318
Hamano A, Kobayashi T, Shinagawa S (2001) Report of
the survey on fi shing grounds at Hachiri-ga-se,
Mishima Island, Hagi. Hagi city, 159 p (in Japanese)
Hamano A, Tanoue H, Kieser R (2005) The threedimensional GIS using sonar information for costal
fi sheries. ICES CM. 2005/U:19, 12 p
Hamano A, Mohri M, Takikawa T, Murase N (2011)
Report of the survey on fi shing grounds at Hachiriga- se, Mishima Island, Hagi city, Hagi, in 2010. Hagi
city, 48 p (in Japanese)
IHO-IOC (2001) Standardization of undersea feature
names. Guidelines proposal form terminology.
International Hydrographic Bureau, Monaco, p 30
Iida K, Mukai T, Mori H (1999) Frequency characteristics
of acoustic volume backscattering strength of sound
scattering layer and estimation of target strengths of
constituent organisms. Bull Jpn Soc Sci Fish 65:66–72
(in Japanese)
IUCN (2013) Seamounts project: an ecosystem approach
to management of seamounts in the southern Indian
Ocean. Gland, 60 p
Kloser RJ (1996) Improved precision of acoustic surveys
of benthopelagic fi sh by means of a deep-towed transducer. ICES J Mar Sci 53:407–413
Komatsu T, Igarashi C, Tatsukawa K, Nakaoka M, Hiraishi
T, Taira A (2002a) Mapping of seagrass and Sargassum
bed using hydro-acoustic methods. Fish Sci 68:580–583
Komatsu T, Mitani I, Ishida K, Inagaki T, Hamano A
(2002b) Assessment of Beryx splendens biomass
around the Nakanba seamount in Izu Archipelago,
Japan, by echosounder. Fish Sci 68:429–430
Komatsu T, Takahashi M, Ishida K, Suzuki T, Hiraishi T,
Tameishi H (2002c) Mapping aquaculture facilities in
Yamada Bay in Sanriku coast, Japan, by IKONOS satellite imagery. Fish Sci 68(Suppl I):584–587
Komatsu T, Mikami A, Sagawa T, Tanoue H (2005)
Distribution of seaweed beds – to know its changes.
Kiyo Mon 37:575–579 (in Japanese)
MacLennan DN, Simmonds EJ (1992) Fisheries acoustics. Chapman & Hall, London, p 325
Mann KH (1973) Seaweeds: their productivity and strategy for growth. Science 182:975–981
Menard HW (1964) Marine geology of the Pacifi c,
International series in the earth sciences. McGrawHill, New York, 271 p
Minami K, Hamano A, Tojo N, Nakamura T, Yasuma H,
Miyashita K (2012) Estimation of the spatial
distribution of a Sargassum bed in Kuruminose,
Yamaguchi, Japan, using an acoustic method. Bull Jpn
Soc Sci Fish 78:171–179 (in Japanese)
Norris JG, Sandy WE, Mumford T, Bailey A, Turner T (1997)
Estimating basal area coverage of subtidal seagrass bed
using underwater videography. Aquat Bot 58:269–287
Ogawa Y, Nakahara Y, Tanaka R (1977) Hydrographic
nature of coastal fi shing grounds in the southwestern
Japan Sea. Bull Seikai Reg Fish Res Lab 321:53–106
Rogers AD (1994) The biology of seamounts. Adv Mar
Biol 30:305–350
Tanoue H (2009) Estimation of fi sh abundance in the sea
hill by conjointly using quantitative echosounder and
geographical information system. Doctor thesis,
Graduate School of Agriculture and Life Sciences,
The University of Tokyo, 118 p (in Japanese)
Tanoue H, Hamano A, Komatsu T, Boisnier E (2007) The
effi cient coupling of GIS and acoustic survey in mapping fi sh abundance around a hill: the Hachiri-ga-se
case study. In: Nishida T, Kailola PJ, Hollingworth CE
(eds) GIS/Spat Ana Fish Aquatic Science 3. Fishery
Research Group, Kawagoe, pp 115–128
Tanoue H, Hamano A, Komatsu T, Boisnier E (2008)
Assessing bottom structure infl uence on fi sh abundance in a marine hill by using conjointly acoustic
