| Paper Title |
Page |
Authors |
|
| |
| Solar Drivers of Space Weather |
1 |
Antiochos, Spiro K. |
| Need For Space Weather Models |
16 |
Tascione, Thomas F.; Preble, Amanda J. |
| Space-Weather Related Activities of CSSP-CSTR |
26 |
Smith, David H. |
| Directions for Solar and Interplanetary Models and Sensors: A Space Operator' S Perspective |
30 |
Tschan, Chris |
| Impacts of Solar Activity in Near-Earth Space |
34 |
Sagalyn, Rita C. |
| Perspectives on Solar Flares |
42 |
Sturrock, P. A. |
| An Objective Test of Magnetic Shear as a Flare Predictor |
55 |
Smith, Jesse B., Jr.; Neidig, Donald F.; Wiborg, Philip H.; West, Edward A.; Hagyard, Mona J.; Adams, Mitzi; Seagraves, Paul H. |
| Electrodynamical Model of the Flare and Solar Flare Prognosis |
66 |
Podgorny, Alexander I.; Podgorny, Igor M. |
| Quasi- Three-Dimensional Magnetohydrodynamic Model of the Photospheric Dynamo and Force-Free Model of the Corona for Flare and CME Probability Predictions |
74 |
Fry, C. D.; Wu, S. T.; Yin, C. L. |
| Magnetic Reversal in the 22nd Solar Cycle and Spatial Distribution of LDE-type Flares |
82 |
Antalova, A.; Jakimiec, M. |
| Low-Temperature Soft X-ray Flares, Spectrally Hardening Hard X-ray Flares, and Energetic Interplanetary Protons |
91 |
Garcia, H. A.; Kiplinger, A. L. |
| Comparison and Relation of HeI 1083 NM Two-Ribbon Flares and Large-Scale Coronal Arcades Observed by YOHKOH |
100 |
Harvey, Karen L.; McAllister, Alan; Hudson, Hugh; Alexander, David; Lemen, James R.; Jones, Harrison P. |
| Modeling of Active-Region Magnetic Fields |
108 |
Mikic, Zoran; Linker, Jon A.; Schnack, Dalton D. |
| Long Duration Soft X-ray Events and Galactic Cosmic Ray Modulation |
119 |
Antalova, A.; Rybak, J.; Kudela, K.; Venkatesan, D. |
| Initiation of Solar Disturbances Due to Emerging Magnetic Flux (EMF) |
128 |
Wu, S. T.; Guo, W. P. |
| Modeling and Predicting Solar Flares: What do the Customers Want? |
137 |
Bornmann, P. L.; Heckman, Gary; Hirman, Joe; Speich, Dave; Kunches, Joe; Zwickl, Ron |
| The Role of Coronal Mass Ejections in Solar Activity |
148 |
Low, B. C. |
| The Solar Mass Ejection Imager (SMEI): Development and Use in Space Weather Forecasting |
158 |
Keil, S. L.; Altrock, R. C.; Kahler, S. W.; Jackson, B. V.; Buffington, A.; Hick, P. L.; Simnett, G.; Eyles, C.; Webb, D. F.; Anderson, P. |
| Geomagnetic Storms and Heliospheric CMEs as Viewed From HELIOS |
167 |
Webb, David F.; Jackson, Bernard V.; Hick, Paul |
| The Relation of YOHKOH Coronal Arcades Events to Coronal Streamers and CMEs |
171 |
McAllister, A. H.; Hundhausen, A. J. |
| High Frequency Radar Detection of Coronal Mass Ejections |
180 |
Rodriguez, Paul |
| A search for large-scale photospheric flows as drivers of mass ejections |
189 |
Balasubramaniam, K. S.; Keil, S. L. |
| Observing Large-Scale Solar Surface Flows with GONG: Investigation of a Key Element in Solar Activity Buildup |
196 |
Beck, John C.; Hathaway, David H.; Simon, George W. |
| Post-Eruption Energy Release in the Solar Corona as an Indicator of CMEs and Associated Disturbances |
200 |
Chertok, Ilia M. |
| Global Coronal Modeling and Space Weather Prediction |
208 |
Linker, Jon A.; Mikic, Zoran; Schnack, Dalton D. |
