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Volume 67 , Issue 4
Showing 1-10 articles out of 10 articles from the selected issue
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Review
  • Hitoshi Sasaki
    Volume 67 (2016) Issue 4 Pages 205-218
    Released: October 12, 2017
    JOURNALS FREE ACCESS

    Tabanids (Diptera: Tabanidae) is one of the most serious pest insect group against both humans and livestock. Tabanids' effects to livestock are transmission of some serious diseases such as bovine leukemia, surra and equine infectious anemia, irritation breeding daily gain and milk secretion loss. Tabanids also transmit Loa loa (Cobbold) to humans. Source control by chemical and mechanical methods has no effect due to the larvae of tabanids living under the soil sparsely. At the present, only trapping of adults is effective for controlling tabanids. Traps for capturing tabanids have been developed in two different ways. Some tabanid traps are diverted from tsetse fly traps in Africa such as Nzi trap, and others are developed for exclusive use in North America, Europe and Japan. The early traps attracted tabanids by their shapes and the visual and olfactory factors as attractant were added to the later traps to capture more flies. I reviewed the history of development on traps for capturing tabanids, visual and olfactory attractants for capturing tabanids and next generations of traps for capturing tabanids in this paper.

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Short Communications
Note
Case Report
  • Takeo Yamauchi, Tomomi Nakatani
    Volume 67 (2016) Issue 4 Pages 239-242
    Released: October 12, 2017
    JOURNALS FREE ACCESS

    We report here total ten human cases suffering from hard tick (Acari: Ixodidae) infestations in Toyama Prefecture located in the main island of Japan (Honshu) from 2010 to 2015. The causative tick species are as follows: Ixodes monospinosus (3 cases), Amblyomma testudinarium (2 cases), Haemaphysalis flava (1 case), H. japonica (1 case), H. longicornis (1 case), I. ovatus (1 case), and I. persulcatus (1 case). Of these, the one case with H. japonica tick infestation is considered to happen in Hokkaido, not in Toyama, Japan. The two by A. testudinarium tick infestations are re-emerging cases after a long absence since the first case reported in 1976 in Toyama Prefecture. It is speculated that the new two cases might be related to the expansion and the colonization of Japanese wild boar Sus scrofa, a host of A. testudinarium. Finally, two episodes of three patients with I. monospinosus tick infestation are suspected to occur during a school trip to Mt. Tateyama in Toyama Prefecture. The collected data remind us of a risk of hard tick infestations in mountain areas and we should pay careful attention to prevent and treat this infestation.

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Special Issue: Ecological responses of medically and veterinary important pests to the big environmental by the Great East Japan Earthquake 2011
Original Article
  • Mamoru Watanabe, Haruna Watanabe, Kyoko Sawabe
    Volume 67 (2016) Issue 4 Pages 243-258
    Released: October 12, 2017
    JOURNALS FREE ACCESS

    On 11 March 2011, a massive earthquake and resulting tsunamis caused widespread destruction across north-eastern Japan. To monitor potential population outbreaks resulting from the damage, occurrence of vector mosquitoes was continuously monitored until August 2015 in three cities: Rikuzentakata in Iwate Prefecture and Kesennuma, and Ishinomaki in Miyagi Prefecture.

    An outbreak of adult Culex pipiens group appeared in 2011, the year the earthquake occurred, and large numbers of adult Cx. inatomii appeared the following year. However, beginning in 2012, the number of Cx. pipiens group dramatically decreased, and in 2014, the number of Cx. inatomii also began decreasing considerably. Large numbers of larvae of Aedes togoi, Cx. pipiens group and Ae. japonicus were frequently collected from a number of waste containers under vault toilets and septic tanks that had been damaged and exposed by the tsunami. Large numbers of Cx. inatomii larvae were collected from flooded rice paddies and street gutters. In 2014, as the number of those sites decreased markedly due to land reclamation and efforts to raise land levels, the number of larvae collected also decreased sharply.

    Damage from the Great East Japan Earthquake and tsunami caused outbreak of several mosquito species. However, pools of standing water where mosquitoes can breed have disappeared as land levels have been raised and similar efforts have proceeded. This presumably halted the increased proliferation of mosquitoes.

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Japanese summaries of papers written in English in this issue
Obituary
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