Based on cycles 17 – 23, linear correlations are obtained between 12-month moving averages of the number of disturbed days when Ap is greater than or equal to 25, called the Disturbance Index (DI), at thirteen selected times (called variate blocks 1, 2,… , each of six-month duration) during the declining portion of the ongoing sunspot cycle and the maximum amplitude of the following sunspot cycle. In particular, variate block 9, which occurs just prior to subsequent cycle minimum, gives the best correlation (0.94) with a minimum standard error of estimation of ± 13, and hindcasting shows agreement between predicted and observed maximum amplitudes to about 10%. As applied to cycle 24, the modified precursor technique yields maximum amplitude...
In this paper we address the prediction of the maximum sunspot number in solar cycle 24. We correlat...
We describe using Ap and F(10.7) as a geomagnetic-precursor pair to predict the amplitude of Solar C...
We use a model for sunspot number using low-frequency solar oscillations, with periods 22, 53, 88, 1...
In the previous study (Dabas et al. in Solar Phys. 250, 171, 2008), to predict the maximum sunspot ...
R. J. Thompson (1993, Solar Physics 148, 383) exhibited a significant linear relationship between th...
It is shown that the monthly smoothed sunspot number (SSN) or its rate of decrease during the final...
In this work we predict the maximum amplitude, its time of occurrence, and the total length of Solar...
Aims.This paper aims to search for a method to estimate the onset of a new solar cycle by re-invest...
Prediction of solar activity strength for solar cycles 23 and 24 is performed on the basis of extra...
In Ohl's Precursor Method (Ohl, 1966, 1976), the geomagnetic activity during the declining phase of...
AbstractA solar activity precursor technique of spotless event has been currently used to predict th...
A solar activity precursor technique of spotless event has been currently used to predict the streng...
In this paper, we investigate the prospect of using previously occurring sunspot cycle signatures to...
International audienceMedium-term and long-term prediction of the magnitude of the maximum of smooth...
Abstract. Precursor methods for the prediction of maximum amplitude of the solar cycle have previous...
In this paper we address the prediction of the maximum sunspot number in solar cycle 24. We correlat...
We describe using Ap and F(10.7) as a geomagnetic-precursor pair to predict the amplitude of Solar C...
We use a model for sunspot number using low-frequency solar oscillations, with periods 22, 53, 88, 1...
In the previous study (Dabas et al. in Solar Phys. 250, 171, 2008), to predict the maximum sunspot ...
R. J. Thompson (1993, Solar Physics 148, 383) exhibited a significant linear relationship between th...
It is shown that the monthly smoothed sunspot number (SSN) or its rate of decrease during the final...
In this work we predict the maximum amplitude, its time of occurrence, and the total length of Solar...
Aims.This paper aims to search for a method to estimate the onset of a new solar cycle by re-invest...
Prediction of solar activity strength for solar cycles 23 and 24 is performed on the basis of extra...
In Ohl's Precursor Method (Ohl, 1966, 1976), the geomagnetic activity during the declining phase of...
AbstractA solar activity precursor technique of spotless event has been currently used to predict th...
A solar activity precursor technique of spotless event has been currently used to predict the streng...
In this paper, we investigate the prospect of using previously occurring sunspot cycle signatures to...
International audienceMedium-term and long-term prediction of the magnitude of the maximum of smooth...
Abstract. Precursor methods for the prediction of maximum amplitude of the solar cycle have previous...
In this paper we address the prediction of the maximum sunspot number in solar cycle 24. We correlat...
We describe using Ap and F(10.7) as a geomagnetic-precursor pair to predict the amplitude of Solar C...
We use a model for sunspot number using low-frequency solar oscillations, with periods 22, 53, 88, 1...