Epilachnine Ladybird Beetles(Coleoptera, Coccinellidae) of Sumatra and Java.

Katakura, Haruo; Nakano, Susumu; Kahono, Sih; Abbas, Idrus; Nakamura, Koji

doi:10.3759/tropics.10.325

Cited by 25 publications

(39 citation statements)

References 10 publications

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“…Therefore, it is regarded as a non-pest species. Among the five species in Table 2, the life history traits of E. pytho is most similar to those of E. enneasticta whose elevational range (400-1400 m) is also similar to E. pytho (Katakura et al, 1988;Nakano, 1999). Although E. enneasticta has been regarded as a pest species of solanaceous crops (Katakura et al, 1988;Nakano et al, 1997), recent study shows 1) E. enneasticta in West Sumatra utilizes nine solanaceous weeds as well as two solanaceous crops (S. tuberosum, S. melongena) (Katakura et at., 2001), and 2) E. enneasticta is collected more easily on these solanaceous weeds than on crops because of a wider distribution of these weeds in West Sumatra (Nakano, unpub!.).…”

Section: Sex Ratio Of Newly Emerged Adultsmentioning

confidence: 80%

“…E. pusillanima and E. septima, both depending on cucurbitaceous crops (0-1100 m in altitude), E. vigintioctopunctata, depending on solanaceous crops and weeds (0-1400 m) and E. sp.3, depending on a weedy vine Mikania micrantha (Compositae) (0-1400 m) (Katakura et at., 1988;Nakamura et at., 1995). The last one, E. enneasticta, feeding on solanaceous plants, occurs with a low density at higher elevations (400-1400 m) (Katakura et at., 1988).…”

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confidence: 99%

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Survivorship and Fertility Schedules of a Non-Pest Phytophagous Lady Beetle, Epilachna pytho(Coleoptera, Coccinellidae) under Laboratory Conditions.

進

浩二

Abbas

2001

Tropics

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A non-pest Sumatran phytophagous lady beetle, Epilachna pytho was reared under laboratory conditions to study survivorship and fertility schedules. enneasticta, a non-pest species feeding on Solanaceae and living in high lands. E. pytho exhibited 1) longer immature stages, 2) longer mean length of the pre-reproductive period, 3) lesser fertility and 4) smaller r and larger T values than four pest epilachnine species, living at a wide elevational range.Key words: Coccinellidae / Epilachna pytho / phytophagous lady beetle / survivorship and fertility schedules / West SumatraIn our previous articles, we reported the survivorship and fertility schedules of five species of phytophagous lady beetles (subfamily Epilachninae) from Sumatra and Java, Indonesia (Nakamura et at., 1984 for Epitachna septima and E. pusillanima, previously treated as E. dodecastigma, cf. Booth

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Section: Sex Ratio Of Newly Emerged Adultsmentioning

confidence: 80%

mentioning

confidence: 99%

Survivorship and Fertility Schedules of a Non-Pest Phytophagous Lady Beetle, Epilachna pytho(Coleoptera, Coccinellidae) under Laboratory Conditions.

進

浩二

Abbas

2001

Tropics

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“…The most important host plants of this species in Indonesia may be eggplant and the weed, Solanum torvum (Solanaceae). In both West Sumatra and Java, this species was common everywhere in the rural areas (Katakura et al 1988(Katakura et al , 2001. Recently, we found epilachnine beetles occurring on an herbaceous vine weed, Centrosema pubescens (Leguminosae).…”

Section: Study Speciesmentioning

confidence: 95%

Long-term Dynamics of Phytophagous Lady Beetle Populations under Different Climate Conditions in Sumatra and Java, Indonesia.

