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TitleProgressing toward an understanding of groundwater geochemistry of Innisfil Creek watershed, southern Ontario
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LicencePlease note the adoption of the Open Government Licence - Canada supersedes any previous licences.
AuthorProteau-Bédard, F; Benoit, N; Baudron, P; Post, R; Mills, A
SourceSouthern Ontario groundwater project 2014-2019: summary report; by Russell, H A JORCID logo (ed.); Kjarsgaard, B AORCID logo (ed.); Geological Survey of Canada, Open File 8536, 2020 p. 179-189, https://doi.org/10.4095/321104 Open Access logo Open Access
Year2020
PublisherNatural Resources Canada
Documentopen file
Lang.English
Mediaon-line; digital
RelatedThis publication is contained in Southern Ontario groundwater project 2014-2019: summary report
File formatpdf
ProvinceOntario
NTS30M/13; 31D/04; 31D/05
AreaInnisfil Creek; Nottawasaga Bay
Lat/Long WENS -80.0000 -79.5000 44.3333 43.9500
Subjectshydrogeology; geochemistry; environmental geology; stratigraphy; geochronology; Nature and Environment; Science and Technology; Agriculture; modelling; models; watersheds; groundwater resources; aquifers; groundwater geochemistry; groundwater flow; water utilization; climate effects; isotopic studies; hydrogen isotopes; oxygen isotopes; carbon isotopes; radioisotopes; radiometric dating; radiocarbon dating; geochemical surveys; major element geochemistry; water wells; well samples; hydrologic environment; hydrostratigraphic units; lithostratigraphy; bedrock geology; lithology; sedimentary rocks; shales; limestones; postglacial deposits; glacial deposits; moraines; tills; gravels; sands; muds; glacial features; proglacial lakes; calcium; bicarbonate; sodium chloride; iron; magnesium; sulphate; carbonate; chlorine; Innisfil Creek Watershed; Oak Ridges Moraine; Glacial Lake Algonquin; Newmarket Till; Thorncliffe Formation; Queenston Formation; Georgian Bay Formation; Blue Mountain Formation; Lindsay Formation; water supply; groundwater recharge; groundwater-surface water interaction; aquitards; glaciolacustrine sediments; databases; infiltration zone; dissolved inorganic carbon; anthropogenic impacts; contamination; reliability index; climate change; drought; cumulative effects; Phanerozoic; Paleozoic; Devonian; Silurian; Ordovician; Cambrian
Illustrationslocation maps; digital elevation models; 3-D models; stratigraphic cross-sections; geoscientific sketch maps; tables; ternary diagrams
ProgramGroundwater Geoscience, Aquifer Assessment & support to mapping
Released2020 05 28
AbstractGroundwater represents an important source of water for agriculture in the Innisfil Creek watershed, southern Ontario, where water vulnerability issues were evident through recent drought conditions. Uncertainties remain regarding the groundwater flow pattern of the multi-layer aquifer system and further understanding is required to plan for sustainable groundwater use. A hydrogeological study based on geochemistry and isotopes (d2H, d18O, d13C,14C-DIC, and 226Ra) is being developed to better characterize and quantify recharge, regional flow patterns, and potential inter-aquifer flow. In this paper, we present on work completed in 2018. The study objectives were to gather existing hydrogeological and geochemical data into a comprehensive database, to analyse the data in order to support targeted additional water sampling, and to develop preliminary interpretations. The ongoing project is now set for the development of an initial conceptual model based on the geochemical and isotopic interpretations combined with statistical analyses and physical hydrogeology processes observed in the region.
Summary(Plain Language Summary, not published)
Collection of papers on work completed in the past five years as part of the southern Ontario Groundwater Project. This edited volume is a collection of currently unreported work.
GEOSCAN ID321104

 
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