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21
together the leading international experts in deep-sea
mining and sustainable development to examine new
ways to plan and regulate the development of non-liv-
ing resources.
The first commercial deep-sea mining lease grant-
ed in Papua New Guinea territorial waters to mine
‘high grade’ Seafloor Massive Sulphide (SMS) de-
posits has triggered a growing interest in mining
deep-sea minerals in the Pacific Region. SMS de-
posits include copper, gold, silver, zinc and lead. In
addition to SMS, the seabed of the region is
abundant in manganese nodules and cobalt rich
crusts.
The pioneering atlas, the
Seafloor Geomorphology as Benthic Habitat: GeoHAB Atlas of Seafloor Geomor- phic Features and Benthic Habitats ,was released in
December 2011. Two hundred and thirty contribu-
tors have constructed 54 case studies of different geo-
morphic environments,
28
from coastal regions to the
deep ocean basins. The case studies combine de-
tailed seabed morphology
29
with benthic biodiversity
analysis to yield an integrated picture of the benthic
communities that are associated with different types
of benthic habitat. This publication is the first product
in an
international collaborative 5-year projectmanaged
by GRID-Arendal that aims to provide tools to support
sustainable management of the oceans both within
and beyond national jurisdiction, with a focus on benthic
environments.
Following the work on UNEP’s Green Economy Report,
GRID-Arendal was tasked with the development of two
further reports in the Green Economy series. The
Green
Economy in Small Island Developing States
will present
how a green economy can help SIDS in addressing
their unique challenges and vulnerabilities. The G
reen
Economy in a Blue World Report
will explore opportu-
nities for greening six economic sectors
30
in order to
protect marine ecosystems and their services while
supporting sustainable development. Beyond produc-
tion and coordination of the report, GRID-Arendal
is contributing analytic content on future exploitation
of deep-sea minerals drawing on experience
gained through the initiative with the Secretariat
of the Pacific Community (SPC). GRID-Arendal
will support the launch of the Synthesis Report
31
in
January 2012.
The
University of the Sea (UOS)
, a partnership be-
tween GRID-Arendal and the Intergovernmental
Oceanographic Commission (IOC) of UNESCO, builds
scientific capacity by bringing together senior research-
ers and young scholars to address marine science
issues. In 2011 the UOS worked on expanding
the programme to Africa and building relationships
with the International Seabed Authority and the
international scientific organisation, INTERIDGE.
It is envisaged that in 2012 the UOS will begin
delivering marine capacity building opportunities
to developing country students in close partnership
with these organisations.
Wind turbines offshore/Scroby Sands wind farm, Caister-on-Sea, Norfolk, UK. Photo courtesy of: Adrian Beesley (iStock photo)
28. Definition of geomorphic environment: Of or relating to the form of
the landscape and other natural features of the earth’s surface.
29. Definition of morphology: The study of the forms of things, in par-
ticular; the branch of biology that deals with the form of living organ-
isms, and with relationships between their structures.
30. Fisheries and aquaculture; Maritime transport, Marine-based re-
newable energy; Ocean nutrient pollution; Coastal tourism, and; Deep-
sea minerals.
31. At the 3
rd
Intergovernmental Review Panel of the Global Programme
of Action for the Protection of the Marine Environment from Land-
based Activities. The full report will be completed in time for the Rio+20
Conference.