Statistical analysis of global temperature records finds evidence of supralinear acceleration since at least 1990 that strengthens with more recent data.
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Observational analysis of ephemeral regions from AutoTAB catalog in cycles 24-25 finds 1.2-day average lifetimes, supergranular-scale footpoint growth that saturates, and complex tilt distributions that support their placement at the low-flux end of bipolar magnetic regions.
Machine learning and time-series methods are applied to characterize solar p-mode frequency shifts for solar cycle 25 as a potential early indicator of solar activity.
citing papers explorer
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Global Warming Has Been Accelerating Since At Least 1990
Statistical analysis of global temperature records finds evidence of supralinear acceleration since at least 1990 that strengthens with more recent data.
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Large ephemeral regions and their tilt angles
Observational analysis of ephemeral regions from AutoTAB catalog in cycles 24-25 finds 1.2-day average lifetimes, supergranular-scale footpoint growth that saturates, and complex tilt distributions that support their placement at the low-flux end of bipolar magnetic regions.
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Machine Learning-Based Characterization of Solar p-Mode Frequency Shifts during Solar Cycle 25
Machine learning and time-series methods are applied to characterize solar p-mode frequency shifts for solar cycle 25 as a potential early indicator of solar activity.