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Reference Library

Floating
Attractions / Marina

> Guidelines for Marina Berthing Facilities (140pg)
> Design for Canoe & Kayak Launches (117pg)
> Layout, Design & Construction Handbook for Small Craft (47pg)
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Floating Breakwater

> Three-Dimension Analysis of Moored Cylinder Used As Breakwaters (253pg)
> Three-Dimensional Nonlinear Dynamics of a Moored Cylinder To Be Used As a Breakwaters (271pg)
> Breakwater Stability Under Tsunami Attack for a Site In Nicaragua (220pg)
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Floating Wetland

> Guidelines to Wetland Planning and Construction
> Design Features of a Constructed Mini Wet Pond for Water Quality Control & Runoff Storage (13PG)
> Development of Putrajaya Wetland for Stormwater Pollution Control (8PG)
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Floating Boom

> Environmental Counter Pollution (18pg)
> Design of Movable Weirs and Storm Surge Barriers (10pg)
> Floating Debris Boom Design Recommendations - Based on physical model study & literature review at UNM (22pg)
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Alum & Timber Product

> Australian Hardwood & Cypress: Technical & Detailing Guide (32pg)
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Boardwalk Engineering Guide (12pg)

> Boardwalk (39pg)

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Marine Supply

> Chapter 9 ? Fender Systems (31pg)
> Department of Defence Handbook-Mooring Design (264pg)
> Fentek-Marine Fendering Systems (48pg)
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Guidelines to Wetland Planning & Construction
Constructed Wetlands Systems-Design Guidelines for Developers version 3, nov.2005 (32pg)

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)

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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constructed stormwater wetlands (56pg)

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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managing urban stormwater using constructed wetlands (50pg)

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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wetland bioassessment manual (macro invertebrates) (30pg)

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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corps of engineers-wetland delineation manual (143pg)

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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guidelines for better practice in foreshore works (81pg)

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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managing wetlands on your property-guidelines for inland new south wales (29pg)

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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