The solar minimum between solar cycles 23 and 24 during the period 2007–2009 has been the longest and deepest one at least since for the last 100 years. We suggest that the Sun is going to his next supercenturial minimum. The main aim of this paper is to tell about arguments concerning this statement. They are based on series of studies, which have been provided during the period since 1997 up to 2010. The progress of solar cycle 24 since its minimum at the end of 2008 up to the end of October 2011 in the light of long term solar activity dynamics is analyzed
AbstractThe end of the last solar cycle was at least 3 years late, and to date, the new solar cycle ...
We analyze the yearly mean sunspot-number data covering the period 1700 to 2012. We show that the ye...
Abstract Some historical records, which have held since the beginning of modern solar activity cycle...
AbstractThe solar minimum between solar cycles 23 and 24 during the period 2007–2009 has been the lo...
Abstract. The sunspot number series forms the longest directly observed index of solar activity and ...
The activity minimum between the end of cycle 23 and the beginning of cycle 24 was the longest and d...
Ahluwalia and Jackiewicz (2011) have predicted that sunspot cycle 24 will be only half as active as ...
The status of the extended solar activity minimum, since the second half of 2007, has been briefly ...
The extended length of solar cycle 23 and the associated deep quiet period (QP) between cycles 23 an...
In this paper we address the prediction of the maximum sunspot number in solar cycle 24. We correlat...
Abstract. The main aim of this study is to find different observational characteristics of sunspot c...
The end of the last solar cycle was at least 3 years late, and to date, the new solar cycle has seen...
The solar cycle is reviewed. The 11-year cycle of solar activity is characterized by the rise and fa...
Context. The variability of the 11-year cycle of solar activity on secular timescales is well establ...
Abstract There has been much speculation about the extended minimum between Solar Cycles 23 and 24. ...
AbstractThe end of the last solar cycle was at least 3 years late, and to date, the new solar cycle ...
We analyze the yearly mean sunspot-number data covering the period 1700 to 2012. We show that the ye...
Abstract Some historical records, which have held since the beginning of modern solar activity cycle...
AbstractThe solar minimum between solar cycles 23 and 24 during the period 2007–2009 has been the lo...
Abstract. The sunspot number series forms the longest directly observed index of solar activity and ...
The activity minimum between the end of cycle 23 and the beginning of cycle 24 was the longest and d...
Ahluwalia and Jackiewicz (2011) have predicted that sunspot cycle 24 will be only half as active as ...
The status of the extended solar activity minimum, since the second half of 2007, has been briefly ...
The extended length of solar cycle 23 and the associated deep quiet period (QP) between cycles 23 an...
In this paper we address the prediction of the maximum sunspot number in solar cycle 24. We correlat...
Abstract. The main aim of this study is to find different observational characteristics of sunspot c...
The end of the last solar cycle was at least 3 years late, and to date, the new solar cycle has seen...
The solar cycle is reviewed. The 11-year cycle of solar activity is characterized by the rise and fa...
Context. The variability of the 11-year cycle of solar activity on secular timescales is well establ...
Abstract There has been much speculation about the extended minimum between Solar Cycles 23 and 24. ...
AbstractThe end of the last solar cycle was at least 3 years late, and to date, the new solar cycle ...
We analyze the yearly mean sunspot-number data covering the period 1700 to 2012. We show that the ye...
Abstract Some historical records, which have held since the beginning of modern solar activity cycle...