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Vol. 54, Issue 7 (TESS 2022 Abstracts)
Issue
Created Nov 14, 2022
Volume 54
Issue 7
Published Nov 15, 2022
The Triennial Earth-Sun Summit (TESS) is a joint meeting of the AAS Solar Physics Division and the Space Physics and Aeronomy Section of the American Geophysical Union. TESS 2022 was held on August 8–11, in Bellevue/Seattle, WA.
For completeness, all 339 abstracts are catalogued below, but we recommend using SAO/NASA ADS to explore them.
Presentation #100.01 in the session Marco Velli Plenary Lecture.
Presentation #101.01 in the session Universality of Mesoscale Processes in Space and Solar Physics.
Presentation #101.02 in the session Universality of Mesoscale Processes in Space and Solar Physics.
Presentation #101.03 in the session Universality of Mesoscale Processes in Space and Solar Physics.
Presentation #101.04 in the session Universality of Mesoscale Processes in Space and Solar Physics.
Presentation #101.05 in the session Universality of Mesoscale Processes in Space and Solar Physics.
Presentation #101.06 in the session Universality of Mesoscale Processes in Space and Solar Physics.
Presentation #102.01 in the session Coronal Heating: Present Understanding and Future Progress I.
Presentation #102.03 in the session Coronal Heating: Present Understanding and Future Progress I.
Presentation #102.04 in the session Coronal Heating: Present Understanding and Future Progress I.
Presentation #102.05 in the session Coronal Heating: Present Understanding and Future Progress I.
Presentation #102.06 in the session Coronal Heating: Present Understanding and Future Progress I.
Presentation #102.07 in the session Coronal Heating: Present Understanding and Future Progress I.
Presentation #103.01 in the session Promoting Open Science in Heliophysics and Space Science through Software.
Presentation #103.02 in the session Promoting Open Science in Heliophysics and Space Science through Software.
Presentation #103.03 in the session Promoting Open Science in Heliophysics and Space Science through Software.
Presentation #103.04 in the session Promoting Open Science in Heliophysics and Space Science through Software.
Presentation #103.05 in the session Promoting Open Science in Heliophysics and Space Science through Software.
Presentation #103.06 in the session Promoting Open Science in Heliophysics and Space Science through Software.
Presentation #104.01 in the session Towards the Cross-Scale Energy Transfer in Space Plasmas.
Presentation #104.02 in the session Towards the Cross-Scale Energy Transfer in Space Plasmas.
Presentation #104.03 in the session Towards the Cross-Scale Energy Transfer in Space Plasmas.
Presentation #105.01 in the session Multi-scale physics of Earth’s magnetotail.
Presentation #105.02 in the session Multi-scale physics of Earth’s magnetotail.
Presentation #105.03 in the session Multi-scale physics of Earth’s magnetotail.
Presentation #106.01 in the session General Topics I — Solar.
Presentation #106.03 in the session General Topics I — Solar.
Presentation #107.01 in the session Coronal Heating: Present Understanding and Future Progress II.
Presentation #107.02 in the session Coronal Heating: Present Understanding and Future Progress II.
Presentation #107.03 in the session Coronal Heating: Present Understanding and Future Progress II.
Presentation #107.05 in the session Coronal Heating: Present Understanding and Future Progress II.
Presentation #107.07 in the session Coronal Heating: Present Understanding and Future Progress II.
Presentation #108.01 in the session Improving Understanding of the Sun-Earth System Through Advanced Statistical and Machine Learning Techniques.
Presentation #108.02 in the session Improving Understanding of the Sun-Earth System Through Advanced Statistical and Machine Learning Techniques.
Presentation #108.03 in the session Improving Understanding of the Sun-Earth System Through Advanced Statistical and Machine Learning Techniques.
Presentation #108.06 in the session Improving Understanding of the Sun-Earth System Through Advanced Statistical and Machine Learning Techniques.
Presentation #108.07 in the session Improving Understanding of the Sun-Earth System Through Advanced Statistical and Machine Learning Techniques.
Presentation #109.01 in the session Tracking Plasma Flows in the Heliosphere.
Presentation #109.02 in the session Tracking Plasma Flows in the Heliosphere.
Presentation #109.03 in the session Tracking Plasma Flows in the Heliosphere.
