Faculty

Institution

Unit

Venue

Mark O. Battle

Bowdoin College

Affiliations

Bowdoin College

Environmental Studies

Physics and Astronomy

NoneMark O. Battle is currently serving as a Bowdoin College faculty at Bowdoin College.

Honors

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Experiences

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Education

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Mark O. Battle

Bowdoin College

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environmental science atmospheric science earth science atmospheric chemistry climate change atmospheric research atmospheric environment planetary sciences geophysical research atmospheric measurement technique firn air global change greenhouse gas biogeochemistry carbon sequestration cryosphere fossil fuels carbon cycle ecology geophysics aerosol science greenhouse gas control atmospheric process carbon accounting south pole carbon cold region science organic geochemistry carbon sinks polar firn air global ecology climatic change energy research forest meteorology global warming greenhouse gas sequestration isotope geochemistry paleoclimatology chemical oceanography atmospheric models carbon cycle studies law dome polar firn planetary change american studies historical evidence emission reduction chemical evolution anthropogenic effects climatic impact environmental pollution science studies climate change effects paleoenvironmental change upper atmosphere ocean monitoring primary production climate crisis climate change mitigation plant metabolism photobiology photorespiration photoelectric measurement plant biology energy assessment environmental geochemistry global carbon sinks atmospheric gas concentrations past century twentieth century atmospheric halocarbons fossil-fuel emissions thermal fractionation seasonal temperature gradients hydrogen isotopic composition carbonyl sulfide

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comment on Acp-2022-765. (2023)

predictabilitypolicy process

Review of Amp;#8220;Technical Note: The Impact of Industrial Activity on the Amount of Atmospheric O2 Amp;#8221; by M. Battle and Colleagues. (2023)

Battle, Mark O.Raynor, RaineKesler, StephenKeeling, Ralph

air pollutionenvironmental impact assessmentindustrial emissionindustrial activityenvironmental scienceimpact assessment

Technical Note: The Impact of Industrial Activity on the Amount of Atmospheric O 2. (2023)

Mark O. BattleRaine RaynorStephen KeslerRalph Keeling

atmospheric scienceindustrial activityenvironmental sciencetechnical note

The Impact of Industrial Activity on the Amount of Atmospheric O2. Tellus B (2023)

Mark O. BattleA. Raine RaynorStephen E. KeslerRalph F. Keeling

meteorologyatmospheric scienceindustrial activityenvironmental science

Anthropogenic Impacts on Atmospheric Carbonyl Sulfide Since the 19Th Century Inferred From Polar Firn Air and Ice Core Measurements. (2020)

polar firn air19th centuryearth scienceair pollutionatmospheric environmentatmospheric impact assessmentatmospheric scienceenvironmental sciencecryosphereatmospheric chemistryatmospheric processatmospheric carbonyl sulfide

Atmospheric Measurements of the Terrestrial O 2: Co 2 Exchange Ratio of a Midlatitude Forest. Atmospheric chemistry and physics (2019)

Mark O. BattleJ. William MungerMargaret ConleyEric SofenRebecca PerryRyan HartZane DavisJacob ScheckmanJayme WoogerdKarina GraeterSamuel SeekinsSasha DavidJohn Carpenter

atmospheric measurementsatmospheric scienceenvironmental sciencemidlatitude forestatmospheric chemistry

Measurement of Gross Photosynthesis, Respiration in the Light, and Mesophyll Conductance Using H 2 18 O Labeling. PLANT PHYSIOLOGY (2018)

Paul P. G. GauthierMark O. BattleKevin L. GriffinMichael L. Bender

mesophyll conductanceplant metabolismspectroscopyphysiologybiologyphotobiologyplant physiologyintegrative plant biologyexperimental botanybotanyphotochemistryphotosynthesisphotorespirationplant sciencephotoelectric measurementgross photosynthesismeasurementmorphology (biology)plant biologyecology

Atmospheric Abundance and Global Emissions of Perfluorocarbons Cf 4, C 2 F 6 and C 3 F 8 Since 1800 Inferred From Ice Core, Firn, Air Archive and in Situ Measurements. Atmospheric chemistry and physics (2016)

