Faculty

Institution

Unit

Venue

Brooke Love

Associate Professor

Western Washington University

Affiliations

College of the Environment

College of the Environment Spatial Institute

Department Of Environmental Sciences

Department Of Urban And Environmental Planning And Policy

Environmental Sciences

Institute for Watershed Studies

Studies Of Institute For Watershed

Department Of Environmental Studies And Geography

Department Of Marine And Coastal Science

Environmental Sciences Department

College of the Environment Spatial Institute

Institute Of Spatial

Western Washington University

Brooke Love is currently serving as a College Of The Environment Associate Professor at Western Washington University.

Honors

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Experiences

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Education

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Brooke Love

Western Washington University

Associate Professor

You can click a keyword to filter the displayed items

environmental science ecology oceanography marine biology earth science aquatic ecosystems marine chemistry marine ecology ocean acidification ocean sciences marine systems biological oceanography planetary sciences volcanology marine environments seagrass chemical oceanography east pacific rise geology fisheries geochemistry seismology fish biology plant physiology greenhouse gas control zoology geophysical research photosynthesis volcanism mariculture volcanic eruptions seagrass zostera japonica technical note passive gas exchange plo biology raman spectroscopy chemical geology tectonophysics applied phycology aquaculture energy exploration volcanic process phytoplankton ecology trace elements hydrothermal vents magmatic-hydrothermal system volcanic fumaroles igneous process volcanic gas chemistry plant metabolism algal biology greenhouse gas sequestration gas exchange process carbon sinks energy production energy resources estuaries estuarine geochemistry coastal geochemistry earthquake forecasting classroom instruction biological carbon fixation sea-floor spreading event ocean warming effects early life stages indirect effects copepod development fatty acid accumulation tertiary mixture hydrothermal plumes moderate increase tco2 enhances photosynthesis invasive experimental system environmental toxicology

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Combined Effects of Acidification and Acute Warming on the Embryos of Pacific Herring (Clupea Pallasii). Frontiers in Marine Science (2023)

aquatic ecosystemsaquaculturecombined effectsmaricultureembryologyfish biologyenvironmental sciencebiologymarine ecologyclupea pallasiimarine biologyecologyfisheries

Surf Smelt Accelerate Usage of Endogenous Energy Reserves Under Climate Change. PLoS ONE (2022)

climate changeenergy resourcesearth sciencegreenhouse gas controlenergy transitionenvironmental scienceenergy productionendogenous energy reservessustainable energyaccelerate usageenergy exploration

Ocean Acidification and Ocean Warming Effects on Pacific Herring (Clupea Pallasi) Early Life Stages. Frontiers in Marine Science (2020)

aquatic ecosystemsoceanographymaricultureocean warming effectsfish biologyocean acidificationocean sciencesearly life stagesenvironmental sciencebiologymarine ecologymarine environmentsmarine biologyecologymarine chemistryfisheries

Ooi Data Labs Workshops: Equipping Professors With the Tools to Tap Into a Fire Hose of Ocean Data for Undergraduate Education. Ocean Sciences Meeting 2020 (2020)

Anna Pfeiffer-HerbertDax Christian SouleBrooke Arlite LoveEllen A R IversonEllen AltermattJanice D McDonnellCharles Sage LichtenwalnerCatherine HalversenKristin I Hunter-thomsonDenise Bristol

oceanographyundergraduate educationocean sciencesocean datahigher educationdata scienceclassroom instruction

Direct and Indirect Effects of Elevated Co2 Are Revealed Through Shifts in Phytoplankton, Copepod Development, and Fatty Acid Accumulation. PLoS ONE (2019)

Anna K. McLaskeyJulie E. KeisterKatherina L. SchooM. Brady OlsonBrooke A. Love

plant physiologyoceanographyplo biologyphytoplankton ecologyfatty acid accumulationcopepod developmentenvironmental sciencedevelopmental biologymarine ecologymarine biologyecologyindirect effects

Ameliorating Ocean Acidification: Towards a Model Relating Pco2, Irradiance and Leaf Area Index of Zostera Marina (Eelgrass) in Padilla Bay, Wa. Western CEDAR (Western Washington University) (2018)

aquatic ecosystemsoceanographypadilla bayocean sciencesleaf area indexenvironmental sciencecoastal researchecosystemsmarine systemsmarine environmentsmarine biologyecologymarine chemistryocean acidification

Mitigating Ocean Acidification: Towards a Model Relating Pco2, Irradiance, and Density of Zostera Marina L. (Eelgrass) From Padilla Bay, Washington. (2017)

aquatic ecosystemsoceanographypadilla bayseagrasszostera marina l.environmental sciencecoastal researchmarine systemsmarine environmentsmarine biologyecologymarine chemistryocean acidification

