Dealing with salinity in Wheatbelt Valleys - Department of Water

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with Salinity in Wheatbelt Valleys Conference Dealing Prospects and Practical Options Processes, LANDSCAPE ECOSYSTEMS • Describe and publicise the biophysical status of the environment (rural landscapes that include wheatbelt valleys) as they are predicted to be in 2021 • Biologically significant areas (remnant bush, lakes, wetlands) should be assessed according to values and risks. Priority funding should go to high values at risk • Sustainability of all systems imposed on our landscape be proven to be not harmful to any other part CHANGING COMMUNITIES AND LANDSCAPE USE FUNDING • Identify the behavioural and cultural determinants of change – what is require to gain successful adoption of best practice? • Don’t knock ‘Tall Poppies’ – they are probably innovators for our future. • Need to better identify the personal and community characteristics of those who live in the Wheatbelt (Homosapien inlander) • Decision-makers need to live amongst the decisions that are made • The community is waiting for science but science is just catching up with the community • Rural communities want to have ‘environmental vandal’ tag removed – they did not set out to vandalise! • Communities need to establish a “durable set of standards” – what are the important values to each local community? Can ‘commodity’ and ‘community’ values be merged? • Provide an audit of how money has been spent • Use the ‘Investment Framework’ • Arrange systems of ‘financial rewards’ or ‘market accreditation’ for adoption of best NRM practice or for delivery of measure outcomes towards NRM targets • A wider range of funding options be assessed (eg Corporate funding for development of ‘Carbon Sinks’ • Identify new sources of capital – sharing risk and ownership of farms through investment.
with Salinity in Wheatbelt Valleys Conference Dealing Prospects and Practical Options Processes, QUOTABLE COMMENT “……the more I hear about salinity, the less I understand about the issue. It shows how complex the issue is. I think that our community has about 5 years to get it’s act together. We need localbased action. We will need to develop our own local Vision based on our best judgements. We can’t wait until we understand everything.” from comments made by Russell Crook, Farmer, Westonia Shire Councillor. See conference website for full list of conference comments (www.avonicm.org.au/avonicm/wbeltvalleys).
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Foreword Dealing with Salinity in W
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1Day one: Monday 30th July. Field t
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Papers Dealing with Salinity in Whe
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Ali and Coles biggest challenges fa
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Ali and Coles erosion, maintenance
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Ali and Coles expected under these
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Ali and Coles Coles, N.A. & Ali, M.
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Commander, Schoknecht, Verboom and
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APPRECIATING AND CREATING OUR HISTO
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services. The Government responded
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WHEATBELT VALLEYS IN DIFFICULTIES T
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argue that they were really abnorma
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1990s, the wheatbelt valleys in par
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REFERENCES Agstats (1997). Agricult
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George and Coleman two to four fold
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George and Coleman surface, the vas
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George and Coleman for example in t
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George and Coleman current trends c
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George and Coleman While not as div
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George and Coleman SPECIES Table 5:
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George and Coleman advantages of so
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George and Coleman this volume). In
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George and Coleman Venture Economy
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George and Coleman Lawrence, C. (19
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Hatton and Ruprecht WATCHING THE RI
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Since the mid 1970s annual rainfall
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Effect of clearing on runoff The ot
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Salinity Monthly streamflow (ML) 10
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The ratio of the salt outputs to in
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- 11 - Hatton and Ruprecht Table 4:
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THE FUTURE In looking at the future
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McFarlane, D.J., George, R.J. & Far
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Keighery, Halse and McKenzie Terres
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Keighery, Halse and McKenzie Wetlan
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Keighery, Halse and McKenzie specie
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Keighery, Halse and McKenzie enviro
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Lloyd number of legal cases pending
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Lloyd 0 -500 -1000 -1500 -2000 -250
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Lloyd Table 3. Sheep grazing days i
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Lloyd Hectares project to provide w
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INTRODUCTION The Lake Chinocup Catc
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agriculture) in various stages, the
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- 3,477 ha of remnant vegetation or
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Scientists talk of up to 30% of the
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6320000 6300000 6280000 6260000 624
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Although the waterlogged area under
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eliminates drainage through the nex
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REFERENCES Dawes, W.R., Stauffacher
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Pannell ECONOMICS, SOCIETY AND ENVI
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Pannell • the area of land protec
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Page 129 and 130: Pannell investments in long-term la
Page 131 and 132: Pannell Pannell, D.J. (2001). Dryla
Page 133 and 134: Porter, Bartle and Cooper Table 1:
Page 139 and 140: Porter, Bartle and Cooper operation
Page 141 and 142: Porter, Bartle and Cooper Increase
Page 145 and 146: Porter, Bartle and Cooper support i
Page 147 and 148: Porter, Bartle and Cooper that is a
Page 149 and 150: CASE STUDY - TOOLIBIN LAKE AND CATC
Page 151 and 152: • The distribution, storage and m
Page 153 and 154: Secondly, there is a set of practic
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Page 157 and 158: CONCLUSIONS Actions to protect and
Page 159 and 160: FIELD TOUR LOCATIONS FIELD TOUR NOT
Page 161 and 162: COLES FARM “Avon River Basin Over
Page 163 and 164: Conference Outcomes Dealing with Sa
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Page 197 and 198: Photo Gallery 2 Dealing with Salini
Page 199 and 200: APPENDIX 1 BACKGROUND HYDROLOGY AND
Page 201 and 202: WHEATBELT HYDROLOGY Flow in the Yil
Page 203 and 204: Flow (ML) STREAM SALINITY Salt Rive
Page 205 and 206: APPENDIX 2 WATER MANAGEMENT OPTIONS
Page 207 and 208: APPENDIX 3 MANAGING WATER AND SALIN
Page 209 and 210: SUMMARY- TIMELINE OF RECENT SIGNIFI
Page 211 and 212: RECENT HISTORY OF WATER AND SALINIT
Page 213 and 214: Figure 1. Hydrological cross-sectio
Page 215: Depth (m) 316 315 314 313 312 311 M
Page 218 and 219: FURTHER INVESTIGATIONS AND MANAGEME
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Dealing with salinity in Wheatbelt Valleys - Department of Water

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