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Debate |
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Resources |
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Conserving
our fisheries resources |
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Marine
fisheries research |
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Fishing
methods |
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Background
information |
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Fisheries
management is based on sustainable use of resources, and
has three goals: |
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Managing
fisheries as a part of the wider environment |
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Economic
efficiency |
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Keeping
government intervention to a minimum |
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All
fisheries management systems have supporters and critics,
including New Zealand's Quota Management System |
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Input
controls
Input
controls attempt to control the fishing effort (input).
These include all the traditional measures like limited
licensing or permitting, gear restriction, closed fishing
grounds and closed seasons. They are designed to protect
fish stocks by restricting fishing effort as an indirect
way of limiting catch.
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Input
controls suffer from the difficulty of defining and controlling
effort. Fishers tend to get around input controls by increasing
effort in other ways that are not controlled, eg, bigger
boats, engines, nets. |
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Output
controls
Output
controls attempt to directly control the catch level (output).
They include all forms of quota. The catch is limited
and usually set annually. This system focuses on the key
issue, which is the amount removed from the fish population.
If the information is good, and if quotas are not exceeded,
then fishers have secure rights and can invest in their
business and plan ahead. |
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If
fish stocks are at risk, quota can be reduced. How soon
a quota system responds can, partly, depend on the quality
of research. This system suffers from: |
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Not enough scientific knowledge to set some Total Allowable
Catches (TACs) safely. |
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By-catch
in multi-species trawl fisheries. |
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Dumping
fish at sea. Some fish, which are outside the quota or
are inferior specimens, are dumped at sea. This is a problem
if the dumped fish is not declared and represents a catch
in excess of quota. |
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A
set catch being taken from varying numbers of fish, ie,
a higher proportion is taken when stocks are low. |
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The
difficulty of enforcement. |
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Whichever
system is used, input and output controls have to be cost-effective,
easy to administer and understand, and responsive to changing
circumstances. Most fish populations are variable and
some are inherently unstable. All are linked in some way
with the marine ecosystem. All fish are prey or predators
at some stage in their lifecycle. Their relative abundance
within the ecosystem varies within time scales ranging
from a few years to several decades. |
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Some
points for both sides to consider are: |
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The
need for science-based management. |
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Ecosystem
or population stability. |
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Sustainable
catches of single species. |
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By-catch
issues. |
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The
economics of fishing and the need for businesses to plan
ahead. |
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The
fairness of allocation or access to different user groups. |
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The
cost of research and enforcement. |
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The
role of the Government in fisheries management. |
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Activity |
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Have
a group debate on: "The best way to manage fisheries
is through input controls." |
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| 5. |
Essay |
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Resources |
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Conserving
our fisheries resources |
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The
history of fishing in New Zealand |
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Human
impacts on fisheries resources |
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Activity |
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Write
an essay titled: "Fisheries Towards 2000 - How can
we make sure there are enough fish in the sea for future
generations?"
Points to think about: |
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The
need for information about fish populations and their
sustainability. |
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The
groups with an interest in conserving fisheries resources. |
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The
reasons behind the Quota Management System (overfishing,
excessive government intervention and inefficiency in
the fishing industry). |
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The
rules and regulations that cover groups or areas (eg,
recreational, taiapure and marine reserves). |
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