Presentation #109.04 in the session Tracking Plasma Flows in the Heliosphere.
Presentation #109.05 in the session Tracking Plasma Flows in the Heliosphere.
Presentation #109.06 in the session Tracking Plasma Flows in the Heliosphere.
Presentation #109.07 in the session Tracking Plasma Flows in the Heliosphere.
Presentation #110.01 in the session General Topics II — Solar.
Presentation #110.02 in the session General Topics II — Solar.
Presentation #110.03 in the session General Topics II — Solar.
Presentation #110.04 in the session General Topics II — Solar.
Presentation #110.06 in the session General Topics II — Solar.
Presentation #110.08 in the session General Topics II — Solar.
Presentation #110.09 in the session General Topics II — Solar.
Presentation #111.01(A) in the session Solar Flare Prediction. Not to be confused with presentation #111.01(B)
Presentation #111.02(A) in the session Solar Flare Prediction. Not to be confused with presentation #111.02(B)
Presentation #111.07(A) in the session Solar Flare Prediction. Not to be confused with presentation #111.07(B)
Presentation #111.01(B) in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow — Poster Session. Not to be confused with presentation #111.01(A)
Presentation #111.02(B) in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow — Poster Session. Not to be confused with presentation #111.02(A)
Presentation #111.07(B) in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow — Poster Session. Not to be confused with presentation #111.07(A)
Presentation #111.03 in the session Solar Flare Prediction.
Presentation #111.04 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow — Poster Session.
Presentation #111.05 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow — Poster Session.
Presentation #111.06 in the session Solar Flare Prediction.
Presentation #111.10 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow — Poster Session.
Presentation #111.11 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow — Poster Session.
Presentation #112.01 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II — Poster Session.
Presentation #112.02 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II — Poster Session.
Presentation #112.03 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II — Poster Session.
Presentation #112.04 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II — Poster Session.
Presentation #112.05 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II — Poster Session.
Presentation #113.01 in the session The Drivers of Energetic Particle Precipitation and its Impacts on the Atmosphere and Ionosphere — Poster Session.
Presentation #113.02 in the session The Drivers of Energetic Particle Precipitation and its Impacts on the Atmosphere and Ionosphere — Poster Session.
Presentation #114.01 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles — Poster Session.
Presentation #114.02 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles — Poster Session.
Presentation #114.03 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles — Poster Session.
Presentation #114.04 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles — Poster Session.
Presentation #114.05 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles — Poster Session.
Presentation #115.01 in the session Sun-to-Earth Campaign-style Study of Large Space Weather Events — Poster Session.
Presentation #115.02 in the session Sun-to-Earth Campaign-style Study of Large Space Weather Events — Poster Session.
Presentation #116.01 in the session Solar X-ray and VUV Spectra: observation, modeling, and planetary atmospheric impacts — Poster Session.
Presentation #116.02 in the session Solar X-ray and VUV Spectra: observation, modeling, and planetary atmospheric impacts — Poster Session.
Presentation #116.03 in the session Solar X-ray and VUV Spectra: observation, modeling, and planetary atmospheric impacts — Poster Session.
Presentation #116.04 in the session Solar X-ray and VUV Spectra: observation, modeling, and planetary atmospheric impacts — Poster Session.
Presentation #116.05 in the session Solar X-ray and VUV Spectra: observation, modeling, and planetary atmospheric impacts — Poster Session.
Presentation #116.06 in the session Solar X-ray and VUV Spectra: observation, modeling, and planetary atmospheric impacts — Poster Session.
Presentation #116.07 in the session Solar X-ray and VUV Spectra: observation, modeling, and planetary atmospheric impacts — Poster Session.
Presentation #116.08 in the session Solar X-ray and VUV Spectra: observation, modeling, and planetary atmospheric impacts — Poster Session.
Presentation #117.01 in the session Solar Flare Prediction — Poster Session.
Presentation #117.02 in the session Solar Flare Prediction — Poster Session.
Presentation #117.03 in the session Solar Flare Prediction — Poster Session.
Impact of subsurface convective flows on the formation of sunspot magnetic field and energy build-up
Presentation #117.04 in the session Solar Flare Prediction — Poster Session.
Presentation #117.06 in the session Solar Flare Prediction — Poster Session.
