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FRIDAY PLENARY SESSIONS<br />

The Future of Isotope Hydrogeology<br />

Ian D. Clark, Department of Earth Sciences, University of Ottawa<br />

In 1971, Peter Fritz carried the torch of isotope hydrology from<br />

the crucible of Professor Gonfiantini’s lab in Pisa to Waterloo via<br />

the University of Alberta. Those early days of hard-won isotope<br />

measurements on a fully manual dual inlet VG602 generated<br />

fundamental insights into the use of these tracers in hydrogeology.<br />

Half a century of technological developments has produced<br />

new instruments that provide orders of magnitude more data at<br />

unprecedented temporal and spatial resolution.<br />

What have we done with these new capabilities and what new questions<br />

are we addressing? Have our innovations and applications kept pace?<br />

We’ve seen advances on many fronts from questions of origin, age and<br />

renewability of groundwater resources to tracing contaminant transport<br />

and remediation. Our challenge in the coming decades will be to more fully<br />

engage industry and government in the routine use of isotopes to address<br />

a range of issues spawned by our improving stewardship of water and the<br />

environment.<br />

Insightful Moments in Hydrogeology –<br />

Hydrogeologists without Borders and<br />

the ‘GW2.0 Initiative’<br />

This session celebrates the hydrogeology textbook<br />

initiative GW2.0 of Hydrogeologists without<br />

Borders (HWB) to provide an updated version of<br />

the 1979 Freeze and Cherry text Groundwater as a<br />

training tool that will be available worldwide and in<br />

multiple languages.<br />

HWB is a Canadian charity focused on linking hydrogeology to the water,<br />

sanitation and hygiene (WASH) sector. Although much of the regions<br />

of critical need worldwide are increasingly groundwater dependent, and<br />

a significant part of the international aid sector drills water wells, projects<br />

are often lacking in their hydrogeological component especially sustainable<br />

well construction. Major efforts to provide improved water supply in<br />

developing countries are thwarted because of the inability to find and<br />

develop groundwater resources - often due to the lack of hydrogeological<br />

expertise.<br />

IAH-CNC 2015 WATERLOO CONFERENCE<br />

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