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Five disturbed marine
habitats were restored and enhanced: the Grand Pabos (Chandler),
Malbaie (southern end of the Gaspé peninsula) and Bonaventure
barachois, the Havre aux Basques lagoon (Magdalen Islands) and
the Pointe aux Outardes marsh (near Baie Comeau).
Characterization studies
and restoration scenarios were also carried out for five other
marine habitats: the New Richmond, New Carlisle and Paspébiac
barachois, the Rivière du Loup marsh and des Écorces Bay (Baie
Comeau).
A Fish
Habitat Management Information System (FHAMIS)
was developed. The system
provides information on resources, habitats and human factors
for the entire marine part of the St Lawrence and Northern Quebec.
The "St
Lawrence Beluga Recovery Plan", "the Implementation
Plan of the SLV 2000 Partnership in Response to the Recommendations
of the St Lawrence Beluga Recovery Plan" and "the
Implementation of the St Lawrence Beluga Recovery Plan: 1996-1997"
were disseminated (these
three documents were produced by Fisheries and Oceans Canada).
Twenty-two
status reports were produced on plants likely to be designated
as threatened species (documents
are available at the Environnement Québec library).
The
"Guide d'identification du phytoplancton marin de l'estuaire
et du golfe du Saint-Laurent" [a guide to identifying marine
phytoplankton in the estuary and Gulf of St Lawrence] was disseminated
(on sale and available in
libraries).
Production of the document
Bolstering
the Banks of the St. Lawrence (this
link goes to Environment Canada
Web site).
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Agriculture
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A
brochure entitled "Pour une eau de qualité en milieu
rural : comprendre et agir collectivement"
[For good quality water in rural areas: understanding and acting
together] was published.
Environmental monitoring
of pesticides was carried out in some rivers and streams in
priority drainage basins to complement information available
on pesticide-contaminated water.
Agro-environmental
assessments were performed on four designated drainage basins:
the Boyer, Chaudière, Assomption and Yamaska.
Four reports were
produced to provide ideas on river restoration.
Four environmental
pilot projects in agricultural areas were carried out on the
Turmel Stream (Chaudière River basin), the St Esprit Stream
(Assomption River basin), the Corbin Stream (Yamaska River basin)
and a portion of the Boyer River basin.
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Community
Involvement
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The
Area of Prime Concern (ZIP)
program was set up.
The public participated
in the preparation and implementation of 11 Environmental Remedial
Action Plans (ERAPs) submitted by ten ZIP committees.
Thirteen
environmental assessments of the current state of each Area
of Prime Concern were produced for submission to the ZIP committees.
The Community
Interaction financial assistance program was set up.
Funding was provided
for 100 projects from 53 non-profit organizations. This
link goes on some
examples of completed projects.
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Decision
Support
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The St Lawrence Centre
Documentation Centre was opened.
A mass
balance of contaminants was prepared for the St. Lawrence
River between Cornwall and Quebec City.
A portrait of the
contamination of the flesh of sport fish in the fluvial lakes
of the St. Lawrence and certain areas of the River corridor
was developed.
A fish monitoring
network was set up between 1995 and 1997.
Samples were taken
from five stretches of the freshwater portion of the St. Lawrence
to develop an initial portrait of habitat quality.
Three families of
organic compounds and heavy metals were studied to determine
the level and quantity of atmospheric pollutants present in
the air and precipitations in the St. Lawrence basin.
Data on water quality
in the St Lawrence and its tributaries were gathered from more
than 40 rivers and streams.
An ecosystem study
was
conducted on the Chaudière, St François, St Maurice and Yamaska
rivers to assess biological integrity using measurements of
benthic communities and fish.
More than 210,000
analyses were carried out in relation to the River itself, monitoring
networks, characterization and restoration work, research and
development projects and certification studies.
Four bioassays were
developed to assess sediment toxicity.
Studies of beluga,
fin whale and harbour seal population dynamics were conducted.
Publication of three
"Issue"
fact sheets.
The report "Qualité
des eaux du fleuve Saint-Laurent 1990 à 1997"(this
link goes to the ministère de l'Environnement du Québec Web
site) [Water
quality in the St Lawrence River, 1990-1997] was disseminated.
Twelve Environmental
Atlas of the St Lawrence maps
" (available at the
St Lawrence Centre library),
100
Info-Flash articles and
two thematic reports were produced.
The "Atlas of
tidal currents".
The
1995 edition of the "Guide
de consommation du poisson de pêche sportive en eau douce"
(this link goes to the ministère
de l'Environnement du Québec Web site) [Guide
to consumption of freshwater sport fish] was disseminated.
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Health
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Thirty-eignt
studies were carried
out among 3,000 people regarding exposure to chemical and microbiological
contaminants as well as an evaluation in relation to standards
established by health organizations. The studies confirmed that
riverside populations are exposed to various chemical and microbiological
contaminants present in the St Lawrence.