Presentation #117.07 in the session Solar Flare Prediction — Poster Session.
Presentation #118.01 in the session Solar and Atmospheric Science with Eclipses — Poster Session.
Presentation #118.02 in the session Solar and Atmospheric Science with Eclipses — Poster Session.
Presentation #118.03 in the session Solar and Atmospheric Science with Eclipses — Poster Session.
Presentation #118.04 in the session Solar and Atmospheric Science with Eclipses — Poster Session.
Presentation #118.05 in the session Solar and Atmospheric Science with Eclipses — Poster Session.
Presentation #119.02 in the session Promoting Open Science in Heliophysics and Space Science through Software — Poster Session.
Presentation #119.03 in the session Promoting Open Science in Heliophysics and Space Science through Software — Poster Session.
Presentation #119.04 in the session Promoting Open Science in Heliophysics and Space Science through Software — Poster Session.
Presentation #119.06 in the session Promoting Open Science in Heliophysics and Space Science through Software — Poster Session.
Presentation #119.08 in the session Promoting Open Science in Heliophysics and Space Science through Software — Poster Session.
Presentation #120.01 in the session Predicting solar wind properties across the heliosphere with integrated modeling efforts (empirical or first-principles) — Poster Session.
Presentation #120.02 in the session Predicting solar wind properties across the heliosphere with integrated modeling efforts (empirical or first-principles) — Poster Session.
Presentation #121.01 in the session Observing and Inferring solar Chromospheric and Coronal Magnetic Fields — Poster Session.
Presentation #121.02 in the session Observing and Inferring solar Chromospheric and Coronal Magnetic Fields — Poster Session.
Presentation #121.03 in the session Observing and Inferring solar Chromospheric and Coronal Magnetic Fields — Poster Session.
Presentation #121.04 in the session Observing and Inferring solar Chromospheric and Coronal Magnetic Fields — Poster Session.
Presentation #121.07 in the session Observing and Inferring solar Chromospheric and Coronal Magnetic Fields — Poster Session.
Presentation #122.01 in the session Coronal Heating: Present Understanding and Future Progress — Poster Session.
Presentation #122.02 in the session Coronal Heating: Present Understanding and Future Progress — Poster Session.
Presentation #122.03 in the session Coronal Heating: Present Understanding and Future Progress — Poster Session.
Presentation #122.04 in the session Coronal Heating: Present Understanding and Future Progress — Poster Session.
Presentation #122.05 in the session Coronal Heating: Present Understanding and Future Progress — Poster Session.
Presentation #122.06 in the session Coronal Heating: Present Understanding and Future Progress — Poster Session.
Presentation #123.01 in the session Investigating the Solar Chromosphere at Millimeter Wavelenghts — Poster Session.
Presentation #123.02 in the session Investigating the Solar Chromosphere at Millimeter Wavelenghts — Poster Session.
Presentation #123.03 in the session Investigating the Solar Chromosphere at Millimeter Wavelenghts — Poster Session.
Presentation #124.01 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.02 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.03 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.04 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.06 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.07 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.08 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.09 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.10 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.12 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.13 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #124.14 in the session High-Energy Solar Investigations Through Next-Generation Remote Sensing: Spectroscopy, Imaging, and Beyond — Poster Session.
Presentation #125.03 in the session General Topics: Solar — Poster Session.
Presentation #125.06 in the session General Topics: Solar — Poster Session.
Presentation #125.07 in the session General Topics: Solar — Poster Session.
Presentation #125.08 in the session General Topics: Solar — Poster Session.
Presentation #125.09 in the session General Topics: Solar — Poster Session.
Presentation #125.11 in the session General Topics: Solar — Poster Session.
Presentation #125.12 in the session General Topics: Solar — Poster Session.
Presentation #125.13 in the session General Topics: Solar — Poster Session.
Presentation #125.14 in the session General Topics: Solar — Poster Session.
Presentation #125.15 in the session General Topics: Solar — Poster Session.
Presentation #125.16 in the session General Topics: Solar — Poster Session.
Presentation #125.17 in the session General Topics: Solar — Poster Session.
Presentation #125.18 in the session General Topics: Solar — Poster Session.
Presentation #125.19 in the session General Topics: Solar — Poster Session.