survey and geographic information system (GIS). Fish
Sci 74:469–478
Zeiler M (1999) Modeling our world. Environmental
Systems Research Institute, Copenhagen, 297 p
A. Hamano et al.
Hamano A, Kobayashi T, Shinagawa S (2001) Report of
the survey on fi shing grounds at Hachiri-ga-se,
Mishima Island, Hagi. Hagi city, 159 p (in Japanese)
Hamano A, Tanoue H, Kieser R (2005) The threedimensional GIS using sonar information for costal
fi sheries. ICES CM. 2005/U:19, 12 p
Hamano A, Mohri M, Takikawa T, Murase N (2011)
Report of the survey on fi shing grounds at Hachiriga- se, Mishima Island, Hagi city, Hagi, in 2010. Hagi
city, 48 p (in Japanese)
IHO-IOC (2001) Standardization of undersea feature
names. Guidelines proposal form terminology.
International Hydrographic Bureau, Monaco, p 30
Iida K, Mukai T, Mori H (1999) Frequency characteristics
of acoustic volume backscattering strength of sound
scattering layer and estimation of target strengths of
constituent organisms. Bull Jpn Soc Sci Fish 65:66–72
(in Japanese)
IUCN (2013) Seamounts project: an ecosystem approach
to management of seamounts in the southern Indian
Ocean. Gland, 60 p
Kloser RJ (1996) Improved precision of acoustic surveys
of benthopelagic fi sh by means of a deep-towed transducer. ICES J Mar Sci 53:407–413
Komatsu T, Igarashi C, Tatsukawa K, Nakaoka M, Hiraishi
T, Taira A (2002a) Mapping of seagrass and Sargassum
bed using hydro-acoustic methods. Fish Sci 68:580–583
Komatsu T, Mitani I, Ishida K, Inagaki T, Hamano A
(2002b) Assessment of Beryx splendens biomass
around the Nakanba seamount in Izu Archipelago,
Japan, by echosounder. Fish Sci 68:429–430
Komatsu T, Takahashi M, Ishida K, Suzuki T, Hiraishi T,
Tameishi H (2002c) Mapping aquaculture facilities in
Yamada Bay in Sanriku coast, Japan, by IKONOS satellite imagery. Fish Sci 68(Suppl I):584–587
Komatsu T, Mikami A, Sagawa T, Tanoue H (2005)
Distribution of seaweed beds – to know its changes.
Kiyo Mon 37:575–579 (in Japanese)
MacLennan DN, Simmonds EJ (1992) Fisheries acoustics. Chapman & Hall, London, p 325
Mann KH (1973) Seaweeds: their productivity and strategy for growth. Science 182:975–981
Menard HW (1964) Marine geology of the Pacifi c,
International series in the earth sciences. McGrawHill, New York, 271 p
Minami K, Hamano A, Tojo N, Nakamura T, Yasuma H,
Miyashita K (2012) Estimation of the spatial
distribution of a Sargassum bed in Kuruminose,
Yamaguchi, Japan, using an acoustic method. Bull Jpn
Soc Sci Fish 78:171–179 (in Japanese)
Norris JG, Sandy WE, Mumford T, Bailey A, Turner T (1997)
Estimating basal area coverage of subtidal seagrass bed
using underwater videography. Aquat Bot 58:269–287
Ogawa Y, Nakahara Y, Tanaka R (1977) Hydrographic
nature of coastal fi shing grounds in the southwestern
Japan Sea. Bull Seikai Reg Fish Res Lab 321:53–106
Rogers AD (1994) The biology of seamounts. Adv Mar
Biol 30:305–350
Tanoue H (2009) Estimation of fi sh abundance in the sea
hill by conjointly using quantitative echosounder and
geographical information system. Doctor thesis,
Graduate School of Agriculture and Life Sciences,
The University of Tokyo, 118 p (in Japanese)
Tanoue H, Hamano A, Komatsu T, Boisnier E (2007) The
effi cient coupling of GIS and acoustic survey in mapping fi sh abundance around a hill: the Hachiri-ga-se
case study. In: Nishida T, Kailola PJ, Hollingworth CE
(eds) GIS/Spat Ana Fish Aquatic Science 3. Fishery
Research Group, Kawagoe, pp 115–128
Tanoue H, Hamano A, Komatsu T, Boisnier E (2008)
Assessing bottom structure infl uence on fi sh abundance in a marine hill by using conjointly acoustic
survey and geographic information system (GIS). Fish
Sci 74:469–478
Zeiler M (1999) Modeling our world. Environmental
Systems Research Institute, Copenhagen, 297 p
A. Hamano et al.