filiform antennae, pectinated in the males, and serrated in the females. Tipula pectini-cornis, Fabr. Pedicia, has them nearly setaceous, simple, with the two basal joints thicker, and the seven terminal onesslender and subcylindric. Tipula, Latr., has also the a

RMA1CFT7–Crane fly or Daddy Longlegs in close up.

. A text-book of agricultural zoology. Zoology, Economic. 124 INSECTA OR HEXAPODA. undergo a complete metamorphosis is different to that of the adult. Fig. 54: shows the digestive tract of the larva of one of the Daddy Long-legs {Tipula), which will be seen to be of quite a different type to that given in fig. 34. There are consider- able differences in the digestive tract of insects. We shall observe much variation in the length of larval life when study- ing this group: some larvse live only a few days; others, as the Wireworm, as much as three or four years. Eventually the " full-feed Stock Photo

RMPG3P94–. A text-book of agricultural zoology. Zoology, Economic. 124 INSECTA OR HEXAPODA. undergo a complete metamorphosis is different to that of the adult. Fig. 54: shows the digestive tract of the larva of one of the Daddy Long-legs {Tipula), which will be seen to be of quite a different type to that given in fig. 34. There are consider- able differences in the digestive tract of insects. We shall observe much variation in the length of larval life when study- ing this group: some larvse live only a few days; others, as the Wireworm, as much as three or four years. Eventually the " full-feed

RF2F9D3NX–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

RM2XFXEJ0–Crane fly larva (Tipula sp.), Europe, November, controlled conditions

RMTR629Y–crane fly (Tipula spec.), larve, back side, Germany

A preliminary introduction to the study of entomologyTogether with a chapter on remedies, or methods that can be used in fighting injurious insects; insect enemies of the apple tree and its fruit, and the insect enemies of small grains . Fia. 3.—Tipula hebes; a, larva, 6, pupa; c, imago. [After Weed.] by Prof. F. M. Webster, they have been destroyed to a considerable degree by a fungus disease of some kind. 208 . INSECT ENEMIES OE SMALL GRAINS. In a recent bulletin issued from the Ohio Experiment Station,Professor Webster has devoted considerable space to a discussionof these crane-flies. He m Stock Photo

RM2AN6CJ3–A preliminary introduction to the study of entomologyTogether with a chapter on remedies, or methods that can be used in fighting injurious insects; insect enemies of the apple tree and its fruit, and the insect enemies of small grains . Fia. 3.—Tipula hebes; a, larva, 6, pupa; c, imago. [After Weed.] by Prof. F. M. Webster, they have been destroyed to a considerable degree by a fungus disease of some kind. 208 . INSECT ENEMIES OE SMALL GRAINS. In a recent bulletin issued from the Ohio Experiment Station,Professor Webster has devoted considerable space to a discussionof these crane-flies. He m

. A text-book of agricultural zoology. Zoology, Economic. DIPTEKA OE TEUE ELIES. 205 sharp conical ovipositor, the end of the male is blunt. The female, by means of this tube, lays her black spindle-shaped eggs on the grass or near some plants—the greater the shelter the more they frequent it, hence we find these pests always most .frequent in permanent pastures. They prefer damp spots. Fig. 99.—Crane-fly (Tipula oleracea). 1 and 2, Male and female; 3, ova; 4, larva; 6, pupa. (Whitehead.) to oviposit—in fact, most Tipulidse frequent damp and swampy places, some larva living in water, even in b Stock Photo

RMPG408H–. A text-book of agricultural zoology. Zoology, Economic. DIPTEKA OE TEUE ELIES. 205 sharp conical ovipositor, the end of the male is blunt. The female, by means of this tube, lays her black spindle-shaped eggs on the grass or near some plants—the greater the shelter the more they frequent it, hence we find these pests always most .frequent in permanent pastures. They prefer damp spots. Fig. 99.—Crane-fly (Tipula oleracea). 1 and 2, Male and female; 3, ova; 4, larva; 6, pupa. (Whitehead.) to oviposit—in fact, most Tipulidse frequent damp and swampy places, some larva living in water, even in b