Six studies looked
at the riverside populations uses of the St Lawrence and
how they perceived these uses and the health risks involved.
More than 20,000 people took part in the studies. The data were
used to assess the publics knowledge of the risks related
to contamination. The results of the initial analyses of the
study data are presented in "Reflections
on the St. Lawrence. River Voices".
"Health
and the St. Lawrence: A Status Report": is a summary
of current knowledge of the St Lawrence and health was produced
and disseminated.
A special funding
program was set up to encourage citizen participation. Fifteen
community groups carried out projects during the two years of
the program.
In 1995, a knowledge
development fund was set up. The research support fund fostered
the development of nine innovative, multidisciplinary studies
to gain a better understanding of the relationship between the
riverside populations health and the St Lawrence.
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Protection
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As a priority,
106 industrial plants were identified. Fifty plants were
identified in the SLAP, and another 56 were added under Phase
II. Discharge standards were established, objectives were calculated
and effluent characterizations were carried out for the 56
new plants. Compliance of the work and the quality of the
effluent discharged were monitored at the 50
plants targeted by the SLAP.
A fact sheet was produced for
each of the 106
industrial plants.
Four categories were established to better assess
the results of the 106 industrial plants:
- Industrial plants that discharge inadequately treated waste
water
- Industrial plants that treat their waste water before discharging
it, but may still be discharging toxic substances
- Regulated industrial plants
- Plants targeted under the St Lawrence Action Plan
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The
objective for group 1 was to reduce toxic effluent
from inadequately treated waste water by 90%. Corrective
measures were proposed at five of the plants. The
work could be carried out over two years (1998-1999).
The 90% reduction target will probably be achieved
if the recommended work is carried out.
The objective
for group 2 was to ensure the maximum reduction of
toxic effluent at plants that had already implemented
treatment technology but whose effluent might still
contain toxic substances. The vast majority of these
plants are using better production and operation practices
and have installed the best technology available to
monitor the reduction of toxic liquid effluent. Minor
clean-up work or corrective measures could be carried
out at these six plants.
The objective
for group 3 was to assess the toxic discharges of
regulated plants in accordance with environmental
objectives and to determine the corrective measures
required to maximize the reduction of their impact
on the receiving environment. This group was made
up solely of pulp and paper mills. Most of the mills
had carried out a significant amount of work, both
in terms of processes and clean-up measures, before
secondary treatment systems were installed. Completed
in 1995, the work led to an 89% reduction in toxic
liquid effluent (Chimiotox
index (PDF Version - 130 Ko)) in the environment
by the end of 1996.
The objective
for group 4 was to continue clean-up work and carry
out environmental monitoring. There was a 96% reduction
(Chimiotox) overall in toxic liquid effluent from
the original 50 plants targeted by SLAP (the objective
was 90%). Plant monitoring and a special effluent
characterization program were set up.
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Another objective
of the Protection component was to virtually
eliminate 11
persistent and bioaccumulative toxic substances. Mercury,
PCBs and dioxins and furans were reduced by 89%, 100% and 92%
respectively in the sectors where they were found.
The Technology
Development and Demonstration Program (TDDP) (this
link goes to The Green Lane Web site)
and the Development
and Demonstration of Site Remediation Technology (DESRT)
(this link goes to the Environment
Canada Web site) program
were set up to encourage and support a number of projects with
various players from the environment industry. These projects
offered the 106 plants better environmental management options.
The TDDP and the DESRT program also supported some of the Action
Plans other objectives, such as support for dredging projects.
Thirty-five
technological data sheets
and two project profiles were published.
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Restoration
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The
work carried out provided a better assessment of the erosion
problem: 25% of the 1,500 km of shoreline in the sector studied
showed signs of erosion; 50% of the 224 islands in the
Montreal-Sorel sector are receding an average of 1 to 3 metres
annually.
Shoreline stabilization
techniques were developed to complement the traditional riprap
method. The new approaches tested were the gabion, branch layering,
faggot, fascine and sediment structure techniques.
Pilot projects carried
out:
- Cacouna marshes were restored
to counter dyking and encroachment from the harbour.
- Spartina marshes were restored
to offset the effects of agricultural drainage that leads
to draining of tidal pools and modification of plant cover
in adjacent marshes.
- Some previously developed riparian
bogs were enhanced.
- A marsh in an agricultural area
was created.
- An abandoned sandpit at St Jean
Chrysostome was restored.
The "Guide dintervention.
Restauration naturelle des rives du Saint-Laurent... entre Cornwall
et lîle dOrléans..." [a guide for the natural
restoration of the banks of the St Lawrence between Cornwall
and Île dOrléans] was disseminated (on
sale and available in libraries).
A multipurpose marina
was built at Havre St Pierre in the Mingan Islands to improve
the effectiveness of environmental emergency response, natural
resource monitoring, enforcement and public safety programs.
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