Erik D. Pollock
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Lab Manager
Also affiliated: International Isotopes (United States) (2016–2024); Liskeard Community Hospital (1984); The Stables (2016–2024); University of Guelph (1984)
Staff Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Erik D. Pollock's research focuses on environmental monitoring and the application of stable isotope analysis to understand ecological processes and human impacts. His work investigates the drivers of cyanotoxin and taste-and-odor compound presence in rivers affected by human activity. He has also examined the long-term effects of agricultural practices on soil organic matter isotopes and the use of carbon and nitrogen isotopes for sediment fingerprinting, including the non-conservativeness of organic tracers in fluvial sediment records.
Pollock also contributes to veterinary applications, co-authoring research on a multicomponent microneedle patch for drug delivery. His methodological interests include the use of carbon and nitrogen isotopic ratios for environmental tracing and the application of stable isotopes to distinguish between wild and captive animal populations. He has also explored the removal of trichloroethylene using various carbon materials.
With an h-index of 20 and over 1,100 citations across 80 publications, Pollock has also been involved in securing significant federal funding. He co-PI'd an NSF grant for $1,099,952 for the acquisition of a replacement multicollector ICP-MS, an instrument crucial for enhanced research in geology, archeology, and paleobiology.
Metrics
- h-index: 20
- Publications: 80
- Citations: 1,141
Selected Publications
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Continuum of denitrification to end-member controls on nitrate isotopic ratios: evidence from meta-analyses and a six-year record of seasonality from Kentucky, USA (2026)
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Combating the illegal turtle trade using chemical markers (2025)
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A Multicomponent Microneedle Patch for the Delivery of Meloxicam for Veterinary Applications (2024)
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Drivers of cyanotoxin and taste-and-odor compound presence within the benthic algae of human-disturbed rivers (2024)
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Advancing Forensic Chemical Analysis to Classify Wild and Captive Turtles (2023)
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Forensic Application of Stable Isotopes to Distinguish between Wild and Captive Turtles (2022)
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Long‐term agricultural practice effects on carbon and nitrogen isotopes of soil organic matter fractions (2022)
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Seasonality of Recharge Drives Spatial and Temporal Nitrate Removal in a Karst Conduit as Evidenced by Nitrogen Isotope Modeling (2021)
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A Wild Yeast Laboratory Activity: From Isolation to Brewing (2021)
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Comparative study of trichloroethylene removal by different carbons and FeNi-carbon composites (2021)
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Optimal Transport for Assessing Nitrate Source‐Pathway Connectivity (2020)
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Quantification of nitrate fate in a karst conduit using stable isotopes and numerical modeling (2019)
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Carbon and nitrogen properties of particulate organic matter fractions in an Alfisol in the mid-Southern, USA (2019)
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A Wild Yeast Laboratory Activity: From Isolation to Brewing (2019)
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Enhanced Photothermal Treatment Efficacy and Normal Tissue Protection via Vascular Targeted Gold Nanocages (2019)
Federal Grants 1 $1,099,952 total
Collaboration Network
Top Collaborators
- Forensic Application of Stable Isotopes to Distinguish between Wild and Captive Turtles
- Advancing Forensic Chemical Analysis to Classify Wild and Captive Turtles
- Combating the illegal turtle trade using chemical markers
- Forensic Application of Stable Isotopes to Distinguish between Wild and Captive Turtles
- Advancing Forensic Chemical Analysis to Classify Wild and Captive Turtles
- Combating the illegal turtle trade using chemical markers
- Forensic Application of Stable Isotopes to Distinguish between Wild and Captive Turtles
- Advancing Forensic Chemical Analysis to Classify Wild and Captive Turtles
- Combating the illegal turtle trade using chemical markers
- Drivers of cyanotoxin and taste-and-odor compound presence within the benthic algae of human-disturbed rivers
- Seasonality of Recharge Drives Spatial and Temporal Nitrate Removal in a Karst Conduit as Evidenced by Nitrogen Isotope Modeling
- Advancing Forensic Chemical Analysis to Classify Wild and Captive Turtles
- Combating the illegal turtle trade using chemical markers
- Comparative study of trichloroethylene removal by different carbons and FeNi-carbon composites
- Comparative study of trichloroethylene removal by different carbons and FeNi-carbon composites
- Comparative study of trichloroethylene removal by different carbons and FeNi-carbon composites
- Comparative study of trichloroethylene removal by different carbons and FeNi-carbon composites
- Comparative study of trichloroethylene removal by different carbons and FeNi-carbon composites
- Comparative study of trichloroethylene removal by different carbons and FeNi-carbon composites
- Comparative study of trichloroethylene removal by different carbons and FeNi-carbon composites
- A Wild Yeast Laboratory Activity: From Isolation to Brewing
- A Wild Yeast Laboratory Activity: From Isolation to Brewing
- Seasonality of Recharge Drives Spatial and Temporal Nitrate Removal in a Karst Conduit as Evidenced by Nitrogen Isotope Modeling
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