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Title: Insect-flower Relationship in the Campus of Kyoto University, Kyoto : An Overview of the Flowering Phenology and the Seasonal Pattern of Insect Visits
Authors: KAKUTANI, Takehiko  kyouindb  KAKEN_id  orcid https://orcid.org/0000-0001-8174-616X (unconfirmed)
INOUE, Tamiji
KATO, Makoto  kyouindb  KAKEN_id
ICHIHASHI, Hideyuki
Author's alias: カクタニ, タケヒコ
イノウエ, タミジ
加藤, 真
イチハシ, ヒデユキ
Keywords: flowering phenology
anthophilous fauna
Kyoto
disturbed area
Issue Date: 20-Aug-1990
Publisher: 京都大学教養部生物学教室
Journal title: Contributions from the Biological Laboratory, Kyoto University
Volume: 27
Issue: 4
Start page: 465
End page: 522
Abstract: In 1985-1987 insect visitors to flowers were weekly or biweekly surveyed on a total of 113 plant species or 48 families in the campus of Kyoto University in Kyo-to city, Japan. Although the total number of plant species was nearly equal to those in Ashu and Kibune, native species were only 25, due to urbanization and disturbance. Flowering started from cultivated plants, e.g. Prunus spachina, in early April and ended also in cultivated plants, e.g. Camellia sazanqua in late November. The total number of plant species at flowering peaked in May. The flowering period of a single species was 17 days on average. A total of 2109 individuals of 320 species in nine orders of Insecta and two or-ders in Arachnoidea were collected in our samples. The total number of arthropod species was estimated to be 790 by the Preston's octave method and thus 40.5 % were in our samples. The most abundant order was Hymenoptera (50 % of in dividuals), followed by Coleoptera (26 %) and Diptera (16 %). The number of species was highest in Diptera (34%), followed by Hymenoptera (33 %) and Coleoptera (14 %). Compared with the undisturbed areas, Ashu and Kibune, two dominant Coleopteran families, Cerambycidae and Nitidulidae were quite rare here. In Hymenoptera, Megachilidae were quite abundant on exotic cultivated plants. The estimated total number of bee species (170 sp.) was more than those in the undisturbed areas. The number of insect species peaked twice in June and September, whilet he total number of individuals peaked in May and September. Coleoptera peakedi n May and June, Diptera peaked in June and October, while Hymenoptera appeared rather constantly throughout the flowering season. Cluster analysis separated 48 plant families into four groups: 30 families mainly visited by Hymenoptera, 6 families by Diptera, 9 families by Coleoptera and the others (3 families) by Lepidoptera.
URI: http://hdl.handle.net/2433/156099
Appears in Collections:Vol.27 No.4

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