251
Brown TG, Runciman B, Pollard S, Grant ADA, Bradford
MJ (2009) Biological synopsis of smallmouth bass
( Micropterus dolomieu ). Can Manuscr Rep Fish Aquat
Sci 2887:1–55
Kodama K, Oyama M, Lee J, Kume G, Yamaguchi A,
Shibata Y, Shiraishi H, Morita M, Shimizu M,
Horiguchi T (2010) Drastic and synchronous change
in megabenthic community structure concurrent with
environmental variation in a eutrophic coastal bay.
Prog Oceanogr 87:157–167
Komatsu T, Tanoue H, Mohammad N, Watariguchi K,
Osswald T, Hill D, Miyazaki N (2011) Relation
between body tilt angle and tail beat acceleration of a
small fi sh, Parapristipoma trilineatum (Threeline
grunt), during mobile and immobile periods. Measured
with a micro data logger. In: Ceccaldi H-J, Dekeyser I,
Giraut M, Stora G (eds) Global change: mankindmarine environment interactions, proceedings of the
13th French-Japanese oceanography symposium.
Springer, Berlin, pp 261–264
Komatsu T, Sagawa T, Sawayama S, Tanoue H, Mohri A,
Sakanishi Y (2012) Mapping is a key for sustainable
development of coastal waters: examples of seagrass
beds and aquaculture facilities in Japan with use of
ALOS images. In: Ghenai C (ed) Sustainable development. In Tech Publishing Co., Rijeka, pp 145–160
Kudo T, Tanaka H, Watanabe Y, Naito Y, Otomo T,
Miyazaki N (2007) Use of fi sh-borne camera to study
chum salmon homing behavior in response to coastal
features. Aquat Biol 1:85–90
Ministry of Environment of Japan (2005) The Invasive
Alien Species Act. (in Japanese). http://law.e-gov.
go.jp/htmldata/H16/H16HO078.html
Senou H (2005) Conservation and use of biodiversity –
stumbling blocks found in the case of black bass.
Seibutukagaku 56:90–100. (in Japanese)
Shimizu M (1997) Fished species in Tokyo Bay. In:
Numata M, Furota T (eds) Biology in Tokyo Bay
(Tokyo Wan no Seibutsushi). Tsukiji Shyokan, Tokyo,
pp 143–155. (in Japanese)
Shoji N (2002) Distribution and use of resources. In:
Tanaka K, Kinoshita I (eds) Japanese sea bass and biodiversity: new developments of biology of aquatic
resources, Fisheries science series no.131. KouseishaKouseikaku, Tokyo, pp 9–20. (in Japanese)
Tanoue H (2014) Application of advanced technology to
integrated coastal management – assessment of fi sh
habitat use by bio-logging. Ocean Policy Stud 12:53–
83 (in Japanese)
Tanoue H, Komatsu T, Tsujino T, Suzuki I, Watanabe M,
Goto H, Miyazaki N (2012) Feeding events of
Japanese lates Lates japonicus detected by a highspeed video camera and three-axis micro-acceleration
data-logger. Fish Sci 78:533–538
Tanoue H, Komatsu T, Natheer A, Mitani I, Watanabe S,
Watanabe Y, Hamano A, Miyazaki N (2013)
Measurement of diurnal body tilt angle distributions
of threeline grunt Parapristipoma trilineatum using
micro-acceleration data loggers. J Mar Sci Eng
1(1):3–9
Measurement of Fish Habitat Use by Fish-Mounted Data Loggers for Integrated Coastal…
Brown TG, Runciman B, Pollard S, Grant ADA, Bradford
MJ (2009) Biological synopsis of smallmouth bass
( Micropterus dolomieu ). Can Manuscr Rep Fish Aquat
Sci 2887:1–55
Kodama K, Oyama M, Lee J, Kume G, Yamaguchi A,
Shibata Y, Shiraishi H, Morita M, Shimizu M,
Horiguchi T (2010) Drastic and synchronous change
in megabenthic community structure concurrent with
environmental variation in a eutrophic coastal bay.
Prog Oceanogr 87:157–167
Komatsu T, Tanoue H, Mohammad N, Watariguchi K,
Osswald T, Hill D, Miyazaki N (2011) Relation
between body tilt angle and tail beat acceleration of a
small fi sh, Parapristipoma trilineatum (Threeline
grunt), during mobile and immobile periods. Measured
with a micro data logger. In: Ceccaldi H-J, Dekeyser I,
Giraut M, Stora G (eds) Global change: mankindmarine environment interactions, proceedings of the
13th French-Japanese oceanography symposium.
Springer, Berlin, pp 261–264
Komatsu T, Sagawa T, Sawayama S, Tanoue H, Mohri A,
Sakanishi Y (2012) Mapping is a key for sustainable
development of coastal waters: examples of seagrass
beds and aquaculture facilities in Japan with use of
ALOS images. In: Ghenai C (ed) Sustainable development. In Tech Publishing Co., Rijeka, pp 145–160
Kudo T, Tanaka H, Watanabe Y, Naito Y, Otomo T,
Miyazaki N (2007) Use of fi sh-borne camera to study
chum salmon homing behavior in response to coastal
features. Aquat Biol 1:85–90
Ministry of Environment of Japan (2005) The Invasive
Alien Species Act. (in Japanese). http://law.e-gov.
go.jp/htmldata/H16/H16HO078.html
Senou H (2005) Conservation and use of biodiversity –
stumbling blocks found in the case of black bass.
Seibutukagaku 56:90–100. (in Japanese)
Shimizu M (1997) Fished species in Tokyo Bay. In:
Numata M, Furota T (eds) Biology in Tokyo Bay
(Tokyo Wan no Seibutsushi). Tsukiji Shyokan, Tokyo,
pp 143–155. (in Japanese)
Shoji N (2002) Distribution and use of resources. In:
Tanaka K, Kinoshita I (eds) Japanese sea bass and biodiversity: new developments of biology of aquatic
resources, Fisheries science series no.131. KouseishaKouseikaku, Tokyo, pp 9–20. (in Japanese)
Tanoue H (2014) Application of advanced technology to
integrated coastal management – assessment of fi sh
habitat use by bio-logging. Ocean Policy Stud 12:53–
83 (in Japanese)
Tanoue H, Komatsu T, Tsujino T, Suzuki I, Watanabe M,
Goto H, Miyazaki N (2012) Feeding events of
Japanese lates Lates japonicus detected by a highspeed video camera and three-axis micro-acceleration
data-logger. Fish Sci 78:533–538
Tanoue H, Komatsu T, Natheer A, Mitani I, Watanabe S,
Watanabe Y, Hamano A, Miyazaki N (2013)
Measurement of diurnal body tilt angle distributions
of threeline grunt Parapristipoma trilineatum using
micro-acceleration data loggers. J Mar Sci Eng
1(1):3–9
Measurement of Fish Habitat Use by Fish-Mounted Data Loggers for Integrated Coastal…