25 citations as recorded by crossref.

1. Prediction for the amplitude of solar cycle 24 from the pattern of activity near the cycle minimum M. Pishkalo
2. An improved prediction of sunspot maximum by Vondrak smoothing method Z. Yin & Y. Han
3. Predicting the 25th and 26th solar cycles using the long short-term memory method X. Liu et al.
4. The solar cycle: predicting the peak of solar cycle 25 Z. Du
5. Predicting the Amplitude of Solar Cycle 25 Using the Value 39 Months Before the Solar Minimum Z. Du
6. Kodaikanal digitized white-light data archive (1921–2011): Analysis of various solar cycle features S. Mandal et al.
7. Predictions of Solar Cycle 24: How are we doing? W. Pesnell
8. Predicting the Shape of Solar Cycle 25 Using a Similar-Cycle Method Z. Du
9. A New Method for Prediction of Peak Sunspot Number and Ascent Time of the Solar Cycle B. Kakad
10. Estimating the maximum of the smoothed highest 3-hourly aa index in 3 d by the preceding minimum for the solar cycle Z. Du
11. NARX Sinir Ağları Yöntemiyle 25. Güneş Aktivite Çevrimi Tahmini M. KALKAN et al.
12. Comparing the Correlations Between Solar Cycle Parameters in the Northern and Southern Hemispheres Z. Du
13. Prediction of Solar Cycle 24 Using Sunspot Number near the Cycle Minimum M. Pishkalo
14. Predicting the maximum sunspot number and the associated geomagnetic activity indices $aa$ and $Ap$ for solar cycle 25 P. Singh et al.
15. A Neuro-Fuzzy modeling for prediction of solar cycles 24 and 25 A. Attia et al.
16. Probability of occurrence of extreme magnetic storms R. Kataoka
17. Probable Values of Current Solar Cycle Peak V. Silbergleit
18. Predicting the Maximum Amplitude of Solar Cycle 25 Using the Early Value of the Rising Phase Z. Du
19. Tendency of Discreteness of the Solar Amplitude and Intercycle Relatedness A. Yoshida & R. Sayre
20. Difference between even- and odd-numbered cycles in the predictability of solar activity and prediction of the amplitude of cycle 25 A. Yoshida
21. Variations in the Correlations of Acceleration and Force of Slow and Fast CMEs with Solar Activity during Solar Cycles 23 – 24 Z. Du
22. A Decline Phase Modeling for the Prediction of Solar Cycle 25 Y. Han & Z. Yin
23. Evolution of the Correlation Between the Amplitude of the Solar Cycle and the Sunspot Number Since the Previous Declining Phase in Both Hemispheres Z. Du
24. Correlation Between Decay Rate and Amplitude of Solar Cycles as Revealed from Observations and Dynamo Theory G. Hazra et al.
25. Prediction of solar cycle 25 using deep learning based long short-term memory forecasting technique A. Prasad et al.