RF2F9D3TH–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

RM2XFXEHF–Crane fly larva (Tipula sp.), Europe, November, controlled conditions

RMTR629W–crane fly (Tipula spec.), larve, back side, Germany

. Insects . ION OF PLATE V. Fig. 50. Pupa of Tipula arctica; male, lateral aspect. 51. T. arctica; female, dorsal aspect. 52. Larva of Tipula arctica; labrimi, dorsal aspect. 53. T arctica; mentum, ventral aspect. 54. PocdZosio/a, supp.; outer lobe of maxilla. 55. Poecilostola, supp.; mandible. 56. Tipida arctica; chsetotaxy of third abdominal tergite; dorsal aspect. 57. T. arctica; the same, third abdominal sternite; ventral. 58. Stygeropis, supp.; the same, third abdominal tergite; dorsal. 59. Stygeropis, supp.; the same, third abdominal sternite; ventral. 60. Tipuline No. 1; the same, third Stock Photo

RM2CDK7WX–. Insects . ION OF PLATE V. Fig. 50. Pupa of Tipula arctica; male, lateral aspect. 51. T. arctica; female, dorsal aspect. 52. Larva of Tipula arctica; labrimi, dorsal aspect. 53. T arctica; mentum, ventral aspect. 54. PocdZosio/a, supp.; outer lobe of maxilla. 55. Poecilostola, supp.; mandible. 56. Tipida arctica; chsetotaxy of third abdominal tergite; dorsal aspect. 57. T. arctica; the same, third abdominal sternite; ventral. 58. Stygeropis, supp.; the same, third abdominal tergite; dorsal. 59. Stygeropis, supp.; the same, third abdominal sternite; ventral. 60. Tipuline No. 1; the same, third

RF2F9D3P5–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

RMRDE592–. Fungoid and insect pests of the farm. Agricultural pests. 0 Fig. 45. Tipula sp. Daddy longlegs. A, the larva or leather jacket; jB, the pupa; O, the daddy longlegs fly.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Petherbridge, Frederick Robert. Cambridge : University Press

RF2F9D3TJ–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

. Animal and vegetable physiology, considered with reference to natural theology, by Peter Mark Roget ... Biology; Physiology; Plant physiology; Natural theology. 76 THE VITAL FUNCTIONS. the vermiform larva of a Tipula, which it has encircled with its tentacula, to which it has. applied its expanded mouth, and of which it is absorbing the juice, before swallowing it. Fig. 243 shows the same animal after it has suc- ceeded, though not without a severe contest, in swallowing a minnow, or other small fish, the form of which is still visible through the trans- parent sides of the body, which are s Stock Photo

RMRN43D8–. Animal and vegetable physiology, considered with reference to natural theology, by Peter Mark Roget ... Biology; Physiology; Plant physiology; Natural theology. 76 THE VITAL FUNCTIONS. the vermiform larva of a Tipula, which it has encircled with its tentacula, to which it has. applied its expanded mouth, and of which it is absorbing the juice, before swallowing it. Fig. 243 shows the same animal after it has suc- ceeded, though not without a severe contest, in swallowing a minnow, or other small fish, the form of which is still visible through the trans- parent sides of the body, which are s

RF2F9D3T7–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

. Economic entomology. Beneficial insects; Insect pests; Thysanura. Scirus insectorum. Copied from Hermann'; figure. Scirus insectorum (Leptus Phalangii, Curtis}. Copied from his fij^ure. This insect is 'described by Curtis, in his " Farm Insects," as one of the correctives of the wire-worm beetle. He found it on Elater ruficaudis, and it attaches itself to various other insects. Hermann says he found it on Elater, Tipula, and spiders. This habit has led to its being confounded with the larva of Trom- bidium holosericeum, which attaches itself, as already said, to the harvest spiders Stock Photo

RMRDXW91–. Economic entomology. Beneficial insects; Insect pests; Thysanura. Scirus insectorum. Copied from Hermann'; figure. Scirus insectorum (Leptus Phalangii, Curtis}. Copied from his fij^ure. This insect is 'described by Curtis, in his " Farm Insects," as one of the correctives of the wire-worm beetle. He found it on Elater ruficaudis, and it attaches itself to various other insects. Hermann says he found it on Elater, Tipula, and spiders. This habit has led to its being confounded with the larva of Trom- bidium holosericeum, which attaches itself, as already said, to the harvest spiders

RF2F9D3T5–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

RF2F9D3TM–The marsh crane fly (Tipula oleracea) is member of the insect family Tipulidae. Larvae of this insects are significant pest of many crops in soil.