Presentation #125.20 in the session General Topics: Solar — Poster Session.
Presentation #125.21 in the session General Topics: Solar — Poster Session.
Presentation #125.22 in the session General Topics: Solar — Poster Session.
Presentation #125.23 in the session General Topics: Solar — Poster Session.
Presentation #125.24 in the session General Topics: Solar — Poster Session.
Presentation #125.25 in the session General Topics: Solar — Poster Session.
Presentation #125.26 in the session General Topics: Solar — Poster Session.
Presentation #125.28 in the session General Topics: Solar — Poster Session.
Presentation #125.29 in the session General Topics: Solar — Poster Session.
Presentation #125.30 in the session General Topics: Solar — Poster Session.
Presentation #125.32 in the session General Topics: Solar — Poster Session.
Presentation #125.33 in the session General Topics: Solar — Poster Session.
Presentation #125.34 in the session General Topics: Solar — Poster Session.
Presentation #125.37 in the session General Topics: Solar — Poster Session.
Presentation #125.38 in the session General Topics: Solar — Poster Session.
Presentation #125.40 in the session General Topics: Solar — Poster Session.
Presentation #125.41 in the session General Topics: Solar — Poster Session.
Presentation #125.43 in the session General Topics: Solar — Poster Session.
Acceleration of Solar Energetic Particles (SEPs) through a CME-driven Shock and Streamer Interaction
Presentation #125.44 in the session General Topics: Solar — Poster Session.
Presentation #126.03 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #126.04 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #126.05 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #126.06 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #126.07 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #126.08 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #126.10 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #126.11 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #126.12 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere — Poster Session.
Presentation #127.01 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions — Poster Session.
Presentation #127.02 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions — Poster Session.
Presentation #127.03 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions — Poster Session.
Presentation #127.05 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions — Poster Session.
Presentation #127.06 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions — Poster Session.
Presentation #127.07 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions — Poster Session.
Presentation #128.01 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System — Poster Session.
Presentation #128.02 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System — Poster Session.
Presentation #128.03 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System — Poster Session.
Presentation #128.04 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System — Poster Session.
Presentation #128.05 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System — Poster Session.
Presentation #129.01 in the session Tracking Plasma Flows in the Heliosphere — Poster Session.
Presentation #129.02 in the session Tracking Plasma Flows in the Heliosphere — Poster Session.
Presentation #129.03 in the session Tracking Plasma Flows in the Heliosphere — Poster Session.
Presentation #129.06 in the session Tracking Plasma Flows in the Heliosphere — Poster Session.
Presentation #130.01 in the session Innovation and Discovery in Solar and Space Physics Enabled by Citizen Science.
Presentation #131.01 in the session Improving Understanding of the Sun-Earth System Through Advanced Statistical and Machine Learning Techniques.
Presentation #131.02 in the session Improving Understanding of the Sun-Earth System Through Advanced Statistical and Machine Learning Techniques.
Presentation #200.01 in the session Hale Prize Lecture.
Presentation #201.01 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles.
Presentation #201.02 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles.
Presentation #201.03 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles.
Presentation #201.04 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles.
Presentation #201.05 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles.
Presentation #201.06 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles.
Presentation #201.07 in the session Suprathermal Particles and their Importance to Understanding Energetic Particles.
Presentation #202.01 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields I.
Presentation #202.02 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields I.
Presentation #202.04 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields I.
Detection of Fast/Alfvén Magneto-Atmospheric-Gravity Waves in a Sunspot Chromosphere with DKIST/ViSP
Presentation #202.05 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields I.
Presentation #202.06 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields I.
Presentation #202.07 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields I.
Presentation #203.01 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions.
Presentation #203.02 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions.
Presentation #203.03 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions.
Presentation #203.04 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions.
Presentation #203.05 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions.
Presentation #203.07 in the session Driving Towards a More Diverse Space Physics Research Community – Perspectives, Initiatives, Strategies, and Actions.
Presentation #204.02 in the session The Drivers of Energetic Particle Precipitation and its Impacts on the Atmosphere and Ionosphere.
Presentation #204.03 in the session The Drivers of Energetic Particle Precipitation and its Impacts on the Atmosphere and Ionosphere.
