著者：佐藤温重
発行所：裳華房（しょうかぼう）
発行年月日：2009年１月30日
定価：1600円
宇宙環境利用の展望
「宇宙環境利用の展望」は、財団法人 宇宙環境利用推進センター(ＪＳＵＰ)が宇宙環境利用に関する情報収集・提供の一環として、平成４年度以降毎年発行してきた報告書です。平成１８年３月のＪＳＵＰ解散により、本業務は(財) 資源探査用観測システム･宇宙環境利用研究開発機構（ＪＡＲＯＳ）に引き継がれ、今後も毎年発行され続ける予定です。
本書は、宇宙環境利用に関する最近の研究成果や今後の課題について、各分野でご活躍されている方々に解説いただき、さらにその分野の展望を考察いただいたものを掲載しております。微小重力環境における実験・研究を中心に、宇宙環境の利用を広義に捉え、その年の新しい動きについても盛り込んであります。過去の報告書をたどれば、宇宙環境利用をとりまく状況の変化を読みとることもできます。
宇宙環境を利用した研究やその企画立案に携わる方々に、大いに活用していただければ幸いです。
我が国の宇宙実験‐成果と教訓
井口洋夫監修 2005年3月
宇宙航空研究開発機構 A4版約400ページ
日本の研究者と宇宙機関が1970年〜1980年代に行った宇宙実験の一覧です。
自由にダウンロード・閲覧ができます。本書の冊子体は、日本マイクログラビティ応用学会誌第22巻増刊として刊行されました。
Advances in Space Biology and Medicine Volume 9 (2003)
Plant Reproductive Development during Spaceflight
Pages 1-23
Mary E. Musgrave and Anxiu Kuang
Bdelloid Rotifers as Model System to Study Developmental Biology in Space
Pages 25-39
Claudia Ricci and Chiara Boschetti
Drosophila melanogaster and the Future of ‘Evo-Devo’ Biology in Space. Challengeand Problems in the Path of an Eventual Colonization Project Outside the Earth
Pages 41-81
Roberto Marco, David Husson, Raul Herranz, Jes?s Mateos and F. JavierMedina
Morphogenesis and Gravity in a Whole Amphibian Embryo and in Isolated Blastomeres of Sea Urchins
Pages 83-99
Akemi Izumi-Kurotani and Masato Kiyomoto
Developmental Biology of Urodele Amphibians in Microgravity Conditions
Pages 101-131
Christian Dournon
The Development of Gravity Sensory Systems During Periods of Altered Gravity Dependent Sensory Input
Pages 133-171
Eberhard R. Horn
Neurophysiology of Developing Fish at Altered Gravity: Background-Facts-Perspectives
Pages 173-200
Ralf H Anken
Life-Cycle Experiments of Medaka Fish Aboard the International Space Station
Pages 201-216
Kenichi Ijiri
Mammalian Development in Space
Pages 217-251
April E Ronca
New Facilities and Instruments for Developmental Biology Research in
Space
Pages 253-280
Enno Brinckmann
宇宙とからだ―無重力への挑戦
森滋夫 著 1998年8月 新書版180ページ ISBN 4-525-12081-9 南山堂
宇宙の環境・有人宇宙船の歴史・無重力への挑戦・第二の地球を求めて
Gravitational and Space Biology Bulletin Vol. 11, No. 2 (1998)
Publication of the American Society for Gravitational and Space Biology
DICK YOUNG SYMPOSIUM
Plants and Somatic Embryos in Space: What Have We Learned?
Abe Krikorian
Blastophore Formation in the Animal Hemisphere Functional Inversion of Gastrulation by Centrifugation of Xenopus laevis Eggs.
Steven D. Black, Ashley N. Crutclofleld, Melissa D. Murphy and Theresa C. Swain
Earth's Early Biosphere.
Dave Des Marais
Bioregenerative Life Support: Not a Picnic.
William Knott
Past, Present and Future Life on Mars.
Chris P. McKay
MOLECULAR APPROACHES IN GRAVITATIONAL BIOLOGY RESEARCH
Effects of Microgravity on Osteoblast Growth.
Millie Hughes-Fulford, Raymond Tjandrawinata, Jamie Fitzgerald,
Kim Gasuad and Vicki Gilbertson
Molecular Regulation of Plant Cell Wall Extensibility.
Daniel J. Cosgrove
Molecular Genetics of Root Gravitropism and Waving in Arabidopsis thaliana.
J. Sedbrook, K. Boonsirichai, R, Chen, P. Hilson, R. Pearlman, E.
Rosen, R, Rutherford,A. Batiza, K. Carroll, T. Schulz and Paul H,
Masson
Transposon Tagging and Root Development in Arabidopsis.