| CMEs as Solar Drivers of Interplanetary and Terrestrial Disturbances |
219 |
Webb, David F. |
| New Paradigms for Solar Prominences |
229 |
Priest, E. R. |
| The Relation Between the Formation Dynamics of Laboratory Spheromaks and the Dynamics of Prominence Eruptions |
242 |
Bellan, Paul M. |
| Two-dimensional Model of a Rotating Solar Prominence I. Observations and Preliminary Approach |
251 |
Kononovich, E. V.; Gorshkov, A. B.; Smirnova, O. B.; Kotrc, P.; Vial, J.-C. |
| Normal Polarity, Quiescent Prominences: Static and Steady Flow Models |
258 |
Hood, Alan W.; Longbottom, Aaron W.; Del Zanna, Luca |
| Interplanetary Medium: Solar to Terrestrial Linkage |
266 |
Shea, M. A.; Smart, D. F. |
| Long Term Behavior of Trapped Relativistic Electrons and their Correlation with Solar Wind Speed |
279 |
Belian, R. D.; Cayton, T. E.; Christensen, R. A.; Ingraham, J. C.; Reeves, C. D. |
| Transport of Mass. Momentum and Energy from the Sun to the Earth by Different Types of Solar Wind Streams |
288 |
Yermolaev, Yuri I. |
| On the Need for Solar Wind Monitoring Close to the Magnetosphere |
300 |
Sandahl, Ingrid; Lundstedt, Henrik; Koskinen, Hannu; Glassmeier, Karl-Heinz |
| The Evolutton Of The Magnetic Structure of the Solar Corona With The Solar Cycle |
309 |
Dikpati, Mausumi; Choudhuri, Arnab Rai; Venkatakrishnan, P. |
| Helicity Conservation in Expanding Magnetized Plasmas: Flux Ropes in The Solar Wind |
315 |
Kumar, Ashok; Rust, David M. |
| Prediction of Coronal-Hole Solar Wind Velocities at ULYSSES from NSO/SP Coronal Data |
324 |
Altrock, Richard C.; Henry, Timothy W. |
| The Triple Current Sheet Model for Adjoining Helmet Streamers |
333 |
Karpen, Judith T.; Dahlburg, Russell B. |
| The Role of Magnetic Fields and the Heliospheric Current Sheet in the Interplanetary Evolution of Disturbances Caused by Solar Drivers |
341 |
Smith, Zdenka; Odstrcil, Dusan; Vandas, Marek; Fischer, Stanislav; Pelant, Pavel; Dryer, Murray |
| An Application of Three-Dimensional MHD Interplanetary Modeling: Recipe for the Initial Turning of the IMF Bz-component Following a Solar Disturbance |
350 |
Dryer, M. |
| The Coronal Temperature Structure and the Current Sheet |
358 |
Hick, Paul; Jackson, B. V.; Altrock, R. C.; Slater, G.; Henry, T. |
| Calculating Solar Wind Parameters from Solar Magnetic Field Data |
366 |
Obridko, V. N.; Kharshiladze, A. F.; Shelting, D. B. |
| Dark-Thread Thermodynamics and the Coronal Temperature Structure |
375 |
November, Laurence J. |
| 3-D Structure of Heliospheric Current Sheet Deduced from Eclipse Observations |
385 |
Molodensky, Michael M.; Starkova, Lidia I.; Koutchmy, Serge L.; Ershov, Andre V. |
| Predicting the Geomagnetic ap Index Using Real-Time Solar Wind and IMF Data |
393 |
Smart, D. F.; Shea, M. A. |
| Nonlinear MHD Discontinuity Interactions in the Solar Corona and Solar Wind as Drivers of Global Heliospheric Disturbances |
399 |
Grib, S. A. |
| Understanding and Predicting Solar-Terrestrial Relations:Counterpoint and Debate |
408 |
Holzer, Thomas E. |
| Near-Space and Terrestrial Models: Current Proxies and Needs for Physical Inputs |
410 |
Singer, Howard J. |
| Is Our Knowledge of Solar Indices Enough to Explain Satellite Drag? |