Tipula Crane fly tipulidae diptera nematocera insect. Larvae of this insects are significant pest of many crops in soil. Stock Photo

RF2R06981–Tipula Crane fly tipulidae diptera nematocera insect. Larvae of this insects are significant pest of many crops in soil.

. The crane-flies of New York. Crane flies; Diptera. Memoir 38 Plate XCIV. 523 522 TIPULA COLLARI3 Larva: 519, mentum; 520, hypopharynx; 521, fifth abdominal segment, dorsal aspect; 522, spiracular disk Pupa: 52.3, male, lateral aspect 1125. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Alexander, Charles P. (Charles Paul), 1889-1981. [Ithaca] Stock Photo

RMRE628J–. The crane-flies of New York. Crane flies; Diptera. Memoir 38 Plate XCIV. 523 522 TIPULA COLLARI3 Larva: 519, mentum; 520, hypopharynx; 521, fifth abdominal segment, dorsal aspect; 522, spiracular disk Pupa: 52.3, male, lateral aspect 1125. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Alexander, Charles P. (Charles Paul), 1889-1981. [Ithaca]

RF2R06985–Tipula Crane fly tipulidae diptera nematocera insect. Larvae of this insects are significant pest of many crops in soil.

. Cooperative economic insect report. Beneficial insects; Insect pests. Larva Adults and Larvae of Tipula oleracea Posterior Extremity of Larva Figures : Larvae and adults from Del* Guercio, G. 1913. Redia 9; 299-345. Damage from Balachowsky, A. and Mesnil, L. 1935. Les Insectes Nuisibles aux Plantes Cultivees. 1137pp. Paris.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. United States. Animal and Plant Health Service. Pl Stock Photo

RMRE8DT0–. Cooperative economic insect report. Beneficial insects; Insect pests. Larva Adults and Larvae of Tipula oleracea Posterior Extremity of Larva Figures : Larvae and adults from Del* Guercio, G. 1913. Redia 9; 299-345. Damage from Balachowsky, A. and Mesnil, L. 1935. Les Insectes Nuisibles aux Plantes Cultivees. 1137pp. Paris.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. United States. Animal and Plant Health Service. Pl

RF2R0696K–Tipula Crane fly tipulidae diptera nematocera insect. Larvae of this insects are significant pest of many crops in soil.

Pupa of Crane fly is a common name referring to any member of the insect family Tipulidae. It is significant pest in soil of many crops. Stock Photo

RF2R8R6R5–Pupa of Crane fly is a common name referring to any member of the insect family Tipulidae. It is significant pest in soil of many crops.

RMRDJ7D7–. A text-book of agricultural zoology. Zoology, Economic. 124 INSECTA OR HEXAPODA. undergo a complete metamorphosis is different to that of the adult. Fig. 54: shows the digestive tract of the larva of one of the Daddy Long-legs {Tipula), which will be seen to be of quite a different type to that given in fig. 34. There are consider- able differences in the digestive tract of insects. We shall observe much variation in the length of larval life when study- ing this group: some larvse live only a few days; others, as the Wireworm, as much as three or four years. Eventually the " full-feed

RF2R8R6PT–Pupa of Crane fly is a common name referring to any member of the insect family Tipulidae. It is significant pest in soil of many crops.

