Faculty

Institution

Unit

Venue

Robin Bullock

Assistant Professor

Montana Technological University

Affiliations

College of Letters, Sciences and Professional Studies

Studies Of College Of Letters, Sciences And Professional

Department Of Earth Science And Engineering

Lance College of Mines and Engineering

Department Of Environmental Engineering

Studies Of College Of Letters, Sciences And Professional

Department Of General Science

Montana Technological University

Natural Resource Research Center

Strategic Plan

Robin Bullock is currently serving as a College Of Letters, Sciences And Professional Studies Assistant Professor at Montana Technological University.

Honors

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Experiences

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Education

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Robin Bullock

Montana Technological University

Assistant Professor

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environmental engineering environmental science in-situ burning human impacts on the environment environmental research oil spills arctic engineering public health cold region science aerial application environmental partitioning technology extreme environments surface science engineering education unmanned aerial vehicles water quality environmental monitoring total environment combustion science cryosphere sustainable development wildlife animal behavior fire ecology resource policy sustainable mining environmental planning hazardous materials marine pollution aerosol science benchmark studies human-centered design wildlife ecology fire research wildlife management arid environments mining and exploration critical minerals mineral economics mining industry mining environment oil spill prevention chemical herders oil spill response pilot study scale-up considerations field-scale investigations engineering classroom sustainable development challenges design protocols small-scale mining partial ice cover conditional acceptance socio-economic engagement closed tailings impoundment

Notable Scholarly Works

Notable Federal Grants

Collaborators

From Opposition to Conditional Acceptance: Corporate Environmental and Socio-Economic Engagement in Critical Minerals Mining in Michigan. Resources Policy (2025)

mining and explorationconditional acceptancesustainability sciencepublic policycritical mineralsresource policysocio-economic engagementsustainable miningenvironmental resource managementmineral economicsenvironmental policyenvironmental planningcorporate social responsibilitybusinessenvironmental justicemining industrymining environment

Environmental Partitioning of Op-40 Thickening Agent With In-Situ Burning: An Oil Release Field Study in the Arctic. SSRN Electronic Journal (2024)

Bullock, RobinHasan, Md IbnulBillings, ShanePerkins, RobertAggarwal, Srijan

human impacts on the environmentenvironmental engineeringarctic engineeringenvironmental partitioningin-situ burningenvironmental scienceecologyaerosol sciencecombustion

A Value-Added Approach to Re-Mining a Closed Tailings Impoundment: A Case Study in Montana, United States. SSRN Electronic Journal (2023)

closed tailings impoundmentvaluationdata miningdata scienceanalyticsvalue-added approachcase studystatistics

Effectiveness, Environmental Pathways and Operational Readiness of Op-40 Chemical Herder When Used in Conjunction With In-Situ Burning for Oil Spill Reponse in the Offshore Arctic. ScholarWorks - UA (University of Alaska System) (2021)

hazardous materialsenvironmental engineeringenvironmental pathwaysenvironmental impact of the energy industrymarine pollutionoffshore arcticenvironmental researchoil spillsop-40 chemical herderoil spill preventionenvironmental protectionenvironmental science

Bringing Sustainable Development Challenges Into the Engineering Classroom: Applying Human Centered Design Protocols to Artisanal and Small-Scale Mining. (2020)

Nicole SmithBenjamin TeschnerRobin Bullock

sustainable developmentengineering classroomengineering educationsustainable development challengesengineeringdesign protocolssmall-scale mininghuman-centered design

In-Situ Burning With Chemical Herders for Arctic Oil Spill Response: Meta-Analysis and Review. The Science of The Total Environment (2019)

Robin J. BullockRobert A. PerkinsSrijan Aggarwal

total environmenthuman impacts on the environmentenvironmental engineeringin-situ burningcombustion sciencepublic healthenvironmental sciencechemical herders

Aerial Application of Herding Agents Can Enhance In-Situ Burning in Partial Ice Cover. International Oil Spill Conference Proceedings (2017)

Stephen PotterIan BuistDavid CooperSrijan AggarwalWilliam SchnabelJessica GarronRobin BullockRobert PerkinsPeter Lane

partial ice coverenvironmental engineeringunmanned aerial vehiclesin-situ burningaerial application

Environmental Partitioning of Herding Agents Used During an In-Situ Burning Field Study in Alaska. International Oil Spill Conference Proceedings (2017)

Robin BullockSrijan AggarwalRobert PerkinsWilliam SchnabelPatrik Sartz

wildlife ecologyhuman impacts on the environmentenvironmental engineeringwater qualitywildlifeanimal behaviorfire ecologyenvironmental partitioningfire researchenvironmental researchenvironmental monitoringwildfiresenvironmental scienceecologywildlife managementarid environments