421 |
Deminov, M. G.; Nepomnyashchaya, E. V.; Obridko, V. N.; Shelting, D. B.; Shubin, V. N.; Chizhenkov, V. A. |
| Constraints on Solar Particle Events from Comparisons of Recent Events and Million-Year Averages |
429 |
Reedy, Robert C. |
| Galactic Cosmic Ray Modulatton and Solar X-ray Parameters During the Maximum Phases of Sunspot Cycles 20 and 22 |
437 |
Antalova, A.; Storini, M.; Jakimiec, M. |
| The Role of Coronal Holes in Linking Solar, Interplanetary and Geomagnetic Activity |
445 |
Bravo, Silvia |
| The Solar and Interplanetary Causes of Geomagnetic Activity and Quiet |
453 |
Gonzalez, W. D.; Tsurutani, B. T.; Tang, F. |
| Solar Cycle Variation of the Occurrence of Geomagnetic Storms |
462 |
Ramesh, K. B. |
| The Influence of Active Regions on IPS measurements near 1 AU |
470 |
Hick, Paul; Jackson, B. V. |
| Climate Change in Mid-latitude Western Europe Over the Last Two Centuries-Possible Links to Solar Activity (Preliminary Results) |
472 |
Bromage, Barbara J. I.; Butler, C. John |
| The Influence of Solar Activity on the Earth's Weather |
481 |
Smirnov, Ruslan V.; Kononovich, Edward V. |
| Some Particle Effects in the Solar- Terrestrial Relations |
489 |
Baranyi, T.; Ludmany, A. |
| What Are the Solar Drivers Responsible for Helio-Meteorological Effects? |
497 |
Dmitrieva, I. V.; Obridko, V. N.; Zaborova, E. P. |
| Solar-Cycle Modulation of the Trapped Proton Radiation Exposure Inside the Space Shuttle |
505 |
Golightly, Michael J.; Badhwar, Gautam D.; Dunlap, Mary Joe; Patel, Salil H. |
| Milagro: an Ideal Detector For Monitoring Space Weather? |
518 |
Ahluwalia, H. S.; Gisler, G. R.; Dorman, L. I. |
| Three-Dimensional Magnetic Field Structure on the Sun Inferred from Geomagnetic Activity |
526 |
Ponyavin, D. I. |
| White-Light Reflecting Corona graph for the SWATH Mission |
531 |
Smartt, Raymond N.; Dunn, Richard B.; Carmichael, Roger B.; Gregory, B. Scott; Plum, Douglas W.; Neidig, Donald F.; Golub, Leon; Bookbinder, Jay A.; Koutchmy, George U.; Nystrom, Serge L.; Zimmermann, Jean-Paul |
| An Update on the FIRE (Solar Probe) Mission |
539 |
Randolph, J. E.; Tsurutani, B. T.; Vaisberg, O.; Pitchkhadze, K. M. |
| Counter Point and Debate: Correlations with Terrestrial Impacts |
547 |
Heinemann, Michael A. |
| Radiative Influences |
555 |
Mariska, John T.; Lean, Judith |
| Solar Diameter Variations and Earth Climate Connections |
568 |
Rozelot, J. P. |
| Application of Singular Spectrum Analysis to Solar Irradiance Variability |
576 |
Pap, Judit M.; Varadi, Ferenc |
| Studying Solar Irradiance Variability With Wavelet Technique |
586 |
Vigouroux, Anne; Pap, Judit |
| The Green Corona - an Indicator of the State of Heliosphere |
594 |
Rybansky, M.; Rusin, V. |
| Determination of Contributions to Irradiances from Plages, Network and the Quiet Solar Atmosphere |
598 |
White, O. R. |
| Coupling of Total Solar Irradiance and Solar Magnetic Field Variations with Time Lags: Magneto-thermal Pulsation of the Sun |
601 |
Yoshimura, Hirokazu |
| On Solar Induced Variability in the Earth's Upper Atmosphere and Ionosphere |
609 |
Roble, R. G. |
| Solar Physics and Space Weather: A Personal View |
619 |
Hildner, Ernest |