Presentation #204.05 in the session The Drivers of Energetic Particle Precipitation and its Impacts on the Atmosphere and Ionosphere.
Presentation #204.07 in the session The Drivers of Energetic Particle Precipitation and its Impacts on the Atmosphere and Ionosphere.
Presentation #205.01 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields II.
Presentation #205.02 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields II.
Presentation #205.03 in the session Observing and Inferring Solar Chromospheric and Coronal Magnetic Fields II.
Presentation #206.01 in the session Investigating the Solar Chromosphere at Millimeter Wavelengths.
Presentation #206.03 in the session Investigating the Solar Chromosphere at Millimeter Wavelengths.
Presentation #206.04 in the session Investigating the Solar Chromosphere at Millimeter Wavelengths.
Presentation #206.05 in the session Investigating the Solar Chromosphere at Millimeter Wavelengths.
Presentation #207.01 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts I.
Presentation #207.02 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts I.
Presentation #207.03 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts I.
Presentation #207.04 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts I.
Presentation #207.05 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts I.
Presentation #208.01 in the session Sun-to-Earth Campaign-style Study of Large Space Weather Events.
Presentation #208.02 in the session Sun-to-Earth Campaign-style Study of Large Space Weather Events.
Presentation #208.03 in the session Sun-to-Earth Campaign-style Study of Large Space Weather Events.
Presentation #208.04 in the session Sun-to-Earth Campaign-style Study of Large Space Weather Events.
Presentation #208.05 in the session Sun-to-Earth Campaign-style Study of Large Space Weather Events.
Presentation #208.06 in the session Sun-to-Earth Campaign-style Study of Large Space Weather Events.
Challenges and future directions in the theoretical and computational study of magnetic reconnection
Presentation #209.01 in the session Connecting Magnetic Reconnection across Space and Laboratory Plasmas.
Presentation #209.02 in the session Connecting Magnetic Reconnection across Space and Laboratory Plasmas.
Presentation #209.04 in the session Connecting Magnetic Reconnection across Space and Laboratory Plasmas.
Presentation #209.06 in the session Connecting Magnetic Reconnection across Space and Laboratory Plasmas.
Presentation #209.07 in the session Connecting Magnetic Reconnection across Space and Laboratory Plasmas.
Presentation #210.01 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts II.
Presentation #210.02 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts II.
Presentation #210.03 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts II.
Presentation #210.05 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts II.
Presentation #210.06 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts II.
Presentation #210.07 in the session Solar X-ray and VUV Spectra: Observation, Modeling and Planetary Atmospheric Impacts II.
Presentation #300.01 in the session Ian Cohen Plenary Lecture.
Presentation #301.01 in the session Predicting solar wind properties across the heliosphere with integrated modeling efforts (empirical or first-principles).
Presentation #301.02 in the session Predicting solar wind properties across the heliosphere with integrated modeling efforts (empirical or first-principles).
Presentation #301.03 in the session Predicting solar wind properties across the heliosphere with integrated modeling efforts (empirical or first-principles).
Presentation #301.04 in the session Predicting solar wind properties across the heliosphere with integrated modeling efforts (empirical or first-principles).
Presentation #301.05 in the session Predicting solar wind properties across the heliosphere with integrated modeling efforts (empirical or first-principles).
Presentation #301.06 in the session Predicting solar wind properties across the heliosphere with integrated modeling efforts (empirical or first-principles).
Presentation #302.01 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere I.
Presentation #302.02 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere I.
Presentation #302.03 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere I.
Presentation #302.04 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere I.
Presentation #302.05 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere I.
Presentation #302.06 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere I.
Presentation #302.07 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere I.
Presentation #302.08 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere I.
Presentation #303.01 in the session Solar and Atmospheric Science with Eclipses.
Presentation #303.02 in the session Solar and Atmospheric Science with Eclipses.
Presentation #303.03 in the session Solar and Atmospheric Science with Eclipses.
Presentation #303.04 in the session Solar and Atmospheric Science with Eclipses.
Presentation #303.05 in the session Solar and Atmospheric Science with Eclipses.
Presentation #303.06 in the session Solar and Atmospheric Science with Eclipses.
Presentation #303.07 in the session Solar and Atmospheric Science with Eclipses.
