| Type | Name | Date | Summary |
 | Assessing the efficacy of engineering options for the management of dryland salinity (Land & Water Australia) | 2002 | In order to manage dryland salinity, a range of tools needs to be available to salinity managers. Under its Infrastructure Management theme, Australia's National Dryland Salinity Program (NDSP) is investing in several projects aimed at examining the potential for a range of tools to salinity managers. |
| Catchment Water Management: Guidelines for those considering Drainage for Salinity Control (Department of Agriculture Western Australia) | 2002 | Drainage systems with a mix of surface and sub-surface engineering and bio-physical water management options should be part of an integrated community and catchment plan. This publication provides basic information to assist landholders who may be considering some form of water management or drainage system to make informed decisions. |
 | Saltland Economics Calculator (Herbert, Alan) | 2007 | This 2006 Excel spreadsheet allows you to calculate the costs and returns of revegetating saltland with salt tolerant pastures. It is specifically targeted at growing feed to supplement into the autumn feed gap. |
| Soil salinity tolerance of plants for agriculture and revegetation: extreme saline sites (Department of Agriculture WA) | 2005 | This table lists plant species, both native and exotic to Western Australia, which are well adapted to extreme saline conditions (Ece >1600 mS/m). |
| Soil salinity tolerance of plants for agriculture and revegetation: moderately saline sites (Department of Agriculture WA) | 2005 | This table lists plant species, both native and exotic to Western Australia, which are well adapted to moderately saline conditions (Ece 400-800 mS/m). |
| Soil salinity tolerance of plants for agriculture and revegetation: slightly saline sites (Department of Agriculture WA) | 2005 | This table lists plant species, both native and exotic to Western Australia, which are well adapted to slightly saline conditions (Ece 200-400 mS/m). |
| Soil salinity tolerance of plants for agriculture and revegetation: very saline sites (Department of Agriculture WA) | 2005 | This table lists plant species, both native and exotic to Western Australia, which are well adapted to very saline conditions (Ece 800 - 1600 mS/m). |
| AgET Water Balance Calculator (Raper, P.) | 2005 | AgET is a simple water balance calculator which you can run on your computer (unzip and select SETUP). AgET helps farmers and their advisors understand how differing climates, plants, soils and rotations influence components of the water balance (i.e. evapotranspiration, runoff and deep flow). The model uses ‘average’ climate, and ‘representative’ soil and plant information obtained within the agricultural areas of Western Australia. To operate AgET, the user selects a site, soil unit, and plant or farming system of interest, and then runs the model against any other farming systems that may be suited to that environment. These calculations can be undertaken for a range of annual or perennial plants used within current farming systems. |
| Catcher - A companion program to AgET (George, R.) | 2002 | Catcher is a "Back of the Envelope" calculator for analyzing catchment water balances - how much rain falls (RAIN), how much water evaporates and is used by crops (Et), how much runs off (RUNOFF), and how much disappears into the sub-soil (DEEP FLOW). Unzip and select SETUP). It uses monthly point-value estimates of Et, RUNOFF and DEEP FLOW from the AgET program, adds them up for a given catchment, and allows users to see how much effect different crop plantings in different areas of a catchment can have on the catchment water balance. The Catcher program is a product of the Avon Drainage Working Group and the Department of Agriculture. It was developed as an extension tool to assist catchment groups to understand the relative components of their catchment water balance. |
| FLOWTUBE rapid catchment appraisal model (George, R.) | 2005 | This information sheet provides an overview of the FLOWTUBE groundwater modelling tool. |
| Site assessments (Keen, M.) | 2005 | Describes the processes for collecting and recording site data as part of the preliminary tasks leading to a landscape or project design. This applies to landscape and project designs for catchments of any size and includes designs for the installation of earthworks, revegegation, land use planning or implementation of erosion and sediment control practices. |
 | Site Evaluation and Option Selection Process(National Dryland Salinity Program (NDSP)) | 2001 | This website and reference page allows you to browse through the steps you need to take to assess an engineering option which might be suitable for your dryland salinity problem |
| Salinity, in BestFarms Environmental Management Systems Guidebook (Martin. K.) | 2005 | This extract provides background information on salinity in south west Western Australia along with information on best management practices and actions to undertake |
| Managing saline, high rainfall valleys and flats (K. Angell, P. Scott,A. Smith) | 1994 | This Farmnote gives options to return degraded valley floors (waterlogged, saline) to good production by use of earthworks, perennial grasses and trees. Tables of recommended tree and pasture species and a calendar of operations, are presented. |