著者
朝比奈,正二郎
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.45, no.3, 1977-09-25
著者
IWASA,Mitsuhiro
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.59, no.2, 1991-06-25

Seventeen species of the genus Psila MEIGEN from Japan, Sakhalin and the Kurile Islands are reviewed. Of these, seven species, namely P. (Psila) fulviseta, P. (P.) japonica, P. (Synaphopsila) pullata, P. (Freyopsila) kanmiyai, P. (F.) nigriseta, P. (F.) nitida, P. (F.) sanguinolenta, are new to science. Nine species including two economically important pests, P. (P.) rosae FABRICIUS and P. (P.) nigricornis MEIGEN, are newly recorded in Japan. A key to the Japanese species is also presented.

1 0 0 0 OA 年譜と一覧

著者
磐瀬 太郎 江崎 悌三
出版者
日本昆虫学会
雑誌
昆蟲 (ISSN:09155805)
巻号頁・発行日
vol.25, no.4, 1957-09-25
著者
宗林,正人
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.30, no.4, 1962-11-30

本種の生活環には完全生活環と不完全生活環の2型があり, 完全生活環ではウシコロシに産みつけられた卵は冬を越し, 3月下旬ふ化し, 4月中旬幹母の成虫が現われる.第2代はすべてはねを有し, タケ, ネザサなどの中間寄主に移住する.夏季高温時にも中間寄主上によく繁殖し, 多数のはねの無い胎生雌虫の世代をくり返し, 10月下旬にはねの有る産雌虫が現われてウシコロシに帰り両性雌を産下する.11月になれば雄虫が現われてウシコロシに帰り両性雌と交尾する.両性雌は11月中旬から産卵をはじめる.不完全生活環においては10月下旬から11月上旬中間寄主上に現われるはねの有る胎生雌虫は中間寄主の他の株に移り, はねの無い胎生雌虫を産下する.このはねの無い胎生雌虫は冬季低温時にも産子をつづけて冬を越す.ネザサに寄生した本種は常に葉の気孔からのみ口針をそう入し, ほとんど細胞内を貫通して進入し, その先端は細脈のし部のみにそう入されて平行脈にはそう入されない.このような事実はネザサの葉の構造, 特に気孔の分布, 表皮の角皮化, 平行脈および細脈の組織的差異と口針の長さなどに基因するものと思われる.
著者
石森 直人
出版者
日本昆虫学会
雑誌
昆蟲 (ISSN:09155805)
巻号頁・発行日
vol.12, no.4, pp.115-120, 1938-07-27
著者
SHIMA,Hiroshi
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.59, no.1, 1991-03-25

Nine Japanese species of Oswaldia are revised, four of which are described as new to science : flavitibia sp. nov., gilva sp. nov., glauca sp. nov., and strigosa sp. nov. Five known Japanese species are discussed and briefly redescribed. A key to the Japanese species is provided.
著者
TSUKAGUCHI,Shigehiko
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.47, no.3, 1979-09-25

Chrysopa kintoki OKAMOTO is revised. The species is newly transferred to Brinckochrysa. The descriptions are given of the egg, larva and adult of the species, with brief notes on its biology.
著者
永冨,昭
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.33, no.1, 1965-03-20

The results of our observation on the biology of Sepedon sauteri Hendel are as follows. The adult is found along the paddy-field, ditch, pond, etc., and lays the egg-mass on the leaves of various plants growing close by the water. The larva, which has difficulty in respiration below the water and floats on the top of the water, attacks Lymnaea (Galba) ollula Gould, which is an intermediate host of the fluke, at the edge of the water. It passes three instars and kills six to sixteen snails until pupation which takes place throughout the waterside. It seems that the reproduction occurs from April to September in which a number of generations comes to pass and the hibernation is made only at the adult stage. The developmental period is shown in Table 1. It is interesting to note that the egg is parasitized by Trichogramma japonium Ash-mead which is a natural enemy of the rice stem borer, Chilo suppressalis Walker.
著者
SASAKAWA,Mitsuhiro
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.51, no.2, 1983-06-25

Five new species, H. crucifera, Lagena, matsumurai, sphincta and triphylla, are described. Biology of H. interstincta is presented.
著者
SASAKAWA,Mitsuhiro
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.53, no.3, 1985-09-25

Five new species, Homoneura pyriformis, trifurcata, tridentata, aulatheca and securigera, are described, and two species are recorded from Japan for the first time. A key to the species is given.
著者
SASAKAWA,Mitsuhiro
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.50, no.3, 1982-09-25

The known Japanese species of Homoneura, s. str., have been revised. Six new species, H. hymenophallus, panniculata, repanda, spinicauda, spinosa and yamagishii, are described. Four species are synonymized, 3 of which hitherto have been assigned to the Tephritidae. The biology of 2 reared species, euaresta and unguiculata, is presented.
著者
IWASA Mitsuhiro
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.57, no.1, pp.148-162, 1989

The Japanese species of the genus Chyliza FALLEN are revised. Of the seven species determined, five, namely takagii, flavifrons, crinita, nigrifemorata and splendida, are described and illustrated as new to science. A key to the Japanese species is also presented.
著者
矢野,宗幹
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.1, no.2, 1926-11-25
著者
杉 繁郎
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.32, no.3, 1964
著者
杉,繁郎
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.32, no.3, 1964-09-30
著者
堀,克重
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.34, no.1, 1966-04-20
著者
郡場 央基
出版者
東京昆蟲學會
雑誌
昆蟲
巻号頁・発行日
vol.25, no.3, pp.99-101, 1957

(1) I found Ampulex amoena Stal in Kyoto first in the summer of 1951. Since then the wasp was observed every year in my garden. It appears in June and disappears in late autumn. In 1954 the first ♀ was found on June 21 while in 1956 on June 29 and the last ♀ was seen on Nov.13 in 1955. (2) The adult wasps (♀♂) seems to suck in sap oozing out from the points injured by the rostrum of cicadas (Graptopsaltria nigrofuscata Motschulsky and Platypleura kaempheri Fabricius on Abies and other trees. (3) The female wasp hunts the medium-sized nymph of Periplaneta picea Shiraki and hides it in some crevices of wooden buildings to oviposit on it. At 2 p.m. on Aug. 13, 1956, I observed only once her hunting habit in a small glass box (7×5×0.5 cm.) made as a cage for artificial ant nest. "She grasped one of the cockroach legs with her mandibles to prevent it from escape and soon changed her grasping point to the edge of its 2nd abdominal tergite. She stretched her abdomen towards the ventral surface of its thorax to sting it at the base of one of its coxae. The stinging point was not ascertained. Then she seized it by the proximal portion of its antennae and stung it 3 times behind its gular region. She began to transport it seizing by its antennae." (4) The paralyzed cockroach (18 mm. long) had short-cut antennae (6 mm. long) and was able to move its legs violently when stimulated but not walk voluntarily. It could suck up fruit juice the next day. The wasp egg (2.5×0.95 mm.) was attached longitudinally along the basal portion of one of its mesocoxae, directing its cephalic pole proximad. (5) The above egg hatched at 6 : 35 a.m. on Aug. 15. After sucking up the body fluid, the larva began to devour the prey at 15 p.m. on Aug. 17 and the prey lost its response ability. On Aug. 20 the larva spun its cocoon and on Sep. 19 a female wasp came out from this cocoon.