Sentence examples for difference in atmospheric from inspiring English sources

The air movement reflects the difference in atmospheric pressure between the two sides of the Channel.

This phenomenon results from variation in the pressure gradient, or the difference in atmospheric pressure between the subtropical high, usually situated between the Azores and Gibraltar, and the Icelandic low, centred between Iceland and Greenland.

The different effects of the solar wind on planet-forming materials for Earth and Venus have been proposed to account for some of this difference in atmospheric composition2,3, but the cause of the compositional difference has not yet been fully resolved.

Participation or non-participation of China in global climate architecture can lead by 2100 to a 200 280 ppm difference in atmospheric GHG concentration, which can result in a 1.1 °C to 1.3 °C change by the end of the century.

"The dust composition we see really requires a profound difference in atmospheric transport, and likely ice sheet size, from the last interglacial period to the one we are currently in," Aarons said.

The results show that the solar cycle difference in atmospheric heating is much larger (by a factor of 2) and the resulting stratospheric temperature differences more pronounced when the SORCE SSI data is used.

This function is evident in NAT, ALL, RCP45 and RCP85 despite their differences in atmospheric CO2 concentration.

Longer-period windstorms have two main causes: (1) large differences in atmospheric pressure across a region and (2) strong jet-stream winds overhead.

The guys say that differences in the shape and color of a pan can cause variations in cooking temperature of up to thirty-six degrees, and that differences in atmospheric humidity can cause fluctuations of up to eighteen degrees.

Heights of surface features above sea level are determined in four main ways: by spirit leveling, by measuring vertical angles and distances, by measuring differences in atmospheric pressure, and, since the late 20th century, by using three-dimensional satellite or inertial systems.

Although Sandy began as a hurricane, drawing strength from evaporation at the warm ocean surface, scientists noted that by the end it was also pulling energy from a second source: the sharp differences in atmospheric temperature and pressure that normally drive winter storms.