Solar-Terrestrial Magnetic Activity and Space Environment Book

	Preface
	Magnetic Reconnection in the Solar Lower Atmosphere	3
	Small-Scale Magnetic Structure in the Photosphere: Relevance to Space Weather Phenomena	9
	Sunspot Dynamics and Coronal Heating	19
	Solar Coronal Activity and Evolution of the Magnetic Field	27
	The Sun-as-a- Star Magnetic Field: Results of Stokesmeter Measurements in Different Spectral Lines	33
	Useful Aspects of Chromospheric Magnetic Field Data	37
	Configurations of Magnetic Fields in Solar Active Regions	41
	Reversed Polarity Structures and Powerful X5.7/3B Flare on July 14, 2000	45
	Properties of Twist of Solar Bipolar Magnetic Fields	51
	Helicity Evolution of a Spot	55
	The Distribution of Magnetic Shear of Active Regions From 1995 to 2000	59
	The Evolution Rate of Small Solar Active Regions and Its Temporal and Spatial Variations	63
	Correcting the Projection Effects of Solar Vector Magnetogram	67
	Applications of Magnetic Line Ratio Method to Magnetographic Observations of Large-Scale Solar Magnetic Fields	71
	The Primary Design of A 1-Meter Infrared Solar Telescope	75
	Huairou Data On Line	79
	Lower Energy Cutoff of Nonthermal Electrons Derived From Batse/CGRO Hard X-Ray	85
	Non-LTE Inversion of an H[alpha] Flaring Loop	89
	Magnetic Flux Cancellation Associated with Coronal Mass Ejections	93
	Dip-Like Magnetic Field Structure Seen in Solar Prominences	103
	Common Characteristics of CMEs and Blobs: a New View of Their Possible Origin	109
	Statistical Studies of Filament Disappearances and CMEs	113
	Catastrophic Behavior of Coronal Magnetic Flux Ropes in Partially Open Magnetic Fields	117
	Coronal Response to the Emergence of New Magnetic Flux	125
	Initiation of Coronal Mass Ejections	129
	What Can We Learn From Constructing CME Models	137
	A Dual-Loop Initiation Model for Coronal Mass Ejections	145
	Coronal Mass Ejections From the Corona to the Interplanetary Medium	149
	Relation Between Coronal Mass Ejections and their Interplanetary Counterparts	157
	A Manifestation of Magnetic Fluxes in Microwave Emission of the Solar Corona	165
	Statistical Properties of Radio-Rich Coronal Mass Ejections	169
	The Broadening Cause of the CaXIX Resonace Line in Solar Flares	173
	Dynamical Features of the Dipole Magnetic Fields Generated Two X-Ray Coronal Mass Ejections and Type IV[mu] Burst	175
	S-Shaped Magnetic Field Generated an Extra Large Type IV[mu] Burst and Coronal Mass Ejection	179
	Solar Centimetric Type N and Type M Bursts	183
	Role of Hydrogen and Deuterium in Energy Release From the Solar Flare: Comment on Neupert Effect	189
	Analysis of the January 6-11, 1997, CME Event	193
	Analysis of Lasco Observations of Streamer Blowout Events	201
	The Geoeffectiveness of Frontside Full Halo Coronal Mass Ejections	209
	The Heliospheric Magnetic Field Probed with Fast Charged Particles	217
	Evolution of the Bastille Day High-Speed Stream	225
	Ensemble and Time Averages: the Missing Diamagnetic Effect	233
	The Global Significance of the CEP Events	239
	Effects of Electron Pressure Gradient in Magnetic Reconnection	251
	The Effect of Geomagnetic Disturbances on Ecosystem	255
	Relationship Between the Cumulative AL and Dst Indices During Magnetic Storms and the UT Variations of the Dst Index	259
	Solar Wind Density and the Auroral Electrojets During Geomagnetic Storms	263
	A Cone Model for Coronal Mass Ejections	267
	Injection of Intense Storm Ring Current Ions	271
	Heliospheric Magnetic Fields and Particle Transport	275
	Geomagnetic Disturbances as Probabilistic Nonlinear Processes	281
	Fine Structure of Sprites and Proposed Global Observations	287
	Night-Time Behavior of 630 Nm Emission in Mid-Latitude Auroras during Strong Magnetic Storms	295
	Doppler Effects in the High-Latitude Ionospere during Observations Geomagnetic Pulsations	299
	Time-Variation of Periodic Components of Yearly Sunspot Numbers	307
	A New Model for Evaluation of the Electromagnetic Energy Flux into an Open Night side Magnetosphere	311
	Numerical Modeling the High-Latitude Ionosphere	315
	Basic Cause of Solar Magnetic Activity Solar Motion or Gyromagnetic Effect	327
	Some Implications of the Interball Studies for Space Weather	333
	Solar Radio Bursts and Fine Structures in the Range of 1.0-7.6 GHz on 14 July 2000	345
	On the Solar Radio Spectro-Interferometry at Low Frequency	349
	Drift Shell Tracing and Secular Variation of inner Radiation Environment in the Saa Region	353
	Energetic Ions in the High Latitude Magnetosphere During the Leading Phase of Acme	359
	Space Environment Data Acquisition Equipment - Attached Payload on the International Space Station	365
	Space Environment Data Acquisition Equipment on Board Mission Demonstration Test Satellite-1	369
	Space Weather: The Scientific Forecast	375
	Space Weather Effects and how Soho has Improved the Warnings	385
	Implementation and Verification of the Chen Prediction Technique for Forecasting Large Nonrecurring Storms	393
	An Applicable Method for Long-Term Solar Cycle Predictions	397
	Real-Time Space Weather Forecasting Driven by Solar Observations	401
	A New Mechanism for Auroral Electron Acceleration by Nonlinear KAW	409
	Geomagnetic Activity and Solar-Cycle Dependence of the Ring Current Ions	421
	The Application of Non-Linear Filtering Methods to the Forecast of Geomagnetic Indices	427
	Prediction of Relativistic Electron Fluence Using Magnetic Observatory Data	439
	Space Weather Aspects of the ESA Solar Orbiter Mission	443
	Effects of Hysteresis in Solar Cycle Variations Between Flare Index and some Solar Activity Indicators	447
	Author Index	453
	List of Participants	457
	List of Unpublished Papers	459