1. Adelaide Research & Scholarship

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Results 1-10 of 18 (Search time: 0.002 seconds).
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PreviewIssue DateTitleAuthor(s)
2012A modern soil-landscape characterization approach to reconstructing and predicting pedogenic pathways of inland acid sulfate soilsFitzpatrick, R.; Baker, A.; Shand, P.; Merry, R.; Grealish, G.; Mosley, L.; International Acid Sulfate Soil Conference (7th : 2012 : Vaasa, Finland)
2012A new 1D biogeochemical model framework for assessing and managing acid sulfate soil risksMosley, L.; Fitzpatrick, R.; Bonten, L.; Groenenberg, J.; International Acid Sulfate Soil Conference (7th : 2012 : Vaasa, Finland)
2012Mobilization of acidity and metals during refilling of a dried wetland: A comparison of laboratory and field dataShand, P.; Grocke, S.; Fitzpatrick, R.; Merry, R.; Thomas, M.; Creeper, N.; International Acid Sulfate Soil Conference (7th : 2012 : Vaasa, Finland)
1995Clays Controlling the EnvironmentFitzpatrick, R.
2012Sulfur reduction and oxidation processes, from wetland scale to micro scale, in an inland acid sulfate soil of the lower Murray-Darling River floodplains, AustraliaWallace, L.; Mcphail, D.; Fitzpatrick, R.; Welch, S.; Kirste, D.; Beavis, S.; Lamontagne, S.; International Acid Sulfate Soil Conference (7th : 2012 : Vaasa, Finland)
2012Behaviour of iron, aluminium and other selected metals following the rewetting of inland acid sulfate soils containing sulfuric materialCreeper, N.; Shand, P.; Fitzpatrick, R.; Hutson, J.; International Acid Sulfate Soil Conference (7th : 2012 : Vaasa, Finland)
1995Seasonal changes of iron and dissolved organic carbon concentrations in streams in the Warren Catchment, South AustraliaNaidu, R.; De Lacy, N.; Hollingsworth, I.; Fitzpatrick, R.
1995Field monitoring of solute and colloid mobility in a gneissic sub-catchment, South AustraliaBiddle, D.; Chittleborough, D.; Fitzpatrick, R.
2012A simplified incubation method using chip-trays as incubation vessels to identify sulphidic materials in acid sulphate soilsCreeper, N.; Fitzpatrick, R.; Shand, P.
2010Climate-driven mobilisation of acid and metals from acid sulfate soilsSimpson, S.; Fitzpatrick, R.; Shand, P.; Angel, B.; Spadaro, D.; Mosley, L.

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