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Disturbances in Geospace: The Storm‐Substorm Relationship [2003]

1
The Storm‐Substorm Relationship: Current Understanding and Outlook
15
Effects of Solar Wind Density on the Auroral Electrojets and Global Auroras During Geomagnetic Storms
23
A Lack of Substorm Expansion Phases During Magnetic Storms Induced by Magnetic Clouds
37
Storm‐Time and Quiet‐Time Substorms in the Magnetotail
45
High Time Resolution Observations of Magnetospheric Disturbances During Auroral Activity
55
Substorms, Storms, and the Storm‐Time Plasma Sheet
59
O<sup>+</sup> Transport into the Ring Current: Storm Versus Substorm
75
What is the Effect of Substorms on the Ring Current Ion Population During a Geomagnetic Storm?
91
IMAGE, POLAR, and Geosynchronous Observations of Substorm and Ring Current Ion Injection
103
Storm‐Substorm Relationships During the 4 October, 2000 Storm. IMAGE Global ENA Imaging Results
119
The Role of Substorms in Storm‐Time Particle Acceleration
131
Role of Plasma Instabilities Driven by Oxygen Ions During Magnetic Storms and Substorms
143
The Relationship of Storms and Substorms Determined from Mid‐Latitude Ground‐Based Magnetic Maps
159
A Wavelet Analysis of Storm‐Substorm Relationships
169
Energetics of Isolated and Stormtime Substorms
185
Equatorial Ionosphere‐Thermosphere System During Geomagnetic Storms
205
Structure of Turbulent Irregularities in High‐Latitude Plasma Patches‐3D Nonlinear Simulations
217
Relativistic Electron Flux Enhancements During Strong Geomagnetic Activity
231
Modeling the Magnetosphere Using Time Series Data
243
Comments on Some Long‐Standing Problems in Storm/Substorm Studies
255
Measurement Strategies for Future Missions to Understand Geospace Dynamics
i
Front Matter
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