Evidence for periodicities in the auroral occurrence frequency since 300 AD and their implications

Pure and Applied Geophysics PAGEOPH

Volumn 133, Issue 2, 1990, Pages 201-211

  Liritzis, Y ^a  

^a BIOMEDICAL RESEARCH FOUNDATION   (Greece)

Author keywords

aurorae; maximum entropy; Solar terrestrial relationships; spectral analysis

Indexed keywords

EID: 34249953845     PISSN: 00334553     EISSN: 14209136     Source Type: Journal    
DOI: 10.1007/BF00877159     Document Type: Article

References (42)

1. Power Spectrum Estimation through Autoregressive Model Fitting
2. On the Rz-sunspot Relative Number Variations
3. Analysis of Palaeomagnetic Time Series Techniques and Applications
4. Choice of Oprator Length for Maximum Entropy Spectral Analysis
5. Solar Cycles in the Last Centuries in10Be and δ18O in Polar Ice and in Thermoluminescence Signals of a Sea Sediment
6. Geomagnetic Time Spectra—2 to 70 Years
7. Relation of Geomagnetic Activity and Solar Wind Velocity to Solar Activity
8. Statistical analysis of palaeomagnetic data
9. A New Statistical Approach to the Alignment of Time Series
10. Temporal Fluctuations of14C Causal Factors and Implications
11. The Sun since the Bronze Age
12. Solar Cycle and Long-term Changes in the Solar Wind
13. Auroral Changes During the 18th and 19th Centuries and their Implications for the Solar Wind and the Long-term Variation of Sunspot Activity
14. Eighty-eight year Periodicity in Solar-terrestrial Phenomena Confirmed
15. A Cause of Solar Wind Speed Variations Observed at 1 AU
16. Periodic Behaviour of Solar Flare Activity
17. Periodicities in Sunspot Numbers
18. Archaeo-aurora and Geomagnetic Secular Variation in Historic Time
19. Dependence of Aurora Borealis Occurrence on the Solarterrestrial Parameters
20. Latitude Dependence of Auroral Frequency in Relation to Solar-terrestrial and Interplanetary Parameters
21. Maximum Entropy and Power Spectrum Analyses of Geomagnetic Intensity Variations from Archaeomagnetic Data: Emphasis on the 200 yrs Period
22. Aurorae Borealis and Geomagnetic Inclinations as Aids to Archaeomagnetic Dating
23. Auroral and Climatic Cycles in the Past
24. A Statistical Analysis of the Low-latitude Aurorae
25. Secular Non-random Variations of Cosmogenic Carbon-14 in the Terrestrial Atmosphere
26. On the Possibility of Deducing Interplanetary and Solar Parameters from Geomagnetic Records
27. Catalogue des Aurores Boréales Observés en Suède
28. Power Spectral Analysis of Auroral Occurrence Frequency
29. Chinese Aurorae
30. The Sunspot Cycle 649 BC to AD 2000
31. Auroral Numbers since 500 BC
32. Ancient Aurorae
33. Solar Activity Cycles During Classical Antiquity
34. Evidence of the Auroral Record for Secular Solar Variability
35. Correlation of Bristlecone Pine Ring Widths with Atmospheric Carbon-14 Variations. A Climate-sun Relation
36. Ancient Chinese Observations of Physical Phenomena Attending Solar Eclipses
37. A Note on MESA and Spectral Analysis of the Hundred Year Geomagnetic Data at Zo-se
38. Evidence for Periodicities in the Frequency Occurrence of the Aurora Borealis since 300 AD