Scale-Up Considerations for Surface Collecting Agent Assisted In-Situ Burn Crude Oil Spill Response Experiments in the Arctic: Laboratory to Field-Scale Investigations. Journal of Environmental Management (2017)

Robin J. BullockSrijan AggarwalRobert A. PerkinsWilliam Schnabel

surface scienceenvironmental engineeringscale-up considerationsfield-scale investigationscold region scienceenvironmental researchbenchmark studiesoil spillspublic healthenvironmental sciencearctic engineering

Aerial Application of Herding Agents to Advance In-Situ Burning for Oil Spill Response in the Arctic: A Pilot Study. Cold Regions Science and Technology (2016)

Srijan AggarwalWilliam SchnabelIan BuistJessica GarronRobin BullockRobert PerkinsSteve PotterDavid Cooper

extreme environmentsenvironmental engineeringoil spill responsecold region sciencetechnologyin-situ burningaerial applicationaerospace engineeringoil spillspilot studycryospherearctic engineering

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Robin Bullock

Assistant Professor

Montana Technological University

Affiliations

College of Letters, Sciences and Professional Studies

Studies Of College Of Letters, Sciences And Professional

Department Of Earth Science And Engineering

Lance College of Mines and Engineering

Department Of Environmental Engineering

Studies Of College Of Letters, Sciences And Professional

Department Of General Science

Montana Technological University

Natural Resource Research Center

Strategic Plan

Robin Bullock is currently serving as a College Of Letters, Sciences And Professional Studies Assistant Professor at Montana Technological 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

Robin Bullock

Montana Technological University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

From Opposition to Conditional Acceptance: Corporate Environmental and Socio-Economic Engagement in Critical Minerals Mining in Michigan. Resources Policy (2025)

Environmental Partitioning of Op-40 Thickening Agent With In-Situ Burning: An Oil Release Field Study in the Arctic. SSRN Electronic Journal (2024)

Bullock, RobinHasan, Md IbnulBillings, ShanePerkins, RobertAggarwal, Srijan

human impacts on the environmentenvironmental engineeringarctic engineeringenvironmental partitioningin-situ burningenvironmental scienceecologyaerosol sciencecombustion

A Value-Added Approach to Re-Mining a Closed Tailings Impoundment: A Case Study in Montana, United States. SSRN Electronic Journal (2023)

closed tailings impoundmentvaluationdata miningdata scienceanalyticsvalue-added approachcase studystatistics

Bringing Sustainable Development Challenges Into the Engineering Classroom: Applying Human Centered Design Protocols to Artisanal and Small-Scale Mining. (2020)

Nicole SmithBenjamin TeschnerRobin Bullock

sustainable developmentengineering classroomengineering educationsustainable development challengesengineeringdesign protocolssmall-scale mininghuman-centered design

In-Situ Burning With Chemical Herders for Arctic Oil Spill Response: Meta-Analysis and Review. The Science of The Total Environment (2019)

Robin J. BullockRobert A. PerkinsSrijan Aggarwal

total environmenthuman impacts on the environmentenvironmental engineeringin-situ burningcombustion sciencepublic healthenvironmental sciencechemical herders

Aerial Application of Herding Agents Can Enhance In-Situ Burning in Partial Ice Cover. International Oil Spill Conference Proceedings (2017)

Stephen PotterIan BuistDavid CooperSrijan AggarwalWilliam SchnabelJessica GarronRobin BullockRobert PerkinsPeter Lane

partial ice coverenvironmental engineeringunmanned aerial vehiclesin-situ burningaerial application

Environmental Partitioning of Herding Agents Used During an In-Situ Burning Field Study in Alaska. International Oil Spill Conference Proceedings (2017)

Robin BullockSrijan AggarwalRobert PerkinsWilliam SchnabelPatrik Sartz

Robin J. BullockSrijan AggarwalRobert A. PerkinsWilliam Schnabel

Aerial Application of Herding Agents to Advance In-Situ Burning for Oil Spill Response in the Arctic: A Pilot Study. Cold Regions Science and Technology (2016)

Srijan AggarwalWilliam SchnabelIan BuistJessica GarronRobin BullockRobert PerkinsSteve PotterDavid Cooper

extreme environmentsenvironmental engineeringoil spill responsecold region sciencetechnologyin-situ burningaerial applicationaerospace engineeringoil spillspilot studycryospherearctic engineering

1
10 / page