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1. SATO, H. and TAKIZAWA, S., 1995, Deformational texture of spinel lherzolite with plagioclase lherzolite seams in the Horoman ultramafic body, Hokkaido, Japan. Ann. Rep., Inst. Geosci., Univ. Tsukuba, 21,41-45
2. FUJIOKA, K., YAMANAKA, T., GAMO, T., INAGAKI, F., MIWA, T., and SATO, H., 2001, An introductioin to the serpentinite biosphere in the Mariana forearc -Capsule of the deep subsurface biosphere from the Chamorro Seamount-. Bull. Earthq. Res. Inst. Univ. Tokyo, 76, 417-424.
3. FUJIOKA, K., YAMANAKA, T., GAMO, T., INAGAKI, F., MIWA, T., SATO., H., OKAMOTO, T., and ODA, H., 2002, Serpentines as a capsule of the deep subsurface biosphere: Evidence from the Chamorro Seamount, Mariana forearc. JAMSTEC Deep Sea Res.,20, 9-16.
4. 佐藤暢，2003，Australian-Antarctic Discordance におけるマントル同位体岩石区境界の変遷．月刊地球，号外40，「深海掘削と新しい地球生命科学」，96-102頁．
5. 佐藤暢，2003，地球科学における深海掘削の重要性．専修大学自然科学研究所所報，第78巻，
6. 佐藤暢・町田嗣樹・石井輝秋，2003，四国海盆末期の火成作用．月刊地球，号外43，「背弧海盆・島弧・海溝系の発達過程−フィリピン海を中心に−」，8−14頁．
7. 町田嗣樹・佐藤暢・石井輝秋，2005，伊豆・小笠原弧-四国海盆系の化成活動変遷から読み解く背弧海盆拡大後のマントルダイナミクス．月刊地球，号外52，「東北日本と伊豆小笠原弧の地殻・マントル構造とマグマ」，193-201頁
8. 佐藤暢・斎藤実篤・岩井雅夫・栗田裕司・鈴木紀毅・眞砂英樹・村山達矢，2007，掘削科学における泥水検層の有効利用．月刊地球，29，147-150頁．
9. SATO, H., 2007, Petrographic, petrological, and mineralogical characteristics of basalts from the Manihiki plateau, South Pacific Ocean. Bull. Inst. Natural Sci., Senshu Univ., 38, 29-37.
10. 佐藤暢,2010, 蛍光X線分析装置による岩石試料中の主成分元素の定量分析．専修自然科学紀要,41号,15-23.
11. 佐藤暢・水上和則,2010,蛍光X線分析装置によるセラミクス試料中の主成分元素の定量分析.専修自然科学紀要,41号,25-30.
12. 佐藤暢・朝日博史,2013, 南西インド洋海嶺Prince Edward断裂帯沿いのかんらん岩礫岩に含まれていた有孔虫．専修自然科学紀要,44号,
13. 佐藤暢・秋田亮一朗,2018,熊本県御所浦島御所浦層群の堆積岩中のフランボイダルパイライト.専修自然科学紀要,49号,
14. 佐藤暢・野木義史・藤井昌和・佐藤太一,2018,南大洋の形成.低温科学（北海道大学低温研究所）,第76号.243-253.
佐藤暢,2013, 地球の科学 変動する地球とその環境．142p., 北樹出版（東京）ISBN: 9784779303944
佐藤暢,2016,科学掘削における泥水検層の利用., 日本地質学会「海洋底科学の基礎」編集委員会編,海洋底科学の基礎,p. 65-66
井上幸孝・佐藤暢 編,2017,人間と自然環境の世界誌. 277p. 専修大学出版局（東京） ISBN: 9784881253090
佐藤暢,2017, 地球の科学 変動する地球とその環境（改訂版）．142p., 北樹出版（東京）ISBN: 9784779305528