• Title/Summary/Keyword: 큰다색풍뎅이

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Scarabeids and White grubs from Halla Arboretum and Nursery in Jeju Province (제주도 한라수목원과 육묘장에서 발견된 풍뎅이와 굼벵이의 종류)

  • 이동운;신창훈;추호렬;이상명
    • The Korean Journal of Soil Zoology
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    • v.6 no.1_2
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    • pp.37-44
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    • 2001
  • Scarabaeids and white grubs were investigated at Halla arboretum and nursery in Jeju province in 1999 and 2001. Scarabaeid pests were surveyed from 14 tree species of 12 families at Halla arboretum in Jeju in March, 1999 and from 55 species of 27 families in March and September, 2001 and from Taxus cuspidata at nursery in Seoguipo in March, 1999 and 18 tree species of 9 families at the same nursery in March and September, 2001. Six species of white grubs and scarabaeids were collected from Halla arboretum. At Halla arboretum, Holotrichia niponensis was collected from 28 tree species of 21 families, H. diomphalia from 27 tree species of 20 families, and an unidentified white grub from 27 tree species of 19 families. Maladera orientalis was collected from 4 tree species of 4 families and Aphodius sp. and Adoretus tenuimaculatus from Punica granatum and Carpinus sieboldiana. At Halla nursery in Seoguipo, H. niponensis were collected from 9 tree species of 6 families and H. diomphalia from 10 tree species of 6 families. White grub of Minela testaceopes was collected from Ternsstraemia japonica. H. niponensis, H. diomphalia and an unidentified white grub were dominant species out of collected white grubs and scarabaeids and these were collected from Cinamomum camphrora. H. niponensis was the most serious pest on T. cuspidata.

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External Morphology and Species Components of the White Grubs Collected from Ginseng Field and Its Neighbouring Fallows (인삼포(人蔘圃) 및 그 주변 포장(圃場)에서 채집(採集)된 굼뱅이의 종구성(種構成) 및 외부형태(外部形態))

  • Kim, K.H.;Kim, S.S.;Hyun, J.S.
    • Korean journal of applied entomology
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    • v.24 no.4 s.65
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    • pp.179-182
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    • 1986
  • The white grubs were collected from ginseng field and fallow lands to examine their external morphology and species components. They were divided into 3 subfamilies, i.e., Melolonthinae, Rutellinae, and Sericinae by the shape of anal slit and/or presence of elevated lines in stridulating area of mandible. Eight species were identified by means of comparing the shape of anal slit, setal arrangement of decasternite, and frontoepicranial series of setae. Larvae of Holotrichia diomphalia and H. morosa were observed to damage ginseng root in field.

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Species and Seasonal Occurrences of Sericinae, Melolonthinae, and Rutelinae Chafers Captured by Blacklight Traps in Suwon and Chonju (수원과 전주 지방에서 blacklight trap에 유인된 우단풍뎅이아과, 검정풍뎅이아과 및 줄풍뎅이아과 풍뎅이의 종류와 발생 소장)

  • 김기황;강여규
    • Korean journal of applied entomology
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    • v.32 no.4
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    • pp.414-419
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    • 1993
  • Species and seasonal occurrences of Sencinae, Melolonthinae and Rutelinae chafers captured b by blacklight traps were investigated from 1989 to 1991 in Suwon and Chonju. Numbers of s species captured in Suwon and Chonju were 6 and 6 for Sericinae, 8 and 7 for Melolothinae, 7 a and 8 for Rutelinae, 21 and 21 in total, respectively. Species with more captures from both districts in each subfamily were Maladera orientalis of Sericinae, Holotrichia morosa and H. diomphalia of Melolonthinae, and Anomala corpulenta, and A. rufocuprea of Rutelinae. Adults of t the above five species were captured 1O~20 days earlier in Chonju than in Suwon. H. d diomphalia adults occurred mamly In odd years in Chonju, which is the same pattern as in S Suwon.

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Occurrence of White Grubs in Relation to Environmental Factors in Pasture (목초지의 환경요인에 따른 굼벵이의 발생양상)

  • 김석환;김무성
    • Journal of The Korean Society of Grassland and Forage Science
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    • v.11 no.1
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    • pp.28-28
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    • 1991
  • The investigation of the kinds and density of white grubs in relation to soil texture, forages, yearsafter pasture establishment, and management methods in pasture were surveyed in Livestock ExperimentStation, Suwon by digging 5 sites($100cm{\times}100cm$) in a month from April to October during 1985.The results obtained were summarized as follows; No difference was observed in white grub speciesdivesity in relation to soil texture, forages, years after pasture establishment, and management methodof pasture, but the abundance of each species was different from the environmental factors.1. On the soil texture; Miridiba kureana, Popillia uchidai, Holotrichia mmosa and Holotrichia diomphalia occurred in the clay loam field, whereas Anomala corpulenta and Anomala mfocuprea in the sandy loam. 2. On the forage; the density of all species except Popillia uchidai was higher in grass than legume. 3. On the years after pasture extablishment; both of the species diversity and abundance were increased 3 years after pasture establishment and maximized at the 5th year.4. On the management methods of pasture; species diversity and abundance were higher in meadows thanpastures.

Occurrence of White Grubs in Relation to Environmental Factors in Pasture (목초지의 환경요인에 따른 굼벵이의 발생양상)

  • 김석환;김무성
    • Journal of The Korean Society of Grassland and Forage Science
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    • v.11 no.1
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    • pp.38-42
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    • 1991
  • The investigation of the kinds and density of white grubs in relation to soil texture, forages, years after pasture establishment, and management methods in pasture were surveyed in Livestock Experiment Station, Suwon by digging 5 sites($100cm{\times}100cm$) in a month from April to October during 1985. The results obtained were summarized as follows; No difference was observed in white grub species divesity in relation to soil texture, forages, years after pasture establishment, and management method of pasture, but the abundance of each species was different from the environmental factors.1. On the soil texture; Miridiba kureana, Popillia uchidai, Holotrichia mmosa and Holotrichia diomphalia occurred in the clay loam field, whereas Anomala corpulenta and Anomala mfocuprea in the sandy loam. 2. On the forage; the density of all species except Popillia uchidai was higher in grass than legume. 3. On the years after pasture extablishment; both of the species diversity and abundance were increased 3 years after pasture establishment and maximized at the 5th year.4. On the management methods of pasture; species diversity and abundance were higher in meadows than pastures.

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