Cathy M. TrudingerPaul J. FraserDavid M. EtheridgeWilliam T. SturgesMartin K. VollmerMatt RigbyPatricia MartinerieJens MühleDavid R. WortonPaul B. KrummelL. Paul SteeleBenjamin R. MillerJohannes LaubeFrancis S. ManiPeter J. RaynerChristina M. HarthEmmanuel WitrantThomas BlunierJakob SchwanderSimon O'DohertyMark Battle

global emissionsatmospheric scienceenvironmental scienceatmospheric abundanceatmospheric chemistry

Measurement of Gross Photosynthesis, Respiration in the Light and Mesophyll Conductance in Leaves Using H2 18 O Labeling and High Precision Isotope Ratio Mass Spectrometry. AGU Fall Meeting Abstracts (2016)

K. L. GriffinP. P. GauthierM. O. BattleM. L. Bender

gross photosynthesismesophyll conductanceenvironmental sciencephotosynthesismass spectrometry

Reconstructing the Atmospheric Concentration and Emissions of Cf4, C2F6 and C3F8 Prior to Direct Atmospheric Measurements, Using Air From Polar Firn and Ice. EGU General Assembly Conference Abstracts (2015)

Cathy TrudingerDavid EtheridgeWilliam SturgesMartin VollmerBenjamin MillerDavid WortonMatt RigbyPaul KrummelPatricia MartinerieEmmanuel WitrantPeter RaynerMark BattleThomas BlunierPaul FraserJohannes LaubeFrances ManiJens MühleSimon O'DohertyJakob SchwanderPaul Steele

atmospheric sciencepolar firnatmospheric concentrationenvironmental science

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Mark O. Battle

Bowdoin College

Affiliations

Bowdoin College

Environmental Studies

Physics and Astronomy

NoneMark O. Battle is currently serving as a Bowdoin College faculty at Bowdoin College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mark O. Battle

Bowdoin College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comment on Acp-2022-765. (2023)

predictabilitypolicy process

Review of Amp;#8220;Technical Note: The Impact of Industrial Activity on the Amount of Atmospheric O2 Amp;#8221; by M. Battle and Colleagues. (2023)

Battle, Mark O.Raynor, RaineKesler, StephenKeeling, Ralph

air pollutionenvironmental impact assessmentindustrial emissionindustrial activityenvironmental scienceimpact assessment

Technical Note: The Impact of Industrial Activity on the Amount of Atmospheric O 2. (2023)

Mark O. BattleRaine RaynorStephen KeslerRalph Keeling

atmospheric scienceindustrial activityenvironmental sciencetechnical note

The Impact of Industrial Activity on the Amount of Atmospheric O2. Tellus B (2023)

Mark O. BattleA. Raine RaynorStephen E. KeslerRalph F. Keeling

meteorologyatmospheric scienceindustrial activityenvironmental science

Anthropogenic Impacts on Atmospheric Carbonyl Sulfide Since the 19Th Century Inferred From Polar Firn Air and Ice Core Measurements. (2020)

Atmospheric Measurements of the Terrestrial O 2: Co 2 Exchange Ratio of a Midlatitude Forest. Atmospheric chemistry and physics (2019)

Mark O. BattleJ. William MungerMargaret ConleyEric SofenRebecca PerryRyan HartZane DavisJacob ScheckmanJayme WoogerdKarina GraeterSamuel SeekinsSasha DavidJohn Carpenter

atmospheric measurementsatmospheric scienceenvironmental sciencemidlatitude forestatmospheric chemistry

Measurement of Gross Photosynthesis, Respiration in the Light, and Mesophyll Conductance Using H 2 18 O Labeling. PLANT PHYSIOLOGY (2018)

Paul P. G. GauthierMark O. BattleKevin L. GriffinMichael L. Bender

global emissionsatmospheric scienceenvironmental scienceatmospheric abundanceatmospheric chemistry

K. L. GriffinP. P. GauthierM. O. BattleM. L. Bender

gross photosynthesismesophyll conductanceenvironmental sciencephotosynthesismass spectrometry

atmospheric sciencepolar firnatmospheric concentrationenvironmental science

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10 / page