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Ryodo Hemmi

University of Tokyo

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Publication

Featured researches published by Ryodo Hemmi.

Journal of Geography | 2016

Geomorphological View of the Environmental History of Mars and Candidate Habitable Environments

Hideaki Miyamoto; Goro Komatsu; James M. Dohm; Ryodo Hemmi; Tomohiro Usui; Akihiko Yamagishi

Progress in Earth and Planetary Science | 2017

Distribution, morphology, and morphometry of circular mounds in the elongated basin of northern Terra Sirenum, Mars

Ryodo Hemmi; Hideaki Miyamoto

Archive | 2018

Phobos Environment Model and Regolith Simulant for MMX Mission

Hideaki Miyamoto; Takafumi Niihara; Koji Wada; Kazunori Ogawa; N. Baresi; Paul A. Abell; Erik Asphaug; D. T. Britt; G. Dodbiba; T. Fujita; K. Fukui; Matthias Grott; K. Hashiba; Ryodo Hemmi; Peng Hong; Takane Imada; Hiroshi Kikuchi; P. Michel; K. Mogi; Tomoki Nakamura

Japan Geoscience Union | 2018

Regolith simulant and environment model of Phobos for MMX mission

Hideaki Miyamoto; Takafumi Niihara; Koji Wada; Kazunori Ogawa; Paul A. Abell; Erick Asphaug; Daniel T. Britt; Matthias Grott; Ryodo Hemmi; Patrick Mitchel; Peng Hong; Takane Imada; Hiroshi Kikuchi; Tomoki Nakamura

Japan Geoscience Union | 2018

High-resolution digital elevation models of Phobos derived from HiRISE stereo images

Ryodo Hemmi; Hideaki Miyamoto

Geosciences | 2018

High-Resolution Topographic Analyses of Mounds in Southern Acidalia Planitia, Mars: Implications for Possible Mud Volcanism in Submarine and Subaerial Environments

Ryodo Hemmi; Hideaki Miyamoto

Japan Geoscience Union | 2017

Thermophysical and topographic analyses of conical mounds in northern Terra Sirenum, Mars: Implications for their origins

Ryodo Hemmi; Hideaki Miyamoto

Japan Geoscience Union | 2017

Current production rate of dark splotches on the surface of Mars

Hideaki Miyamoto; Ryodo Hemmi; James M. Dohm

Japan Geoscience Union | 2017

Hydrological Simulation of Vallay formation in Hesperian Marsian Surface

Yosuke Yamashiki; Hiroaki Sato; Ryusuke Kuroki; Hideaki Miyamoto; Ryodo Hemmi

Japan Geoscience Union | 2016

Distribution and geomorphology of well-preserved pitted mounds in Terra Sirenum, Mars: Implications for possible mud volcanism

Ryodo Hemmi; Hideaki Miyamoto; James M. Dohm

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Collaboration

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Hideaki Miyamoto

Chiba Institute of Technology

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Hiroshi Kikuchi

University of Tokyo

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Takafumi Niihara

Graduate University for Advanced Studies

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Kazunori Ogawa

Kobe University

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James M. Dohm

University of Tokyo

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Akihiko Yamagishi

Tokyo University of Pharmacy and Life Sciences

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James M. Dohm

University of Tokyo

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Koji Wada

Chiba Institute of Technology

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Peng Hong

University of Tokyo

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Takane Imada

Japan Aerospace Exploration Agency

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