The
St. Lawrence River is one of the longest waterways in the
world and generates billions of dollars annually for the
Canadian economy. An estimated 100 million tonnes of goods
are handled and transported on the St. Lawrence each year.
As riverside communities got involved in protecting and
conserving the River and in light of the work of the agreements
partners and the Consultative Committee, it became clear
that commercial shipping and pleasure boating had to be
considered if the sustainable development of the St. Lawrence
was to be ensured. The passage of heavy ships, regular dredging
of the River and harbour entrances and the discharge of
ballast water are just a few examples of activities that
have a significant impact on the environment.
Shipping
and boating is a new component of Phase III introduced
in response to experts and the publics expectations.
A number of measures are planned to promote shipping and boating
that are consistent with the sustainable development of the
St. Lawrence. Among the issues to be dealt with are dredging,
riverbank protection, commercial shipping and pleasure boating
practices, contaminated site management and sediment management.
In order to meet the expectations of various stakeholders,
an assessment of current shipping and boating practices on
the St. Lawrence will also be carried out.
This
will require consultations with all the departments involved,
commercial shipping and pleasure boating stakeholders and
a number of social and environmental groups.
Committee
The advisory
commitee of the Navigation is co-chaired by a representative
of each level of government. It is also composed by members
from non-governmental organisms such as: the Société
du Port de Montréal, the Corporation des pilotes du Saint-Laurent,
Stratégies Saint-Laurent, the Fédération
de la Voile de Québec, Les Amis de la vallée du
Saint-Laurent, the Shipping Federation of Canada, the Association
des amateurs du Saint-Laurent, the St. Lawrence Economic Development
Council and the Société d'initiative et de conservation
du Bas-Richelieu, to ensure the joint implementation of programs
under its responsibility.
The federal
departments and provincial ministries involved are:
For
the Canada:
For
the Québec :
Environment Canada
Environnement Québec
Fisheries and Oceans Canada
Transports Québec
Transports Canada
Société
de la faune et des parcs du Québec
Objectives
Develop
and implement a strategy to manage shipping and pleasure
boating consistent with the sustainable development of the
St. Lawrence in co-operation with the shipping industry,
environmental stakeholders, governments and the public.
Set
up a monitoring mechanism for dredging activities in the
St. Lawrence.
Develop
the tools and guides needed to improve the management of
environmental risks and threats so that shipping and boating
do not interfere with the sustainable development of the
St. Lawrence.
Implement
a management plan for contaminated sites that might present
a risk for the ecosystem.
Protect
the banks of the St. Lawrence against the effects of erosion
caused by commercial shipping and pleasure boating.
Put
in place regulations or a code of good practice for the
discharge of ballast water.
Produce
or update tools to improve sediment management practices.
Projects
Set
up a monitoring mechanism for dredging activities in the
St. Lawrence
Create
an advisory committee for dredging activities. HAS BECOME:
Implement and ensure the functioning of the Working Group
on the Integrated Management of Dredging and Sediments
Develop
a standardized approach to sediment management
Pool
data related to dredging along the St Lawrence
Assess
the feasibility of and, as needed, implement new measures
to monitor ship speed in areas sensitive to erosion at pertinent
periods of the year
Conduct
an economic study to assess the potential impact new measures
for monitoring ship speed would have on the shipping industry
Analyse
the feasibility of creating a permanent fund (and, if yes,
implement it)
Develop
an erosion-sedimentation model for the St Lawrence River
Marine
weather project
Put
in place regulations or a code of good practice for the
discharge of ballast water
New
title: Assessment of Current Regulations Governing the Unintentional
Introduction of Exotic Species Through Ballast Sediments
and Waters of Ocean Vessels in the Estuary and Gulf of St
Lawrence
Summarize
the various guidelines or other existing procedures for
managing cargo-hold bilge residue and flushing water
Develop
the tools and guides needed to improve the management of
environmental risks and threats so that shipping and boating
do not interfere with the sustainable development of the
St. Lawrence
Develop
a model for assessing risks associated with ship movement
in the St Lawrence. HAS BECOME: Development method based
on navigation-aid risks on the St Lawrence River
Forecast/predict
water levels at the current Sinéco network
Develop
and implement a strategy to manage shipping and pleasure
boating consistent with the sustainable development of the
St. Lawrence in co-operation with the shipping industry,
environmental stakeholders, governments and the public
Toward sustainable
navigation in Maritime Magazine (PDF Format)
Provide
an overview of environmental, social and economic aspects
of shipping in the St Lawrence
Organize
a seminar on sustainable shipping and boating on the St
Lawrence
Implement
a management plan for contaminated sites that might present
a risk for the ecosystem
Develop
management plans and support the industry in planning
and carrying out project
Characterize
worrying contaminated sites
Produce
or update tools to improve sediment management practices
Update
the legislative framework for managing dredging spoil
Assess
the impact the disposal of dredging non-contaminated sediments
at Île Madame has on marine wildlife and map habitat
critical to wildlife in the River
Assess
various beneficial use solutions of dredging sediments
Produce
a monitoring guide and monitor dredging projects
Produce
a guide to select and develop disposal sites for dredged
sediments
Publications
from work carried out for this component
To consult
the documents published about this component, see the Query
on-line database. Many publications are on-line and
available by hyperlink on this website.