浩二¹,

Kahono

Hasan

et al. 2001

Tropics

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Since 1990 we have studied population dynamics of the phytophagous lady beetles, Epilachna vigintioctopunctata, E. enneasticta and Epilachna sp. 3 (aff. emarginata), (Coleoptera: Epilachninae) in Padang, Sukarami (West Sumatra), Bogor (West Java) and Purwodadi (East Java), Indonesia. These sites have distinctly different climate conditions, e.g. Padang has a typical tropical rainforest climate without a clear alternation of wet and dry seasons, while Purwodadi has a strong dry season of 6-7 months. We have conducted censuses at 3-7 day intervals, including mark-recapture of beetles and construction of life tables for up to 9 consecutive years in order to clarify the seasonal change in abundance and mortality of the populations. In most populations the adult number changed greatly with the formation of high peaks from time to time at intervals of 6-12 months. Their increase or decrease was gradual, progressing over 3-5 months. Even under conditions with sufficient amount of rainfall in Padang, Sukarami and Bogor, oviposition intensity, number of the following immature stages and, as a result, adult emergence frequently showed discrete peaks at a fixed interval. These "generation cycles" were especially clear during the phase of population increase. There was no simple relationship between the seasonal change in rainfall and that of the beetle populations. We also discussed the impacts of the strong droughts in 1994 and 1997-1998 caused by EI Niiio, and the degree of synchronization in the trends of the populations among the adjacent study sites.

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“…Giray (1971), 26° C de birinci larva dönemini konukçu bitki belirtmeksizin 4-5 gün, ortalama gelişim süresini 4.35 gün sürdüğünü bildirmiştir. çeşidi belirtmemiş karpuz üzerinde birinci larva gelişim süresini 3.08 gün olarak belirtmiştir [12]. İkinci larva dönemi süresi karpuz çeşitlerine göre 2.90 gün ile en kısa Galactica'da, 3.00 gün ile en uzun Crimson tide üzerinde tamamladığı belirlenmiştir.…”

Section: Henosepilachna Elaterii'nin Farklı Karpuz çEşitleri üZerindeunclassified

Determination of Some Biological Parameters Henosepilachna Elaterii Rossi (Coleoptera: Coccinellidae) on Different Watermelon Cultivars

Bayhan¹,

Bayhan²

2017

MEJS

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Phytophagus coccinellid belong to Epilacchninae sub-family are very different the other coccinellid, and found in tropical and subtropical regions of the world. Henosepilachna elaterii Rossi. feeds on plants of Cucurbitacae family in groups in Europe, Africa and Asia. This pest is found the south Europe, Mediterranean regions, and south of Center Europe. Henosepilachna elaterii is a serious pest of watermelon and cantaloupe, and is a common pest in Aegean region and Southeastern Anatolia Region of Turkey. This species is a vector as different virus disease from health plant to disease plant. This study was carried out to determine biological parameters of Henosepilachna elaterii Rossi. (Coleoptera: Coccinellidae) feeded on watermelon cultivars (Sürme, Galactica, Crimson sweet, Crimson tide and Sugar baby). The trials were made in laboratory conditioned at 16:8 h (day:night) and in 65 ± 5 % relative humidity at 25 ±1 ºC temperature. Data was collected on effect of host plants cultivars on preadult periods. Total development time at prematuring period was shortest at 25 ± 1°C on Crimson tide cultivar as 24.41 days and longest as 25.01 days on Sürme cultivars.

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Epilachnine Ladybird Beetles(Coleoptera, Coccinellidae) of Sumatra and Java.

Cited by 25 publications

References 10 publications

Survivorship and Fertility Schedules of a Non-Pest Phytophagous Lady Beetle, Epilachna pytho(Coleoptera, Coccinellidae) under Laboratory Conditions.

Survivorship and Fertility Schedules of a Non-Pest Phytophagous Lady Beetle, Epilachna pytho(Coleoptera, Coccinellidae) under Laboratory Conditions.

Long-term Dynamics of Phytophagous Lady Beetle Populations under Different Climate Conditions in Sumatra and Java, Indonesia.

Determination of Some Biological Parameters Henosepilachna Elaterii Rossi (Coleoptera: Coccinellidae) on Different Watermelon Cultivars

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