Sentence examples for distribution of latitudes from inspiring English sources

A visual examination of the spatial distribution of sites suggested no spatial bias in those who submitted data relative to those initially approached and there was no difference in the distribution of latitudes (F1,2356 = 1.14, NS) or longitudes (F1,2356 = 1.31, NS) between the two samples.

The distribution of high latitude magnetospheric plasma pressure including regions of plasma pressure plateaus are analyzed.

Thermospheric density variations also showed the periodicities in CIRs due to the spatial distribution of low-latitude coronal holes on the Sun, as did the ionosphere.

Recognizing the advantages of simultaneous algebraic reconstruction technique (SART), it is applied to investigate the electron density distribution of low-latitude ionosphere.

The global distribution of low-latitude plasma blobs was investigated by in-situ plasma density measurements from the Korea Multi-Purpose Satellite-1 (KOMPSAT-1) and Defense Meteorological Satellite Program (DMSP) F15.

These researchers employed the optical mesosphere thermosphere imagers (OMTIs) system, consisting of a highly sensitive cooled CCD camera and photometers with narrow band pass filters for deducing the location, absolute intensity, and spatial distribution of low-latitude auroras (Shiokawa et al. 1999).

As this case indicates, it is obvious that the ground-based imaging technique is a valuable method for determining the spatial distributions of low-latitude auroras.

The effect of cold spell in 2006, 2007, 2009 and 2010 was shown in Additional file 1. Table  1 presents the distributions of mortality, latitude and weather statistics during the 2008 cold spell, the cold spells in 2006, 2007, 2009 and 2010, and non-cold spell days in 36 communities.

The delicate skink is a common and widespread species whose distribution spans 26° of latitude and nine major biogeographic barriers in eastern Australia.

These orbital variations alter the distribution of sunlight at different latitudes during different seasons according to a complex pattern that takes a hundred thousand years to complete.

These changes alter the distribution of sunlight at various latitudes during various seasons, and Milankovitch predicted that the strongest effects would be observed at intervals of nineteen thousand, twenty-three thousand, forty-one thousand, and a hundred thousand years.