Presentation #304.01 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow.
The preferential orientation of magnetic switchbacks, implications for solar magnetic flux transport
Presentation #304.02 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow.
Presentation #304.03 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow.
Presentation #304.04 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow.
Presentation #304.05 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow.
Presentation #304.06 in the session Understanding the Formation and Evolution of Ambient and Transient Solar Wind Outflow.
Presentation #305.01 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere II.
Presentation #305.02 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere II.
Presentation #305.03 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere II.
Presentation #305.04 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere II.
Presentation #305.05 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere II.
Presentation #305.06 in the session Explosive Energy Release Processes in the Solar Corona and Earth’s Magnetosphere II.
Presentation #306.01 in the session Innovation and Discovery in Solar and Space Physics Enabled by Citizen Science.
Presentation #306.02 in the session Innovation and Discovery in Solar and Space Physics Enabled by Citizen Science.
Presentation #306.03 in the session Innovation and Discovery in Solar and Space Physics Enabled by Citizen Science.
Presentation #306.04 in the session Innovation and Discovery in Solar and Space Physics Enabled by Citizen Science.
Presentation #306.05 in the session Innovation and Discovery in Solar and Space Physics Enabled by Citizen Science.
Presentation #306.06 in the session Innovation and Discovery in Solar and Space Physics Enabled by Citizen Science.
Presentation #306.07 in the session Innovation and Discovery in Solar and Space Physics Enabled by Citizen Science.
Presentation #401.01 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System I.
Presentation #401.02 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System I.
Presentation #401.03 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System I.
Presentation #401.04 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System I.
Presentation #402.01 in the session Karen Harvey Prize Lecture.
Presentation #403.01 in the session General Topics V — Solar.
Presentation #403.02 in the session General Topics V — Solar.
Presentation #403.03 in the session General Topics V — Solar.
Presentation #404.01 in the session Solar Interior.
Presentation #404.02 in the session Solar Interior.
Presentation #404.05 in the session Solar Interior.
Presentation #404.09 in the session Solar Interior.
Presentation #405.01 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System II.
Presentation #405.02 in the session Drivers and Dynamics of the Coupled Ionosphere-thermosphere-mesosphere-atmosphere System II.
Presentation #406.01 in the session General Topics III — Solar.
Presentation #406.02 in the session General Topics III — Solar.
Presentation #406.03 in the session General Topics III — Solar.
Presentation #406.04 in the session General Topics III — Solar.
Presentation #406.05 in the session General Topics III — Solar.
Presentation #406.06 in the session General Topics III — Solar.
Presentation #407.01 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere I.
Presentation #407.02 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere I.
Presentation #407.03 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere I.
Presentation #407.04 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere I.
Presentation #407.05 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere I.
Presentation #407.06 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere I.
Presentation #407.07 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere I.
Presentation #407.08 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere I.
Presentation #408.01 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond I.
Presentation #408.02 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond I.
Presentation #408.03 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond I.
Presentation #408.04 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond I.
Presentation #408.05 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond I.
Presentation #408.06 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond I.
Presentation #408.07 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond I.
Presentation #408.08 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond I.
Presentation #409.01 in the session General Topics IV: Non-solar.
Presentation #409.02 in the session General Topics IV: Non-solar.
Presentation #409.05 in the session General Topics IV: Non-solar.
Presentation #409.06 in the session General Topics IV: Non-solar.
Presentation #409.08 in the session General Topics IV: Non-solar.
Presentation #410.01 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II.
Presentation #410.02 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II.
Presentation #410.03 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II.
Presentation #410.04 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II.
Presentation #410.05 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II.
Presentation #410.07 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II.
Presentation #410.08 in the session Understanding Solar Eruptions Using Data-driven Models and Multi-height Observations of the Solar Atmosphere II.
Presentation #411.01 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond II.
Presentation #411.02 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond II.
Presentation #411.03 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond II.
Presentation #411.04 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond II.
Presentation #411.05 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond II.
Presentation #411.06 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond II.
Presentation #411.07 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond II.
Presentation #411.08 in the session High-energy Solar Investigations through Next-generation Remote Sensing: Spectroscopy, Imaging, and Beyond II.
