Faculty

Institution

Unit

Venue

Philip Smith

Texas Tech University

Affiliations

College of Arts & Sciences

Department of Environmental Toxicology

NonePhilip Smith is currently serving as a College Of Arts & Sciences faculty at Texas Tech University.

Honors

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Experiences

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Education

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Philip Smith

Texas Tech University

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environmental science environmental toxicology ecotoxicology toxicology ecology environmental chemistry environmental pollution environmental engineering aquatic toxicology pesticide science water quality air pollution pharmacology water pollution environmental health livestock science environmental exposures environmental microbiology chemical pollution particulate matter environmental research environmental safety chemical contaminants ecotoxicity total environment marine pollution aerosol science avian biology human exposure pesticide resistance beef cattle feedyards airborne particulate matter fish biology thyroid atmospheric environment chemical pollutants rodent ecology southern high plains mallard ducks thyroid function perchlorate exposure northern bobwhite quail infection control applied microbiology food chemistry case studies selective toxicity disparate impact agricultural chemistry agricultural sciences mercury biogeochemistry primary investigation phytotoxicity chemical safety surface water source apportionment pesticide-residue analysis fullerenes oil spills steroid metabolism endocrine disruptors agricultural impacts inhalation toxicology location estimation weathered crude oil implanted steers anas platyrhynchos spatio-temporal models feed utilization pollution detection cattle feed yards antibiotic resistance genes aerial transport terrestrial vertebrates contaminant exposure ecological receptors

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Implant Status and Breed Type on Feedlot Performance, Carcass Characteristics, Sera Metabolites, and Immunohistochemical Responses in Finishing Steers. Journal of Animal Science (2025)

K R WesleyL K FuernissJ R HallJ D YoungF B GreenP N SmithJ P HutchesonB J Johnson

animal performancefeedlot performancelivestock sciencesera metabolitesimplant statusanimal scienceimmunohistochemical responsescarcass characteristics

A Novel Laboratory Method for Simulating Pollinator Exposure to Agrochemical-Laden Particulate Matter. Ecotoxicology (2023)

Frank B. GreenEric M. PetersonPhilip N. Smith

particulate matteragrochemical-laden particulate matterpollinator exposurenovel laboratory methodecotoxicologyenvironmental science

Atmospheric Transport of Particulate Matter and Particulate-Bound Agrochemicals From Beef Cattle Feedlots: Human Health Implications for Downwind Agricultural Communities. The Science of The Total Environment (2023)

Amanda D. EmertKerry Griffis-KyleFrank B. GreenPhilip N. Smith

atmospheric transportenvironmental healthtotal environmenthuman impacts on the environmentlivestock sciencelivestock healthdownwind agricultural communitiesparticulate matteratmospheric environmentpublic healthatmospheric sciencehuman health implicationsparticulate-bound agrochemicalsair pollutionenvironmental sciencehealth scienceshuman exposurebeef cattle feedlots

Bee Pollinator Mortality Due to Pesticide-Laden Particulate Matter From Beef Cattle Feedyards. Environmental Science & Technology (2023)

Frank B GreenEric M PetersonAmanda D EmertSeenivasan SubbiahPhilip N Smith

environmental technologyenvironmental researchenvironmental pollutionpesticide-laden particulate matterbeef cattle feedyardsenvironmental sciencebee pollinator mortalityagricultural economics

Laboratory Determination of Particulate-Matter–Bound Agrochemical Toxicity Among Honeybees, Mason Bees, and Painted Lady Butterflies. Environmental Toxicology and Chemistry (2023)

Frank B. GreenSonia R. MuñozPhilip N. Smith

chemistrychemical pollutionenvironmental toxicologyparticulate-matter-bound agrochemical toxicityenvironmental chemistryenvironmental sciencelaboratory determination

Usepa Calpuff Validation and Dispersion Modeling of Beef Cattle Feedlot Pm10 and Pm2.5 Emissions Factors. Atmospheric Environment (2023)

Amanda D. EmertKerry Griffis-KyleCarlos Portillo-QuinteroPhilip N. Smith

livestock sciencedispersion modelingatmospheric environmentusepa calpuff validationatmospheric scienceair pollutionenvironmental scienceaerosol science

A Novel Laboratory Method for Simulating Pollinator Exposure to Particulate Matter. Research Square (2022)

Frank B GreenEric M PetersonPhilip N Smith

particulate matterpollinator exposurenovel laboratory methodair pollutionenvironmental scienceecology

Atmospheric Deposition of Particulate Matter From Beef Cattle Feedlots is a Likely Contributor of Pyrethroid Occurrence in Isolated Wetland Sediment: Source Apportionment and Ecological Risk Assessment. Environmental Pollution (2022)

Amanda D. EmertSeenivasan SubbiahFrank B. GreenKerry Griffis-KylePhilip N. Smith

atmospheric depositionenvironmental engineeringlivestock scienceparticulate matterenvironmental pollutionatmospheric scienceisolated wetland sedimentair pollutionenvironmental scienceecology

