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Explore geochemical data from Barton Springs Aquifer for hydrogeologic insights. Synthesize and visualize data to draw conclusions.
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Barton Springs Aquifer Geochemistry Brad Garner Jackson School of Geosciences Dec. 2, 2004
pH = -log([H+]) H2CO3* <-> H+ + HCO3- CaCO3(s) <-> Ca+2 + CO3-2 HCO3- <-> H+ + CO3-2 CO2(g) <-> CO2(aq) Ca+2 TITRATION CO2(aq) <-> H2CO3* Mg+2 STOICHIOMETRY SO4-2
HYPOTHESIS Visualization of geochemical groundwater data from the Barton Springs Aquifer yields hydrogeologic insight.
Study Area Data Synthesis Results Conclusion
Barton Williamson Slaughter
Barton Williamson Slaughter
Barton Williamson Slaughter
Barton Williamson Slaughter
Mg Mg Ca Ca Ca Ca Mg Mg Ca Ca
Mg Mg Ca Ca Ca Ca Ca Mg Mg Ca Ca
Mg Mg Ca Ca Ca Ca Ca Mg Mg Ca Ca
USGS NWIS 1978 – 2003 30 Wells 416 Water Samples 31 Synoptic Events
TCEQ Data Counties Cities Creeks Aquifers Et cetera
Data • IDW
Data • IDW • Contours
Data • IDW • Contours • Colorize
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet
Conductivity 1978 2003 Dry Wet