Difference between revisions of "Dr. Barbara Sherwood Lollar, F.R.S.C."

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(Created page with "==Work and Contact Information== EMPLOYER: University of Toronto<br /> ::::Department of Earth Sciences<br /> ::::22 Russell Street<br /> ::::Toronto, ON Canada M5S 3B1<br />...")
 
 
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==Work and Contact Information==
 
==Work and Contact Information==
EMPLOYER: University of Toronto<br />
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EMPLOYER:
::::Department of Earth Sciences<br />
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:University of Toronto
::::22 Russell Street<br />
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:Department of Earth Sciences
::::Toronto, ON Canada  M5S 3B1<br />
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:22 Russell Street
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:Toronto, ON Canada  M5S 3B1
  
 
EMAIL: [mailto:bslollar@chem.utoronto.ca bslollar@chem.utoronto.ca]
 
EMAIL: [mailto:bslollar@chem.utoronto.ca bslollar@chem.utoronto.ca]
  
PHONE: 416.978.0770
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WEBPAGE: http://bsherwoodlollar.weebly.com/
 
 
LINKEDIN:
 
 
 
FACEBOOK:
 
 
 
Twitter
 
  
 
==About the Contributor==
 
==About the Contributor==
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Dr. Sherwood Lollar is a University Professor in Earth Sciences at the University of Toronto. Her research focuses on stable isotope geochemistry for groundwater remediation investigations, tracking the fate of carbon-bearing fluids and gases such as CO<sub>2</sub>, CH<sub>4</sub> and H<sub>2</sub> in ancient fracture waters in the Earth’s crust, and exploring the role of deep subsurface microbial populations in carbon cycling.
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==Article Contributions==
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*[[Compound Specific Isotope Analysis (CSIA)]]
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__NOTOC__
  
==Article Contributions==
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[[Category: Contributors|Lollar]]

Latest revision as of 20:00, 13 February 2019

Work and Contact Information

EMPLOYER:

University of Toronto
Department of Earth Sciences
22 Russell Street
Toronto, ON Canada M5S 3B1

EMAIL: bslollar@chem.utoronto.ca

WEBPAGE: http://bsherwoodlollar.weebly.com/

About the Contributor

Dr. Sherwood Lollar is a University Professor in Earth Sciences at the University of Toronto. Her research focuses on stable isotope geochemistry for groundwater remediation investigations, tracking the fate of carbon-bearing fluids and gases such as CO2, CH4 and H2 in ancient fracture waters in the Earth’s crust, and exploring the role of deep subsurface microbial populations in carbon cycling.

Article Contributions