Titlebook: Species Diversity of Animals in Japan; Masaharu Motokawa,Hiroshi Kajihara Book 2017 Springer Japan 2017 Speciation.Island fauna.Mammal.Bir

開(kāi)始從未

2509-5536 ablishing a general biogeographic theory in archipelagoes arThis book summarizes the status quo of the knowledge about the biodiversity in terrestrial, freshwater, and marine animals that live in Japan. Consisting of some 6,800 islands that are arrayed for approximately 3,500 km from north to south,

震驚

Book 2017ing of some 6,800 islands that are arrayed for approximately 3,500 km from north to south, the Japanese archipelago has a complex history in a paleogeographic formation process over time and harbors rich flora and fauna. This work will contribute to establishing a general biogeographic theory in arc

Daily-Value

An Overview of Recent Marine Biodiversity Research in JapanMalacostraca) and Thermosbaenacea (Crustacea: Malacostraca), the class Monoplacophora (Mollusca), and the phylum Gnathostomulida, clearly show that knowledge of Japan’s marine biodiversity remains incomplete. Repeated, long-term surveys should be conducted in both shallow and deep waters.

堅(jiān)毅

Tardigrade Research in Japan can tolerate extreme conditions. Freshwater and marine species have been less studied than terrestrial species. However, biodiversity research on Japanese marine tardigrades became active after 2013. In this chapter, studies on tardigrades in Japan are briefly reviewed. A total of 166 species known from Japan are listed.

干旱

Current Status of Entomophilic Nematode Survey in Japanntomophilic nematodes.’ In this present chapter, the diversity of biological features of the entomophilic nematodes found in the Japanese Islands is introduced and compared with previous studies conducted in American and European regions.

牛的細(xì)微差別

Taxonomic Review of Japanese Sponges (Porifera)h sponges (Homoscleromorpha, 5 spp.). Most of the species are poorly understood, and the taxonomic identity of each species should be investigated in future studies. . nom. nov. is herein proposed for . Hoshino, 1981 (type locality: Ariake Sea, Japan) to avoid homonymy with . Bergquist and Warne, 1980 (type locality: Christchurch, New Zealand).

Armada

“Land Emergence” and “Elevation Shift” Affect Diversification: A New Perspective Toward Understandinns of diversification in the islands adjacent to the main Japanese islands (Hokkaido, Honshu, Shikoku, and Kyushu) and the within-island diversification in the main islands. In this chapter, I propose two potential models to explain such diversification: ‘land emergence’ effects and ‘elevation shift

Postulate

Cubicle

A Review of the Processes of Mammalian Faunal Assembly in Japan: Insights from Molecular Phylogenetic and phylogeographic studies for all non-volant terrestrial mammals indigenous to the Japanese Archipelago (63 species), with a particular focus on obtaining reliable chronological data. The results of this review demonstrate that geological vicariance events in the Tsugaru and Korea (Tsushima) Str

Fracture

Biogeographic Pattern of Japanese Birds: A Cluster Analysis of Faunal Similarity and a Review of Phyand 246 native breeding species/subspecies of land birds (comprising 156 species belonging to 101 genera and 40 families). The degree of endemism at the species/subspecies level is low in the former (11.8?%) and high in the latter (47.2?%). In this chapter, I investigated the geographic patterns of