著者

吉行 瑞子

出版者

国立科学博物館

雑誌

Bulletin of the National Science Museum. Series A, Zoology (ISSN:03852423)

巻号頁・発行日

vol.14, no.4, pp.215-222, 1988-12

被引用文献数

3

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Euroscaptor klossi THOMAS, a little known mole of Thailand, is re-described on a dead specimen from Mt. Doi Inthanon. Its pelvic and manual bones are described for the first time. Relationship of Asiatic moles is discussed.

著者

吉行 瑞子

出版者

国立科学博物館

雑誌

国立科学博物館研究報告 (ISSN:00280119)

巻号頁・発行日

vol.13, no.2, pp.195-198, 1970-06

著者

吉行 瑞子

出版者

日本動物分類学会

雑誌

タクサ : 日本動物分類学会誌 (ISSN:13422367)

巻号頁・発行日

no.24, pp.3-4, 2008-02-20

著者

今泉 吉典 吉行 瑞子 土屋 公幸

出版者

日本哺乳類学会

雑誌

哺乳動物学雑誌: The Journal of the Mammalogical Society of Japan (ISSN:05460670)

巻号頁・発行日

vol.3, no.2, pp.44-45, 1966-09-30 (Released:2010-08-25)

参考文献数

2

著者

吉行 瑞子

出版者

国立科学博物館

雑誌

国立科学博物館専報 (ISSN:00824755)

巻号頁・発行日

vol.35, pp.35-39, 2000

著者

今泉 吉典 吉行 瑞子

出版者

THE MAMMAL SOCIETY OF JAPAN

雑誌

哺乳動物学雑誌: The Journal of the Mammalogical Society of Japan (ISSN:05460670)

巻号頁・発行日

vol.2, no.1, pp.10-14, 1961

著者

今泉 吉典 吉行 瑞子

出版者

THE MAMMAL SOCIETY OF JAPAN

雑誌

哺乳動物学雑誌: The Journal of the Mammalogical Society of Japan (ISSN:05460670)

巻号頁・発行日

vol.2, no.4, pp.105-108, 1965

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A specimen, subadult female, of <I>Tadarida</I> was collected from Kumamoto City, Kyushu, Japan, by Dr. H. Tange in April, 1964. It is identified as <I>T. insignis</I> (BLYTH, 1861) and hence the third record for this species in Japan. If this identification is correct, <I>insignis</I> may not be a subspecies of <I>T. teniotis</I> but a distinct species differing in the following characters; 1) the wing membranes are only inserted to the lower third of the tibia instead of just above the ankle; 2) calcar with a distinct keel; 3) color of fur is fuscous, much darker than that of <I>teniotis</I>; 4) in the skull, zygomatic and lachrymal breadth are relatively narrower and the mandible is relatively longer than in <I>teniotis</I>; 5) lower incisors are strongly imbricated and the relatively larger second incisor extends to the middle of the inner lobe of the first incisor. The distribution of <I>insignis</I> is confined to China, Korea, southern Ussuri and Japan and clearly separated from that of <I>teniotis</I> by a broad region extending from Indo China and Tibet to Afghanistan.

著者

今泉 吉典 吉行 瑞子 土屋 公幸

出版者

THE MAMMAL SOCIETY OF JAPAN

雑誌

哺乳動物学雑誌: The Journal of the Mammalogical Society of Japan (ISSN:05460670)

巻号頁・発行日

vol.3, no.2, pp.44-45, 1966

著者

今泉 吉典 吉行 瑞子 小原 巖 土屋 公幸 今泉 忠明

出版者

THE MAMMAL SOCIETY OF JAPAN

雑誌

哺乳動物学雑誌: The Journal of the Mammalogical Society of Japan (ISSN:05460670)

巻号頁・発行日

vol.4, no.3, pp.63-73, 1969

被引用文献数

1

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Three distinct mammal communities were recognized in a forest region on the western slope of Mt. Fuji, Honshu, Japan. Among them, the subalpine conifer forest community is relatively poor both in the number of species and in the density of populations of small mammals and is distinguished from the subalpine deciduous forest community by the absence of <I>Apodemus speciosus speciosus</I> and rarity of <I>Eothenomys kageus</I>. The low mountain mixed forest community is characterized by the presence of <I>Urotrichus talpoides hondonis</I> and the absence of <I>Dymecodon pilirostris</I>.<BR>In the most of species found in this region, the habitat range seems to clearly correlate with the nature of forests. However, those of <I>Dymecodon</I> and <I>Urotrichus</I> are exception and seem to be mainly determined by a kind of competition between them.<BR>In the region above Shôjiguchi Ni-gôme, 1, 500-2, 380 m alt., the habitat range of <I>Dymecodon</I> was completely confined to an area above and that of <I>Urotrichus</I> mostly to an area below a line at about 1, 600 m alt. in a mixed forest. However, two specimens of <I>Urotrichus</I> were obtained in the habitat range of <I>Dymecodon</I>, one at 2, 380 m and the other at 1, 670 m alt. This indicates that the habitat ranges of these two species are mostly segregated, but the territory of <I>Dymecodon</I> population is not so exclusive as that of <I>Urotrichus</I> and contains several individuals of the latter. Quite same phenomena of such special segregation between these two species have been known from Mt. Hayachine, Tohoku District, and Mt. Yatsugatake, Central Honshu.<BR>This can be explained clearly by a following hypothesis. There is a "competition by power" between those two shrew-mole species which are nearly related and similar in general habits including the ecological niche but are slightly different in size and physical strength. So that the individuals of the stronger species, <I>Urotrichus</I>, able to successfully maintain their territories against the individuals of the weaker one, <I>Dymecodon</I>, but the reverse is not true. If the population density of the stronger species is nearly in saturation in an area, then the individuals of the weaker species may be completely driven out from there. But, the stronger species probably able to invade rather freely into the range of weaker species and to live on there.<BR>It is probable that <I>Dymecodon</I>, evidently more primitive and older in origin than <I>Urotrichus</I>, had probably covered nearly completely the foot of Mt. Fuji in ancient times. After that <I>Urotrichus</I> had arrived there and gradually drove out <I>Dymecodon</I> from the foot to subalpine region. However in some regions where <I>Urotrichus</I> perhaps had failed to invade by some kinds of barriers, populations of <I>Dymecodon</I> have been maintained well to the present day. A population of <I>Dymecodon</I> at Lake Motosu region, 910m alt., may be such living remnant.

著者

吉行 瑞子

出版者

国立科学博物館

雑誌

自然教育園報告 (ISSN:0385759X)

巻号頁・発行日

vol.34, pp.157-162, 2002-06

被引用文献数

1

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The tunnel of Mogera wogura wogura (Temminck, 1843) was investigated at a cold temperature forest zone in Tsukuba Botanical Gardens, Ibaraki Prefecture. Japan, on 27-28 April, 1988. The research area was 24m^2 (6x4m). A cast of tunnel was made with plaster mixed with water; the diameter of the tunnel was measured in crosssection of the cast. The result revealed that the species makes the larger tunnel (average 56mm in diameter), difference from the other species so far known, e.g. Talpa europaea Linnaeus, 1758. The depth of the tunnel was also measured from the surface of the ground to the bottom of the tunnel. Three types of depth of tunnel were detected I.e., shallow (40-90 mm), medium (100-210mm), and deep tunnels (280-420mm). Among them, the medium type was found to be more dominant than the shallow and deep tunnels. The fortress with a nest charnber recorded in Talpa europaea were noto observed.