Multiple Satellite Analysis of the Earth’s Thermosphere and Interplanetary Magnetic Field Variations due to ICME/CIR Events During 2003–2015

Sandro Krauß, Manuela Temmer, Susanne Vennerstrom

Publikation: KonferenzbeitragPaperForschung

Abstract

We present a refined statistical analysis based on ICMEs as well as CIRs for the time period 2003–2015 to estimate the impact of different solar wind types on the geomagnetic activity and the neutral density in the Earth’s thermosphere. For the time-based delimitation of the events, we rely on the catalog maintained by Richardson and Cane and the corotating interaction region lists provided by S. Vennerstrom and L.K. Jian. These archives are based on in situ measurements from the ACE and/or the Wind spacecraft. On this basis, we will thoroughly investigate about 400 Earth-directed ICME and CIR events. To verify the impact on the Earths thermosphere we determine neutral mass densities by using accelerometer measurements collected by the low-Earth-orbiting satellites GRACE and CHAMP. Subsequently, the atmospheric densities will be to characteristic ICME parameters and since increased solar activity may lead to a decrease of the satellites orbital altitude we additionally assess the orbital decay for each of the events and satellites.
Originalspracheenglisch
PublikationsstatusVeröffentlicht - 11 Apr 2019
VeranstaltungEGU General Assembly 2019 - Vienna, Österreich
Dauer: 7 Apr 201912 Apr 2019

Konferenz

KonferenzEGU General Assembly 2019
LandÖsterreich
OrtVienna
Zeitraum7/04/1912/04/19

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thermosphere
magnetic field
CHAMP
GRACE
accelerometer
solar activity
in situ measurement
solar wind
statistical analysis
spacecraft
analysis

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Multiple Satellite Analysis of the Earth’s Thermosphere and Interplanetary Magnetic Field Variations due to ICME/CIR Events During 2003–2015. / Krauß, Sandro; Temmer, Manuela; Vennerstrom, Susanne.

2019. Beitrag in EGU General Assembly 2019, Vienna, Österreich.

Publikation: KonferenzbeitragPaperForschung

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abstract = "We present a refined statistical analysis based on ICMEs as well as CIRs for the time period 2003–2015 to estimate the impact of different solar wind types on the geomagnetic activity and the neutral density in the Earth’s thermosphere. For the time-based delimitation of the events, we rely on the catalog maintained by Richardson and Cane and the corotating interaction region lists provided by S. Vennerstrom and L.K. Jian. These archives are based on in situ measurements from the ACE and/or the Wind spacecraft. On this basis, we will thoroughly investigate about 400 Earth-directed ICME and CIR events. To verify the impact on the Earths thermosphere we determine neutral mass densities by using accelerometer measurements collected by the low-Earth-orbiting satellites GRACE and CHAMP. Subsequently, the atmospheric densities will be to characteristic ICME parameters and since increased solar activity may lead to a decrease of the satellites orbital altitude we additionally assess the orbital decay for each of the events and satellites.",
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N2 - We present a refined statistical analysis based on ICMEs as well as CIRs for the time period 2003–2015 to estimate the impact of different solar wind types on the geomagnetic activity and the neutral density in the Earth’s thermosphere. For the time-based delimitation of the events, we rely on the catalog maintained by Richardson and Cane and the corotating interaction region lists provided by S. Vennerstrom and L.K. Jian. These archives are based on in situ measurements from the ACE and/or the Wind spacecraft. On this basis, we will thoroughly investigate about 400 Earth-directed ICME and CIR events. To verify the impact on the Earths thermosphere we determine neutral mass densities by using accelerometer measurements collected by the low-Earth-orbiting satellites GRACE and CHAMP. Subsequently, the atmospheric densities will be to characteristic ICME parameters and since increased solar activity may lead to a decrease of the satellites orbital altitude we additionally assess the orbital decay for each of the events and satellites.

AB - We present a refined statistical analysis based on ICMEs as well as CIRs for the time period 2003–2015 to estimate the impact of different solar wind types on the geomagnetic activity and the neutral density in the Earth’s thermosphere. For the time-based delimitation of the events, we rely on the catalog maintained by Richardson and Cane and the corotating interaction region lists provided by S. Vennerstrom and L.K. Jian. These archives are based on in situ measurements from the ACE and/or the Wind spacecraft. On this basis, we will thoroughly investigate about 400 Earth-directed ICME and CIR events. To verify the impact on the Earths thermosphere we determine neutral mass densities by using accelerometer measurements collected by the low-Earth-orbiting satellites GRACE and CHAMP. Subsequently, the atmospheric densities will be to characteristic ICME parameters and since increased solar activity may lead to a decrease of the satellites orbital altitude we additionally assess the orbital decay for each of the events and satellites.

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