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Guidelines
to Wetland
Planning &
Construction |
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Constructed Wetlands
Systems-Design
Guidelines for
Developers version 3,
nov.2005 (32pg) |
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Melbourne Water is
committed to improving
water quality in our
waterways and receiving
environments. An
important part of this
commitment is to reduce
nitrogen loads to the
Port Phillip Bay, and as
identified in the
Healthy Bay Initiative,
Melbourne Water will
contribute to the
reduction target of 1000
tonnes (annual average
load). The current major
sources of nitrogen
entering the bay are
from our waterways,
stormwater drains and
sewage treatment
facilities. With
increasing urban
development within
Melbourne, it is
imperative that
reductions from these
existing loads are
matched by reductions
from new developments. |
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guidelines for
constructed wetland
treatment of farm dairy
wastewaters in new
zealand (68pg) |
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This
document provides
practical guidance on
the use of constructed
wetlands to improve the
quality of discharges
from farm dairy waste
stabilization ponds. It
describes methods that
can be used to upgrade
effluent quality from
existing treatment pond
systems or to develop
new treatment systems
capable of meeting
enhanced discharge
standards. It will
assist dairy farmers,
agricultural
consultants, engineers,
and regulatory
authorities in New
Zealand |
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view pdf |
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constructed stormwater
wetlands (56pg) |
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Constructed wetland
systems are shallow,
extensively vegetated
water bodies that use
enhanced sedimentation,
fine filtration and
biological uptake
processes to remove
pollutants from
stormwater. Water levels
rise during rainfall
events and outlets are
configured to slowly
release flows, typically
over two to three days,
back to dry weather
water levels. In
addition to treating
stormwater, constructed
wetlands can also
provide habitat, passive
recreation, improved
landscape amenity and
temporary storage of
treated water for reuse
schemes. |
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view pdf |
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managing urban
stormwater using
constructed wetlands
(50pg) |
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Growing public awareness
of environmental issues
has highlighted the
importance of urban
stormwater management.
Urban stormwater
contains a range of
pollutants, from gross
pollutants, to trace
metals and nutrients
associated with fine
sediment, to dissolved
pollutants.Structural
and non-structural
stormwater management
measures often need to
be combined to control
the hydrology of urban
runoff and to remove
stormwater pollutants.
One group of stormwater
management measures that
has proved effective in
removing stormwater
pollutants associated
with fine particulates ?
such as suspended
solids, nutrients and
toxicants ?is
constructed wetlands and
ponds. |
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view pdf |
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wetland bioassessment
manual (macro
invertebrates) (30pg) |
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This
manual provides a set of
standard methods for the
assessment and
monitoring of Australian
wetlands using aquatic
invertebrates. The
choice of methods will
depend upon the
objectives of your
assessment or monitoring
program. The issue of
which protocols and
which analytical
techniques to use is
discussed further at the
end of this section.
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view pdf |
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corps of
engineers-wetland
delineation manual
(143pg) |
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This
is an electronic version
of the 1987 Corps of
Engineers Wetlands
Delineation Manual
(the 1987 Manual). The
1987 Manual is the
current Federal
delineation manual used
in the Clean Water Act
Section 404 regulatory
program for the
identification and
delineation of wetlands.
Except where noted in
the manual, the approach
requires positive
evidence of hydrophytic
vegetation, hydric
soils, and wetland
hydrology for a
determination that an
area is a wetland. The
original manual and this
on-line edition were
prepared by the
Environmental Laboratory
(EL) of the U.S. Army
Engineer Waterways
Experiment Station
(WES), Vicksburg,
Mississippi. The work
was sponsored by
Headquarters, U.S. Army
Corps of Engineers
(HQUSACE), through the
Wetlands Research
Program. |
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view
pdf |
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guidelines for better
practice in foreshore
works (81pg) |
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The
strategic planning
process addresses
catchment-wide issues in
a logical, integrated
and cost-effective way.
A strategic review
assesses all issues
related to the
priorities of the
management agency.
Categories covered
include Geophysical
(soil conservation, bank
stability, salinity and
acid sulfate soils),
Hydrological (river
flows, flooding and
water quality),
Ecological
(biodiversity, wildlife
habitats and weed
control), Cultural
(heritage, recreation
and scenic resources),
and Social (community
involvement, employment
opportunities and
environmental
education). As
part of the strategic
review, management
strategies are developed
that address the issues,
and project proposals
are costed. Also,
priorities are set for
implementing strategies
and a schedule is
developed for their
implementation. |
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view pdf |
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managing wetlands on
your property-guidelines
for inland new south
wales (29pg) |
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There are many benefits
to managing wetlands on
rural properties. They
are a vital resource for
achieving sustainable
production and for
safeguarding the health
of your property and the
local environment. A
recent global study
estimated that the
world's natural
ecosystems are worth
US$33 trillion. Of this,
wetlands are thought to
be worth US$14.9
million, or 45% of the
total (Ramsar Bureau
2000). The services,
function and values
provided by wetlands are
good reasons for
protecting them through
proper management. These
Guidelines provide a
"wise use" approach to
managing wetland. they
were written with a
focus on the management
of small to medium-sized
wetlands in inland New
South Wales. |
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view pdf |
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