Search

Your search keyword '"Haneda Y"' showing total 153 results
Start Over Author "Haneda Y"
153 results on '"Haneda Y"'

1. Rotated Transtensional Basins Formed During Back‐Arc Spreading in Japan: Simultaneous Rapid Tectonic Rotation and Basin Subsidence.

Author

Hosoi, J., Tanii, Y., Okada, M., and Haneda, Y.

Abstract

Previous models of strike‐slip basins do not consider the rotation of the basin itself; however, we show that the Tanakura transtensional basin in Japan was rotated and propose that this basin rotation was related to rifting caused by back‐arc spreading. The Tanakura Basin was formed by displacement along the Tanakura Fault Zone, one of the major active transform faults during the opening of the Sea of Japan. We carried out paleomagnetic analyses and U–Pb dating of the Neogene Tanakura Basin fill rocks. We present a revised, high‐precision stratigraphic record for the Neogene Tanakura Basin fill sequence shows that vertical‐axis counter‐clockwise rotation occurred between ∼17.2 and ∼16.6 Ma. Comparison with paleomagnetic data from adjacent areas shows that rotation was restricted to the basin. In addition, the timing of basin rotation corresponds to the rifting phase of the Tanakura Basin, suggesting that rapid basin subsidence owing to rifting and rapid basin rotation owing to strike‐slip faulting occurred simultaneously. The Tanakura Basin has the characteristics of both rift and transtensional basins that have experienced rotation. This study reveals the detailed relationships between the development and rotation of the Tanakura Basin: rifting‐related subsidence accompanied by basin rotation. Rifting owing to back‐arc spreading may have been accompanied by tectonic basin rotation in Northeast Japan, leading to variations in the magnitude and age of rotation, as the rifting occurred at different times in different locations. Key Points: We demonstrate the vertical‐axis rotation of blocks in the strike‐slip Tanakura transtensional basin, JapanBasin rotation coincided with basin riftingRifting owing to back‐arc spreading may have been accompanied by tectonic basin rotation in Northeast Japan [ABSTRACT FROM AUTHOR]

Published
2023
Full Text
View/download PDF

19. 119 SEX DIFFERENCE IN EXPRESSION PROFILES OF ACID-SENSING ION CHANNELS AND TRANSIENT RECEPTOR POTENTIAL CHANNEL V1 IN THE MOUSE URINARY BLADDER

Author

Kobavashi, H., primary, Yoshiyama, M., additional, Araki, I., additional, Kira, S., additional, Inuzuka, H., additional, Nakagomi, H., additional, Miyamoto, T., additional, Haneda, Y., additional, Sawada, N., additional, Kamiyama, M., additional, Kudou, S., additional, Zakoji, H., additional, Tsuchida, T., additional, Fukasawa, M., additional, and Takeda, M., additional

Published
2010
Full Text
View/download PDF

45. Spectroscopy of the Apogonluminescent system and of its cross reaction with the Cypridinasystem

Author

Sie, Edward H.-C., McElroy, W.D., Johnson, Frank H., and Haneda, Y.

Abstract

Methanol solutions of highly purified preparations of Apogon, (fish) luciferin, have absorption maxima at 260 and 430 mμ, and a shoulder at 320 mμ probably corresponding to those which have been reported for crystallized luciferin of the crustacean, Cypridina. On autoxidation, a new maximum appears at 350 mμ, while the maximum at 430 mμ disappears. Apogonluciferin has fluorescence excitation peaks which correspond to the absorption at 320 and 425 mμ, either of which gives a fluorescence emission maximum at 525 mμ. The emission spectra of the bioluminescent reactions of either Apogonor Cypridinaluciferin with the enzyme, luciferase, from either organism, extend from about 400 mμ to over 600 mμ, with a maximum at 460 mμ. The changes in fluorescence excitation and emission of luciferin with enzymic or alkali destruction are identical and correspond exactly to the absorption spectra of the purified compound. The presence of a weak fluorescence emission at 348 mμ corresponding to an excitation peak at 295 mμ is believed to represent an impurity.

Published
1961
Full Text
View/download PDF

46. Descriptions of some luminous squids from the water of northern new guinea collected by the R/V Tagula

Author

Haneda, Y., Tsuji, F. I., Haneda, Y., and Tsuji, F. I.

Abstract

Luminous squids numbering six species were collected with large plankton nets by the R/V Tagula during the Alpha Helix 1969 Biological Expedition to New Guinea. The first three species were collected by towing large plankton nets at a depth o f about 100 meters off madang harbour and off manam Volcano at night. They were small in size and appeared to be deepe sea forms. The last three species were collected at a depth o f 20-30 meters near the mouth o f Ramu River, north coast of New Guinea. They were o f moderate size and appeared to be shallow water forms. All the species were identified through the courtesy o f Dr. R. E. Young o f the Dept. of Oceanography, University of Hawaii.

Published
1971

Catalog

Books, media, physical & digital resources
See catalog results