Lateral change in sedimentary facies and physical properties of the Middle Pleistocene Kiyokawa Formation, Shimosa Group beneath the northwestern part of the Shimosa Upland, Chiba Prefecture, central Japan

Author:

Yoneoka Keiya1,Sakata Kentaro1,Hongo Misao2,Nakazato Hiroomi1,Nakazawa Tsutomu1

Affiliation:

1. Geological Survey of Japan, AIST

2. Alps Technical Research Laboratory Co. Ltd.

Publisher

The Geological Society of Japan

Reference33 articles.

1. 長 郁夫・中澤 努, 2022, 平野の浅部地下構造事例:関東平野, b.千葉県柏市付近の浅部地下構造.加藤碵一・脇田浩二・斎藤 眞・高木哲一・水野清秀・宮崎一博編, 日本列島地質総覧:地史・地質環境・資源・災害, 朝倉書店, 50–52. [Cho, I. and Nakazawa, T., 2022, An example of shallow subsurface structures beneath plains: The Kanto Plain, b. Shallow subsurface structure. In Kato, H., Wakita, K., Saito, M., Takagi, T., Mizuno, K. and Miyazaki, K., eds., Overview of the Geology of the Japanese Islands, Asakura Publ. Co. Ltd., 50–52.] English translation from the original written in Japanese.

2. 遠藤邦彦・上杉 陽, 1972, 大磯・横浜地域の古期テフラについて.第四紀研究, 11, 15–28. [Endo, K. and Uesugi, Y., 1972, On the Older Tephra of Oiso and Yokohama Areas. Quat. Res.(Daiyonki-Kenkyu), 11, 15–28.]

3. 古澤 明, 1995, 火山ガラスの屈折率測定及び形態分類とその統計的な解析に基づくテフラの識別.地質雑, 101, 123–133. [Furusawa, A., 1995, Identification of tephra based on statistical analysis of refractive index and morphological classification of volcanic glass shards. J. Geol. Soc. Japan, 101, 123–133.]

4. 堀 和明・田辺 晋, 2012, 濃尾平野北部の氾濫原の発達過程と輪中形成.第四紀研究, 51, 93–102. [Hori, K. and Tanabe, S., 2012, Floodplain evolution and ringed artificial levee formation in the northern Nobi Plain, central Japan. Quat. Res.(Daiyonki-Kenkyu), 51, 93–102.]

5. 堀田 満, 1980, 日本列島及び近接東アジア地域の植生図について.ウルム氷期以降の生物地理に関する総合研究 昭和54年度報告書, 39–54. [Hotta, M., 1980, Vegetation map of the Japanese Islands and adjacent areas. 1979’s Annu. Rep. Synthetic Study of Biogeography since Würm Glacial, 39–54.]

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