The Growth and Decay of Intense GNSS Amplitude and Phase Scintillation During Non‐Storm Conditions

A multi‐instrument study is conducted at the dayside polar ionosphere to investigate the spatio‐temporal evolution of scintillation in Global Navigation Satellite System (GNSS) signals during non‐storm conditions. Bursts of intense amplitude and phase scintillation started to occur at ∼ ${\sim} $ 9...

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Veröffentlicht in:	Space Weather 2024-12, Vol.22 (12), p.e2024SW004108-n/a
Hauptverfasser:	Madhanakumar, Mahith, Spicher, Andres, Vierinen, Juha, Oksavik, Kjellmar, Coster, Anthea J., Huyghebaert, Devin Ray, Martin, Carley J., Häggström, Ingemar, Paxton, Larry J.
Format:	Artikel
Sprache:	eng
Schlagworte:	amplitude scintillation Artificial satellites Atmosphere, Upper Continental Crust Earthquake Dynamics Earthquake Interaction, Forecasting, and Prediction Earthquake Source Observations Estimation and Forecasting Exploration Geophysics Forecasting Fysikk: 430 Geodesy and Gravity GNSS GNSS / GNSS Gravity anomalies and Earth structure Gravity Methods Hydrology IMF reversals Informatics Interferometry Ionosfære / Ionosphere Ionosphere Ionospheric Effects on Radio Waves Ionospheric Irregularities Ionospheric Physics Magnetic fields Magnetosphere Magnetospheric Physics Matematikk og naturvitenskap: 400 Mathematical Geophysics Mathematics and natural scienses: 400 Monitoring, Forecasting, Prediction Natural Hazards Ocean Predictability and Prediction Oceanography: General phase scintillation Physics: 430 Plasma physics polar ionosphere Policy Policy Sciences Prediction Probabilistic Forecasting Radar systems Radio Science Radio Wave Propagation Rom- og plasmafysikk: 437 Romvær / Space weather Satellite Geodesy: Results Seismic Cycle Related Deformations Seismicity and Tectonics Seismology Space and plasma physics: 437 Space Weather Subduction Zones Tectonic Deformation Time Variable Gravity Transient Deformation VDP
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