Faculty

Institution

Unit

Venue

Welsch, Brian

University of Wisconsin–Green Bay

Affiliations

Studies Of Department Of Humanistic

NoneWelsch, Brian is currently serving as a Studies Humanistic faculty at University of Wisconsin–Green Bay.

Honors

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Experiences

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Education

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Welsch, Brian

University of Wisconsin–Green Bay

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astronomy space weather astrophysics solar-terrestrial interaction planetary sciences physics observational astronomy electromagnetism solar physics space physics space science magnetohydrodynamics magnetic fields electromagnetic fields atmospheric research solar energetic particles atmospheric measurement technique geophysical research numerical simulations plasma physics geophysics magnetic properties computational astrophysics planetary change planetary magnetospheres magnetic measurement high energy density physics scientific computing statistics magnetic resonance magnetic confinement magnetospheric plasma solar dynamics observatory computational imaging solar system formation astrostatistics high-energy astrophysics solar activity solar atmosphere high energy physics information fusion localization astrophysical simulations space research polar design tracking systems system identification flow physics local correlation tracking solar magnetic tracking global energetics velocity-inversion techniques engineering science theoretical physics volcanic process astrophysical plasmas space systems polarization imaging location tracking object tracking frequency management satellite measurements landscape ecology spatial ecology fragmentation effect space plasma physics plasma science induction equation photospheric velocities decades in flux eruptive solar flares global forces lorentz force solar interior flare ribbon properties critical science plan

Notable Scholarly Works

Notable Federal Grants

Collaborators

Multi-Height Probing of Horizontal Flows in the Solar Photosphere. Astronomy and Astrophysics (2025)

space scienceatmospheric measurement techniquegeophysical researchsolar physicsspace weatherhorizontal flowsatmospheric researchastrophysicssolar-terrestrial interactionastronomyspace physicsplanetary sciencesobservational astronomy

Quantifying Suppression of Solar Surface Magnetic Flux Advection With Increasing Field Strength. The Astrophysical Journal (2025)

solar physicssolar powerspace weathersolar-terrestrial interactionmagnetic fieldsincreasing field strengthastronomyplanetary scienceselectromagnetismelectromagnetic fields

Changes of Magnetic Energy and Helicity in Solar Active Regions From Major Flares. The Astrophysical Journal (2023)

Yang LiuBrian T. WelschGherardo ValoriManolis K. GeorgoulisYang GuoEtienne PariatSung-Hong ParkJulia K. Thalmann

solar active regionsspace weathermagnetic energyastrophysicsastronomymajor flares

Enabling Data-Driven Modeling and Real-Time Prediction of the Dynamic Solar Atmosphere. Bulletin of the AAS (2023)

Lucas A. TarrMatthias RempelXudong SunKD LekaMark CheungValentin Martinez PilletN. Dylan KeeMaria KazachenkoJames LeakeAndrey N. AfanasyevYuhong FanBrian WelschBenoit TremblayAnna MalanushenkoTibor TorokGeorgios ChintzoglouMausumi Dikpati

space sciencedynamic solar atmospheredata-driven modelingspace weathermachine learningreal-time predictiondata scienceatmospheric scienceastronomyplanetary sciences

Frequency Agile Solar Radiotelescope. Bulletin of the American Astronomical Society (2023)

Dale GaryBin ChenStephen WhiteTimothy BastianPascal Saint-HilaireJames DrakeLindsay GlesenerSijie YuSurajit MondalGregory FleishmanAngelos VourlidasStuart BaleSherry ChhabraChristina CohenCraig DeForestJuan Carlos Martinez OliverosHantao JiJuan Camilo Buitrago-CasasShadia HabbalLouis J. LanzerottiShaheda Begum ShaikMomchil MolnarGelu NitaGordon EmslieKevin ReardonFan GuoMitsuo OkaNariaki NittaXudong SunEnrico LandiLeon OfmanJeongwoo LeeHugh HudsonAstrid VeronigJiong QiuKD LekaJohn HarveyThomas Y. ChenSpiro AntiochosRon MooreMatthew WestJoel DahlinAlexander KosovichevDelores KnippNour RaouafiXiaocan LiThomas SchadEduard KontarLaura HayesChengcai ShenGuillermo Giménez de CastroIain HannahSami K. SolankiHarry ArnoldVasyl YurchyshynMark CheungAngelos VourlidasValentin Martinez PilletLucas TarrJudy KarpenAmir CaspiAlbert Y. ShihTetsu AnanAndrea Francesco BattagliaHaosheng LinMeriem AlaouiKatharine K. ReevesSilvina GuidoniJames KlimchukJason KooiMaria KazachenkoSamuel Tun BeltranJames McTiernanNatsuha KurodaSamuel SchonfeldStephen KahlerCooper DownsGianna CauzziSophie MussetChris R. GillyAyumi AsaiBrian WelschMasumi ShimojoYuhong FanSatoshi MasudaBrian O’DonnellPankaj Kumar

satellite measurementsfrequency managementastronomyobservational astronomysolar radiotelescope