Moderate Increase in Tco2 Enhances Photosynthesis of Seagrass Zostera Japonica, but Not Zostera Marina: Implications for Acidification Mitigation. Frontiers in Marine Science (2017)

aquatic ecosystemsplant physiologyseagrassplant metabolismenvironmental sciencebotanyphotosynthesistco2 enhances photosynthesismoderate increaseecosystemsseagrass zostera japonicaalgal biologymarine biologyecology

Technical Note: A Minimally Invasive Experimental System for P Co 2 Manipulation in Plankton Cultures Using Passive Gas Exchange (Atmospheric Carbon Control Simulator). Biogeosciences (2017)

greenhouse gascarbon sequestrationgreenhouse gas controlocean acidificationapplied phycologygas exchange processenvironmental sciencetechnical notegreenhouse gas sequestrationinvasive experimental systemenvironmental engineeringcarbon sinksecologycarbon footprintcarbon capturepassive gas exchange

An Experimental Comparison of the Effects of Zostera Marina and Zostera Japonica on the Diurnal Variability of the Carbonate System in the Context of a Pacific Northwest Estuary. American Geophysical Union eBooks (2016)

C. MillerB. A. LoveS. Yang

estuariesdiurnal variabilityzostera japonicaocean sciencesenvironmental sciencemarine ecologycoastal geochemistryoceanographyzostera marinahydrologygeophysical researchclimate changeearth sciencemarine biologyestuarine geochemistrychemical oceanographygeophysicscarbonate systemexperimental comparisonecology

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Brooke Love

Associate Professor

Western Washington University

Affiliations

College of the Environment

College of the Environment Spatial Institute

Department Of Environmental Sciences

Department Of Urban And Environmental Planning And Policy

Environmental Sciences

Institute for Watershed Studies

Studies Of Institute For Watershed

Department Of Environmental Studies And Geography

Department Of Marine And Coastal Science

Environmental Sciences Department

College of the Environment Spatial Institute

Institute Of Spatial

Western Washington University

Brooke Love is currently serving as a College Of The Environment Associate Professor at Western Washington 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

Brooke Love

Western Washington University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Combined Effects of Acidification and Acute Warming on the Embryos of Pacific Herring (Clupea Pallasii). Frontiers in Marine Science (2023)

aquatic ecosystemsaquaculturecombined effectsmaricultureembryologyfish biologyenvironmental sciencebiologymarine ecologyclupea pallasiimarine biologyecologyfisheries

Surf Smelt Accelerate Usage of Endogenous Energy Reserves Under Climate Change. PLoS ONE (2022)

climate changeenergy resourcesearth sciencegreenhouse gas controlenergy transitionenvironmental scienceenergy productionendogenous energy reservessustainable energyaccelerate usageenergy exploration

Ocean Acidification and Ocean Warming Effects on Pacific Herring (Clupea Pallasi) Early Life Stages. Frontiers in Marine Science (2020)

Ooi Data Labs Workshops: Equipping Professors With the Tools to Tap Into a Fire Hose of Ocean Data for Undergraduate Education. Ocean Sciences Meeting 2020 (2020)

Anna Pfeiffer-HerbertDax Christian SouleBrooke Arlite LoveEllen A R IversonEllen AltermattJanice D McDonnellCharles Sage LichtenwalnerCatherine HalversenKristin I Hunter-thomsonDenise Bristol

oceanographyundergraduate educationocean sciencesocean datahigher educationdata scienceclassroom instruction

Direct and Indirect Effects of Elevated Co2 Are Revealed Through Shifts in Phytoplankton, Copepod Development, and Fatty Acid Accumulation. PLoS ONE (2019)

Anna K. McLaskeyJulie E. KeisterKatherina L. SchooM. Brady OlsonBrooke A. Love

plant physiologyoceanographyplo biologyphytoplankton ecologyfatty acid accumulationcopepod developmentenvironmental sciencedevelopmental biologymarine ecologymarine biologyecologyindirect effects

Ameliorating Ocean Acidification: Towards a Model Relating Pco2, Irradiance and Leaf Area Index of Zostera Marina (Eelgrass) in Padilla Bay, Wa. Western CEDAR (Western Washington University) (2018)

Mitigating Ocean Acidification: Towards a Model Relating Pco2, Irradiance, and Density of Zostera Marina L. (Eelgrass) From Padilla Bay, Washington. (2017)

aquatic ecosystemsoceanographypadilla bayseagrasszostera marina l.environmental sciencecoastal researchmarine systemsmarine environmentsmarine biologyecologymarine chemistryocean acidification

Moderate Increase in Tco2 Enhances Photosynthesis of Seagrass Zostera Japonica, but Not Zostera Marina: Implications for Acidification Mitigation. Frontiers in Marine Science (2017)

Technical Note: A Minimally Invasive Experimental System for P Co 2 Manipulation in Plankton Cultures Using Passive Gas Exchange (Atmospheric Carbon Control Simulator). Biogeosciences (2017)

C. MillerB. A. LoveS. Yang

1
2
3
10 / page