. Zoology for high schools and colleges. Zoology. THE HESSIAN-PLY. 357 the larva state. They may be recognized . as greenish maggots living among groups of plant- lice. In the two-winged gall- flies (Fig. 345, Cecidomyia destructor Say, or Hes- sian-fly) the body is small and slender, with long antennae. The crane-flies {Tipula) are large flies, standing near the head of the order, and, like the gall - fly, the chry- salis has free append- ages, there being n o puparium or pupa-case, as in the lower flies. Lastly, we have the mos- quito (Pigs. 346 and 347), whose larva is aquatic, and breathes Stock Photo

RMRE09R6–. Zoology for high schools and colleges. Zoology. THE HESSIAN-PLY. 357 the larva state. They may be recognized . as greenish maggots living among groups of plant- lice. In the two-winged gall- flies (Fig. 345, Cecidomyia destructor Say, or Hes- sian-fly) the body is small and slender, with long antennae. The crane-flies {Tipula) are large flies, standing near the head of the order, and, like the gall - fly, the chry- salis has free append- ages, there being n o puparium or pupa-case, as in the lower flies. Lastly, we have the mos- quito (Pigs. 346 and 347), whose larva is aquatic, and breathes

. Annual report. New York State Museum; Science; Science. Fig. 5 Tipula abdomin alls Say ? nat. size. (Reprint from N. Y. State Mus. Bui. 47) and structure. It is of interest to the student of natural history also, because of the remarkable diversity of structure. Fig. 6 Larva of Tipula abdominalis Say. (Reprint from X. Y. State Mus. Bui. 47) and habits of the larvae. The group is largely represented within our borders, and during two past field seasons I have. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloratio Stock Photo

RMRMAFE1–. Annual report. New York State Museum; Science; Science. Fig. 5 Tipula abdomin alls Say ? nat. size. (Reprint from N. Y. State Mus. Bui. 47) and structure. It is of interest to the student of natural history also, because of the remarkable diversity of structure. Fig. 6 Larva of Tipula abdominalis Say. (Reprint from X. Y. State Mus. Bui. 47) and habits of the larvae. The group is largely represented within our borders, and during two past field seasons I have. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloratio

. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 1078'.—ScsGva balteata, S. pyrastri, and S. ribesii. Fig. 1079.—Daddy Long-legs ; i, larva ; z, empty ca.'^c ; 3, perfect insect; 4, eggs. There is a very destructive family of two-winged insects, called amiliarly Crane-flies or Daddy Long-legs (fig. 1079, No. 3), though scientifically termed Tipula. The larvae are very destructive to many vegetals, and also to the roots of dahlias in the flower-garden. The larva of T. oleracea (No. i) is a maggot about an inch lon Stock Photo

RMRDT4TN–. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 1078'.—ScsGva balteata, S. pyrastri, and S. ribesii. Fig. 1079.—Daddy Long-legs ; i, larva ; z, empty ca.'^c ; 3, perfect insect; 4, eggs. There is a very destructive family of two-winged insects, called amiliarly Crane-flies or Daddy Long-legs (fig. 1079, No. 3), though scientifically termed Tipula. The larvae are very destructive to many vegetals, and also to the roots of dahlias in the flower-garden. The larva of T. oleracea (No. i) is a maggot about an inch lon

. The crane-flies of New York. Crane flies; Diptera. 525. 526 TIPULA DEJECTA, T. USITATA, AND T. TRIVITTATA Tipula dejecta, larva: 524, menturn; 525, hypopharynx; 520, spiracular disk Tipuln unUita, larva: 527, fifth abdominal segment, dorsal aspect; 528, spiracular disk Tipula trivilluki, larva: 529, spiracular disk 1126. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Alexander, Charles P. (Charles Paul), 1889-1981. [Itha Stock Photo

RMRE6280–. The crane-flies of New York. Crane flies; Diptera. 525. 526 TIPULA DEJECTA, T. USITATA, AND T. TRIVITTATA Tipula dejecta, larva: 524, menturn; 525, hypopharynx; 520, spiracular disk Tipuln unUita, larva: 527, fifth abdominal segment, dorsal aspect; 528, spiracular disk Tipula trivilluki, larva: 529, spiracular disk 1126. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Alexander, Charles P. (Charles Paul), 1889-1981. [Itha