Ryuji Tsugeki, Maya L. Olson and Nina Fedoroff
Biological and Medical Research in Space - An Overview of Life Sciences Research in Microgravity -
David Moore, Peter Bie and Heinz Oser eds. 1996.
ISBN 3-540-60636-X Springer-Verlag Berlin Heidelberg New York
日学選書5 今動物学がおもしろい - 宇宙と地球生物 -
宇宙と地球生命：毛利衛、向井さんのお供をしたメダカたち：井尻憲一、宇宙での動物の生殖と発生：小池元・山下雅 道・浅島誠、動物の行動と重力：最上善広、細胞はどのようにして重力を感ずるか：佐藤温重、植物はどのように重力を感ずるか：保尊隆享・増田芳雄、宇宙環 境と人間：渡邉悟、宇宙でのライフサイエンス：長岡俊治
頒価 2000円 申込先 （財）日本学術協力財団
〒106 港区六本木7-22-34
電話 03-3403-9788 FAX 03-3403-6224
購入部数、住所、氏名、電話番号を上記宛先に送って申し込んで下さい。
Plants in Space Biology
Edited by Hiroshi Suge
Institute of Genetic Ecology, Tohoku University
Contents
- Preface
- Fish mating behavior and development of their eggs in space: K. Ijiri
- Some aspects of plant space biology and closed ecological systems: T-H. Iversen, A. Johnsson
Gravity Responses of Plants
- Growth and gravisensitivity of lentil seeding roots grown in space: G. Perbal, V. Legue, D. Driss-Ecole
- Gravisensitivity of plant organs: D. Volkmann, M. Tewinkel
- A positively gravitropic mutant mirrors the wild-type protonemal response in the moss ceratodon: T. A. Wagner, D. J. Cove, F. D. Sack
- Hormone implications in root gravireactivity: a reexamination: P-E. Pilet
- The gravitropic response of primary roots of the rgr1 mutant of Arabidopsis thaliana: L. Young, M. L. Evans, H. Ishikawa, C. Wolverton, C. Simmons, D. Soell
- The pattern of indole acetic acid movement in gravistimulated primary roots of maize: C. L. Stinemetz
- A model system for spaceflight experiments: the gravity-regulated formation of peg in cucumber seedlings: H. Takahashi
- Induction of negative gravitropism by gibberellin in weeping Japanese cherry, Prunus spachiana: T. Nakamura
- Effects of Gravity on Plant Growth and Development
- Embryogenic somatic cell cultures of daylily (Hemerocallis): a system to probe spaceflight-associated mitotic disturbances: A. D. Krikorian
- Photosynthesis and carbohydrate metabolism in microgravity: C. S. Brown, B. C. Tripathy, G. W. Stutte
- Morphogenesis and cell wall changes in maize shoots under simulated microgravity conditions: T. Hoson, S. Kamisaka, M. Yamashita, Y. Masuda
- Rice coleoptile growth and cell wall properties under water, a simulated weightlessness: W. Wei-Nan, K. Wakabayashi, T. Hoson, S. Kamisaka
- Auxin polar transport in inflorescence axis of Arabidopsis thaliana under simulated microgravity conditions: J. Ueda, M. Oka, K. Miyamoto, R. Yamamoto, T. Hoson, S. Kamisaka
- Leaf senescence under simulated microgravity on a three-dimensional clinostat: J. Ueda, K. Miyamoto, M. Oka, T. Hoson, S. Kamisaka
- Gravity effects on the shoot of Japanese morning glory: M. G. Cline Can plants normally and effectively produce seeds in a microgravity space environment?: H. Suge
Plant Responses to Other Environmental Stimuli
- The effect of continuous sound on the germination and growth of plants: M. J. Jaffe
- Interaction between hydrotropism and gravitropism in roots: how do roots respond to a water potential gradient in space?: H. Takahashi
- Plants in the Controlled Ecological Life Support System (CELSS)
- Primary production and humanosphere in cycling systems: H. Mizutani
- Gas balance in a plant-based CELSS: R. M. Wheeler
- Trace gases generated in closed plant cultivation systems and their effects on plant growth: A. Tani, M. Kiyota, I. Aiga
- Advantages of photoautotrophic micropropagation for space agriculture: Y. Kitaya, S. C. Mohapatra, C. Kubota, T. Kozai
- Costs of providing edible biomass for a balanced vegetarian diet in a controlled ecological life-support system: C. A. Mitchell, T. A.O. Dougher, S. S. Nielsen, M. A. Belury, R. M.
- Wheeler Basic design concept of closed ecology experiment facilities: K. Nitta
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