The historical trend in the axial dipole is sufficient to reverse the field in less than 2 kyr. Assessing the prospect of an imminent polarity reversal depends on the probability of sustaining the historical trend for long enough to produce a reversal. We use a stochastic model to predict the variability of trends for arbitrary time windows. Our predictions agree well with the trends computed from paleomagnetic models. Applying these predictions to the historical record shows that the current trend is likely due to natural variability. Furthermore, an extrapolation of the current trend for the next 1 to 2 kyr is highly unlikely. Instead, we compute the trend and time window needed to reverse the field with a specified probability. We find t...
Records of relative paleointensity are subject to several sources of error. Temporal averaging due t...
Recent studies provide evidence for a possible imminent change of polarity or an excursion of the ge...
International audienceWe have constructed a very simple model of a time-varying geocentric dipole ba...
Deterministic forecasts for the next geomagnetic reversal are not feasible due to large uncertaintie...
Geomagnetic polarity transitions are often accompanied by a decrease in magnetic intensity. The time...
Models of geomagnetic reversals as a stochastic or gamma renewal process have generally been tested ...
Several recent studies have used palaeomagnetic estimates of the virtual axial dipole moment to cons...
Records of relative paleointensity are subject to several sources of error. Temporal averaging due t...
Reversals of the Earth's magnetic field have not occurred at a constant average rate over the past 1...
We study predictions of reversals of Earth's axial magnetic dipole field that are based solely on th...
The paleomagnetic record is central to our understanding of the history of the Earth. The orientatio...
Polarity intervals from marine magnetic anomalies exhibit variability that departs from a Poisson pr...
Paleomagnetic data on geomagnetic reversals are divided into two general categories: times of occurr...
Low-dimensional models for Earth's magnetic dipole may be a powerful tool for studying large-scale d...
International audienceA striking feature of many natural magnetic fields generated by dynamo action ...
Records of relative paleointensity are subject to several sources of error. Temporal averaging due t...
Recent studies provide evidence for a possible imminent change of polarity or an excursion of the ge...
International audienceWe have constructed a very simple model of a time-varying geocentric dipole ba...
Deterministic forecasts for the next geomagnetic reversal are not feasible due to large uncertaintie...
Geomagnetic polarity transitions are often accompanied by a decrease in magnetic intensity. The time...
Models of geomagnetic reversals as a stochastic or gamma renewal process have generally been tested ...
Several recent studies have used palaeomagnetic estimates of the virtual axial dipole moment to cons...
Records of relative paleointensity are subject to several sources of error. Temporal averaging due t...
Reversals of the Earth's magnetic field have not occurred at a constant average rate over the past 1...
We study predictions of reversals of Earth's axial magnetic dipole field that are based solely on th...
The paleomagnetic record is central to our understanding of the history of the Earth. The orientatio...
Polarity intervals from marine magnetic anomalies exhibit variability that departs from a Poisson pr...
Paleomagnetic data on geomagnetic reversals are divided into two general categories: times of occurr...
Low-dimensional models for Earth's magnetic dipole may be a powerful tool for studying large-scale d...
International audienceA striking feature of many natural magnetic fields generated by dynamo action ...
Records of relative paleointensity are subject to several sources of error. Temporal averaging due t...
Recent studies provide evidence for a possible imminent change of polarity or an excursion of the ge...
International audienceWe have constructed a very simple model of a time-varying geocentric dipole ba...