Agrochemical Occurrence on Colocated Wildflowers and Wild Bees Collected Near Beef Cattle Feed Yards and Row Crops. Integrated Environmental Assessment and Management (2021)

Eric M. PetersonFrank B. GreenSeenivasan SubbiahAmanda EmertPhilip N. Smith

colocated wildflowersagricultural managementenvironmental impact assessmentwild beesenvironmental monitoringenvironmental scienceagrochemical occurrencerow crops

Assessment of Risks to Listed Species From the Use of Atrazine in the USA: A Perspective. Journal of Toxicology and Environmental Health Part B (2021)

Philip N SmithKevin L ArmbrustRichard A. BrainWenlin ChenNika GalicLula GhebremichaelJeffrey M GiddingsMark L HansonJonathan MaulGlen Van Der KraakKeith R Solomon

listed speciesenvironmental toxicologypharmacologyrisk managementtoxicology

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Philip Smith

Texas Tech University

Affiliations

College of Arts & Sciences

Department of Environmental Toxicology

NonePhilip Smith is currently serving as a College Of Arts & Sciences faculty at Texas Tech University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Philip Smith

Texas Tech University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Implant Status and Breed Type on Feedlot Performance, Carcass Characteristics, Sera Metabolites, and Immunohistochemical Responses in Finishing Steers. Journal of Animal Science (2025)

K R WesleyL K FuernissJ R HallJ D YoungF B GreenP N SmithJ P HutchesonB J Johnson

animal performancefeedlot performancelivestock sciencesera metabolitesimplant statusanimal scienceimmunohistochemical responsescarcass characteristics

A Novel Laboratory Method for Simulating Pollinator Exposure to Agrochemical-Laden Particulate Matter. Ecotoxicology (2023)

Frank B. GreenEric M. PetersonPhilip N. Smith

particulate matteragrochemical-laden particulate matterpollinator exposurenovel laboratory methodecotoxicologyenvironmental science

Amanda D. EmertKerry Griffis-KyleFrank B. GreenPhilip N. Smith

Bee Pollinator Mortality Due to Pesticide-Laden Particulate Matter From Beef Cattle Feedyards. Environmental Science & Technology (2023)

Frank B GreenEric M PetersonAmanda D EmertSeenivasan SubbiahPhilip N Smith

environmental technologyenvironmental researchenvironmental pollutionpesticide-laden particulate matterbeef cattle feedyardsenvironmental sciencebee pollinator mortalityagricultural economics

Laboratory Determination of Particulate-Matter–Bound Agrochemical Toxicity Among Honeybees, Mason Bees, and Painted Lady Butterflies. Environmental Toxicology and Chemistry (2023)

Frank B. GreenSonia R. MuñozPhilip N. Smith

chemistrychemical pollutionenvironmental toxicologyparticulate-matter-bound agrochemical toxicityenvironmental chemistryenvironmental sciencelaboratory determination

Usepa Calpuff Validation and Dispersion Modeling of Beef Cattle Feedlot Pm10 and Pm2.5 Emissions Factors. Atmospheric Environment (2023)

Amanda D. EmertKerry Griffis-KyleCarlos Portillo-QuinteroPhilip N. Smith

livestock sciencedispersion modelingatmospheric environmentusepa calpuff validationatmospheric scienceair pollutionenvironmental scienceaerosol science

A Novel Laboratory Method for Simulating Pollinator Exposure to Particulate Matter. Research Square (2022)

Frank B GreenEric M PetersonPhilip N Smith

particulate matterpollinator exposurenovel laboratory methodair pollutionenvironmental scienceecology

Amanda D. EmertSeenivasan SubbiahFrank B. GreenKerry Griffis-KylePhilip N. Smith

atmospheric depositionenvironmental engineeringlivestock scienceparticulate matterenvironmental pollutionatmospheric scienceisolated wetland sedimentair pollutionenvironmental scienceecology

Agrochemical Occurrence on Colocated Wildflowers and Wild Bees Collected Near Beef Cattle Feed Yards and Row Crops. Integrated Environmental Assessment and Management (2021)

Eric M. PetersonFrank B. GreenSeenivasan SubbiahAmanda EmertPhilip N. Smith

colocated wildflowersagricultural managementenvironmental impact assessmentwild beesenvironmental monitoringenvironmental scienceagrochemical occurrencerow crops

Assessment of Risks to Listed Species From the Use of Atrazine in the USA: A Perspective. Journal of Toxicology and Environmental Health Part B (2021)

Philip N SmithKevin L ArmbrustRichard A. BrainWenlin ChenNika GalicLula GhebremichaelJeffrey M GiddingsMark L HansonJonathan MaulGlen Van Der KraakKeith R Solomon

listed speciesenvironmental toxicologypharmacologyrisk managementtoxicology

1
2
3
4
5
10
10 / page

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