Fishery resources often involve species that make global
scale migrations in the vast open ocean. To begin or expand
management and conservation efforts for these migratory species,
we use multidisciplinary approaches to study their ecology and
ocean environments, as well a s the social science a spects of
these important fisheries species.
The University of Tokyo Ocean Alliance will strive to address the needs
of our society with regard to ocean issues, and will consider the future
of our society and of our nation from the global perspective of the
related fields of ocean research. The alliance will extend and deepen
our understanding of the ocean, develop new concepts, technologies,
and industries and will form a distinguished think tank to contribute to
our country's ocean related political discussions.
Professor
KIMURA, Shingo
s-kimura[at]aori.u-tokyo.ac.jp
Professor
GAMO, Toshitaka
gamo[at]aori.u-tokyo.ac.jp
Project Associate Professor
YAMAMOTO, Mitsuo
mitsuo[at]aori.u-tokyo.ac.jp
Project Research Associate
NOMURA, Hideaki
nmr[at]aori.u-tokyo.ac.jp
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Migration of fishes and their conservation
Study on career path and capacity building for addressing
ocean affairs
Problems in the ocean have been increasingly complicated
because of intensified human activities based on conflicting value
systems such as coastal development and fisheries. This program
aims to facilitate acquiring trans-boundary knowledge for solving
the ocean problems through practical approaches.
Restoration and conservation of coastal environment and
ecosystem focusing on iron
The relationship between forest, river, and sea is important for
maintaining the coastal ecosystem, and the role of iron in the
ecosystem has attracted increasing attention recently. We have
developed a method for restoring seaweed beds and the coastal
ecosystem by using a mixture of steelmaking slag and humic
substances, focusing on the lack of dissolved iron in coastal
areas. The dynamics of chemical substances, mainly iron, in
terrestrial and coastal areas has been investigated to understand
the importance of iron in the coastal environment and ecosystem.
Large scaled ORI net operation on board
R/V Hakuho- Maru to sample fish larvae
R/V Hakuho- Maru to sample fish larvae
The bottom of sea (left) and sea area of field test site in Mashike-Cho, Hokkaido
for the method of seaweed bed restoration by using steelmaking slag and humic substances