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Ionosphere Monitoring with Remote Sensing II

Unveiling the physical properties of the Earth's ionosphere is crucial for the comprehension of the dynamic processes occurring within it across various spatial and temporal scales. This is essential for comprehending numerous phenomena associated with Space Weather. The ionosphere, composed of ions...

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Uloženo v:
Médium: Online
Jazyk:angličtina
Vydáno: MDPI - Multidisciplinary Digital Publishing Institute 2024
Témata:
ionospheric slab thickness
high latitude
geomagnetic storm
East Asia
ionosphere
F2 layer
ionosonde
solar cycle-24
space weather
deep learning
field-aligned irregularities (FAIs)
range imaging (RIM)
very-high-frequency (VHF) radar
solar flare
ionospheric sounding
GNSS
slant TEC
Mexico
ionosphere spread-F
naive Bayes classifier
ionospheric foF2
machine learning
dynamic prediction
ill-posed problem
ionospheric electron density
algorithm
computerized ionospheric tomography
Multivariate Empirical Mode Decomposition
electron density distribution
Swarm satellites
high-latitude ionosphere
seasonal and geomagnetic variability
solar eclipse
global positioning system (GPS)
satellite measurements
total electron content (TEC)
in situ measurements
equatorial ionization anomaly
Tonga volcanic eruption
ionospheric anomaly
anomaly detection method
EIA
total electron content
ionospheric anomalies
global ionosphere maps
solar activity
ionospheric HF ray tracing
homing
three-dimensional electron density
IRI model
ISP model
oblique sounding
Galileo
scintillation
sigma phi
cycle slip
signal tracking
Greenland
Arctic
n/a
thema EDItEUR::R Earth Sciences, Geography, Environment, Planning::RB Earth sciences
On-line přístup:ONIX_20240906_9783725818389_79
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Shrnutí:Unveiling the physical properties of the Earth's ionosphere is crucial for the comprehension of the dynamic processes occurring within it across various spatial and temporal scales. This is essential for comprehending numerous phenomena associated with Space Weather. The ionosphere, composed of ions and electrons, responds to the initiation, intensification and evolution of magnetic and electric fields, potentially altering its physical properties and energy balance. These changes can significantly affect the propagation properties of electromagnetic signals passing through the ionosphere. In this context, the Special Issue "Ionosphere Monitoring with Remote Sensing Vol. II" seeks to advance our understanding of the ionosphere by utilising data from various facilities and established ionospheric models.

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