Sentence examples for strong latitude from inspiring English sources

The strong latitude dependence of the westward drift of the sub-centennial constituent (and of its time derivative) at the CMB gets weaker at the Earth's surface due to the attenuation of this relatively short wavelength variation, but it still exists, at odds with Yukutake and Shimizu (2016) that state the westward drift of the secular variation at Earth's surface is latitude independent.

As it came under the influence of strong mid latitude westerlies and moved into an area of strong vertical wind shear, the cyclone started to weaken and was declared as extratropical on June 15.

The JTWC then passed the warning responsibility for Keli back to the NPMOC as it came under the influence of strong mid latitude westerlies which were expected to weaken the system.

Total insolation in winter months is almost as strong as latitude in its ability to explain the observed spatial variation in the prevalence of asthma (r2 = 0.43; p<0.001).

At 21% for the continental U.S. and up to 43% for the Eastern Seaboard regions, total insolation in winter months is almost as strong as latitude in its ability to explain the observed spatial variation in the prevalence of asthma in the U.S. adult population.

This agreement confirms a correct choice of the small-scale IGWs as the formation mechanism of the ionospheric disturbances before the strong mid-latitude earthquake in Greece.

We show that small-scale Internal Gravity Waves (IGWs) and/or seismogenic electric fields in the Earth's ionosphere can be considered as the most probable formation mechanisms of TEC disturbances, observable prior to strong mid-latitude earthquakes.

We used numerical simulations with the goal of reproducing the changes in GPS TEC that were observed one day prior to the strong mid-latitude earthquake in Greece on 8 January 2006.

The survey of the proposed mechanisms led to the conclusion that the small-scale IGWs and/or seismogenic electric fields in the Earth's ionosphere can be considered as formation mechanisms of the seismo-ionospheric effects that are observed prior to the strong mid-latitude earthquakes.

Oraevsky et al. (2000), Liu et al. (2004), and Zakharenkova et al. (2006, 2007) have shown that before strong mid-latitude earthquakes the effects in total electron content (TEC) look like local changes in electron concentration with a maximum located in immediate proximity to the epicentre.

In Oraevsky et al. (2000), Liu et al. (2004), and Zakharenkova et al. (2006, 2007), the authors demonstrate that for strong middle-latitude earthquakes, the preseismic effects in TEC look like the local increase/decrease of electron density which can be observed 2 3 days prior to a strong earthquake, and the maximum zone of these disturbances is located in the immediate vicinity of the epicenter.