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Hydrogeochemical interpretations of apparent anomalies in base metals and radium in groundwater near Lake Maurice in the Great Victoria Desert
A. M. Giblin
*
, B. L. Dickson
*
Corresponding author for this work
Research output
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Contribution to journal
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Article
›
peer-review
13
Citations (Scopus)
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Dive into the research topics of 'Hydrogeochemical interpretations of apparent anomalies in base metals and radium in groundwater near Lake Maurice in the Great Victoria Desert'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
radium
72%
base metal
66%
desert
49%
anomaly
40%
groundwater
35%
lake
34%
calcium
30%
seawater
28%
sulfate
28%
jarosite
25%
siderite
23%
halite
23%
mineral
21%
water salinity
21%
muscovite
20%
chlorite
19%
iron oxide
19%
kaolinite
18%
water table
18%
feldspar
17%
pyrite
17%
calcite
16%
X-ray diffraction
15%
quartz
14%
salinity
13%
carbonate
13%
acid
12%
water
12%
Chemistry
Sulfate Mineral
100%
Calcium Sulfate
79%
Salinity
69%
Groundwater
64%
Halite
48%
Chlorite
41%
Feldspar
40%
Pyrite
36%
Calcite
34%
Iron Oxide
27%
Metal
26%
Quartz
26%
Amount
25%
Carbonate
23%
Ionic Strength
23%
Time
21%
pH Value
12%
Acid
10%