Large Photospheric Doppler Shift in Solar Active Region 12673. I. Field-Aligned Flows. The Astrophysical Journal (2023)

space scienceatmospheric measurement techniquegeophysical researchsolar physicsstellar astrophysicssolar energetic particlesspace weatherfield-aligned flowsatmospheric researchexoplanetsastrophysicssolar-terrestrial interactionastronomyphysicsspace physicsplanetary sciencesobservational astronomyplanetary change

Recent Progress on Understanding Coronal Mass Ejection/Flare Onset by a NASA Living With a Star Focused Science Team. Advances in Space Research (2023)

Mark G. LintonSpiro K. AntiochosGraham BarnesYuhong FanYang LiuBenjamin J. LynchAndrey N. AfanasyevC. Nick ArgeJoan BurkepileMark C.M. CheungJoel T. DahlinMarc L. DeRosaGiuliana de TomaC. Richard DeVoreGeorge H. FisherCarl J. HenneyShaela I. JonesJudith T. KarpenMaria D. KazachenkoJames E. LeakeTibor TörökBrian T. Welsch

space sciencespace weatherspace explorationspace researchnasa livingastronomyspace physicsspace systemsplanetary sciencesscience team

Invited Review: Short-Term Variability With the Observations From the Helioseismic and Magnetic Imager (Hmi) Onboard the Solar Dynamics Observatory (Sdo): Insights Into Flare Magnetism. Solar Physics (2022)

Maria D. KazachenkoMarcel F. Albelo-CorchadoCole A. TamburriBrian T. Welsch

space sciencesolar physicsmagnetospheric plasmaspace weathersolar-terrestrial interactionmagnetic imagersolar dynamics observatoryastronomyspace physicsflare magnetismplanetary sciencessolar system formationmagnetohydrodynamics

Reconstruction of Photospheric Velocity Fields From Highly Corrupted Data. The Astrophysical Journal (2022)

highly corrupted datacomputational imagingastrophysicsastronomyspace physicscomputational astrophysicsobservational astronomy

Toward Improved Understanding of Magnetic Fields Participating in Solar Flares: Statistical Analysis of Magnetic Fields Within Flare Ribbons. The Astrophysical Journal (2022)

Maria D. KazachenkoBenjamin J. LynchAntonia SavchevaXudong SunBrian T. Welsch

astrophysicsmagnetic fieldssolar flaresflare ribbonsstatistics

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Welsch, Brian

University of Wisconsin–Green Bay

Affiliations

Studies Of Department Of Humanistic

NoneWelsch, Brian is currently serving as a Studies Humanistic faculty at University of Wisconsin–Green Bay.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Welsch, Brian

University of Wisconsin–Green Bay

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Multi-Height Probing of Horizontal Flows in the Solar Photosphere. Astronomy and Astrophysics (2025)

Quantifying Suppression of Solar Surface Magnetic Flux Advection With Increasing Field Strength. The Astrophysical Journal (2025)

solar physicssolar powerspace weathersolar-terrestrial interactionmagnetic fieldsincreasing field strengthastronomyplanetary scienceselectromagnetismelectromagnetic fields

Changes of Magnetic Energy and Helicity in Solar Active Regions From Major Flares. The Astrophysical Journal (2023)

Yang LiuBrian T. WelschGherardo ValoriManolis K. GeorgoulisYang GuoEtienne PariatSung-Hong ParkJulia K. Thalmann

solar active regionsspace weathermagnetic energyastrophysicsastronomymajor flares

Enabling Data-Driven Modeling and Real-Time Prediction of the Dynamic Solar Atmosphere. Bulletin of the AAS (2023)

space sciencedynamic solar atmospheredata-driven modelingspace weathermachine learningreal-time predictiondata scienceatmospheric scienceastronomyplanetary sciences

Frequency Agile Solar Radiotelescope. Bulletin of the American Astronomical Society (2023)

satellite measurementsfrequency managementastronomyobservational astronomysolar radiotelescope

Large Photospheric Doppler Shift in Solar Active Region 12673. I. Field-Aligned Flows. The Astrophysical Journal (2023)

Recent Progress on Understanding Coronal Mass Ejection/Flare Onset by a NASA Living With a Star Focused Science Team. Advances in Space Research (2023)

space sciencespace weatherspace explorationspace researchnasa livingastronomyspace physicsspace systemsplanetary sciencesscience team

Maria D. KazachenkoMarcel F. Albelo-CorchadoCole A. TamburriBrian T. Welsch

Reconstruction of Photospheric Velocity Fields From Highly Corrupted Data. The Astrophysical Journal (2022)

highly corrupted datacomputational imagingastrophysicsastronomyspace physicscomputational astrophysicsobservational astronomy

Toward Improved Understanding of Magnetic Fields Participating in Solar Flares: Statistical Analysis of Magnetic Fields Within Flare Ribbons. The Astrophysical Journal (2022)

Maria D. KazachenkoBenjamin J. LynchAntonia SavchevaXudong SunBrian T. Welsch

astrophysicsmagnetic fieldssolar flaresflare ribbonsstatistics

1
2
3
4
5
14
10 / page