RMRDJ6X7–. A text-book of agricultural zoology. Zoology, Economic. DIPTEKA OE TEUE ELIES. 205 sharp conical ovipositor, the end of the male is blunt. The female, by means of this tube, lays her black spindle-shaped eggs on the grass or near some plants—the greater the shelter the more they frequent it, hence we find these pests always most .frequent in permanent pastures. They prefer damp spots. Fig. 99.—Crane-fly (Tipula oleracea). 1 and 2, Male and female; 3, ova; 4, larva; 6, pupa. (Whitehead.) to oviposit—in fact, most Tipulidse frequent damp and swampy places, some larva living in water, even in b

. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. Fig. 15.—Larva of Tipula coronata Alex, a, hypopharynx and prementum; b, labrum and antennae (dorsal view); c, maxilla; d, end of abdomen (lateral view). Pupa.—Length 13-16 mm., diameter 2-2-8 mm. Similar in colour and general appearance to T. caffra, differing as follows: cephalic crest not as large, consisting of a stout, moderately long median lobe. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance Stock Photo

RMRMKMTN–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. Fig. 15.—Larva of Tipula coronata Alex, a, hypopharynx and prementum; b, labrum and antennae (dorsal view); c, maxilla; d, end of abdomen (lateral view). Pupa.—Length 13-16 mm., diameter 2-2-8 mm. Similar in colour and general appearance to T. caffra, differing as follows: cephalic crest not as large, consisting of a stout, moderately long median lobe. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance

. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. 62 Annals of the South African Museum. smaller, rounded; outer teeth reduced, acute. Maxilla (fig. 18, c) similarly haired to that of T. coronata, possessing these additional. Fig. 18.—Larva of Tipula caffra Alex, a, labrum and antennae (dorsal view); b, hypopharynx; c, maxilla; d, end of abdomen (dorsal view) with spiracular disc. setae: inner lobe with a single seta at inner basal angle of palpus and three setae below the outer angle of the membranous tissue. Please note that these images are extra Stock Photo

RMRMKMDR–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. 62 Annals of the South African Museum. smaller, rounded; outer teeth reduced, acute. Maxilla (fig. 18, c) similarly haired to that of T. coronata, possessing these additional. Fig. 18.—Larva of Tipula caffra Alex, a, labrum and antennae (dorsal view); b, hypopharynx; c, maxilla; d, end of abdomen (dorsal view) with spiracular disc. setae: inner lobe with a single seta at inner basal angle of palpus and three setae below the outer angle of the membranous tissue. Please note that these images are extra

. The American entomologist. Entomology. 100 THE AMERICAN ENTOMOLOGIST. Ilk,Ml .1 ;it gi'ouiul. Mr. Jlicl-iium, Cohimhia, Mo.—The wonns you found at the root of a decaying apple tree, are the larva; of the Three banded crane tly (Tipula tricittata, Say), a large species wliiili we liave lired from larva; found in similar situatiiins. Ymi mcd nut fear they will trouble you. Tlicv c/:ui lianllv bo loiisiilcred injurious. pel ti Cane L Klnrishiiij, liirc-s oh your iid of an inch a ratlier large iiiLc species of t'U t(. IVdintcii always burn the wood which lie primes, these and other eggs that the Stock Photo

RMRPEK55–. The American entomologist. Entomology. 100 THE AMERICAN ENTOMOLOGIST. Ilk,Ml .1 ;it gi'ouiul. Mr. Jlicl-iium, Cohimhia, Mo.—The wonns you found at the root of a decaying apple tree, are the larva; of the Three banded crane tly (Tipula tricittata, Say), a large species wliiili we liave lired from larva; found in similar situatiiins. Ymi mcd nut fear they will trouble you. Tlicv c/:ui lianllv bo loiisiilcred injurious. pel ti Cane L Klnrishiiij, liirc-s oh your iid of an inch a ratlier large iiiLc species of t'U t(. IVdintcii always burn the wood which lie primes, these and other eggs that the

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Tipula larva Stock Photos and Images

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