Sentence examples for development of the atmosphere from inspiring English sources

The development of the atmosphere and such interactions are discussed in this article, with particular attention given to the rise of biologically produced molecular oxygen, O2, as a major component of air.

A complete reconstruction of the origin and development of the atmosphere would include details of its size and composition at all times during the 4.5 billion years since Earth's formation.

In terms of hydrometeorological hazards, weather forecasts are one way to anticipate the future development of the atmosphere (Fine 2007) and, with respect to certain phenomena, give hints about potential events like thunderstorms, extreme winds, and floods.

Because these dwarf stars have deeper outer con-vective zones than Sun-like stars and thus possess very efficient magnetic dynamos, the expected enhanced X-ray, SXR, EUV radiation environment combined with extreme space weather effects should play a major role in the development of the atmospheres and habitability on such planets (Scalo et al., 2007; Lammer et al., 2009).

Evolution of the atmosphere, the development of Earth's atmosphere across geologic time.

For a detailed description of the development of Earth's atmosphere, see the article atmosphere, evolution of.

To further understanding of the processes that determine the state and development of the Earth's atmosphere accurate measurements of a large variety of atmospheric parameters (on a global scale, with sufficient temporal extent and resolution) are imperative.

In addition, in spite of developing partnership between the Kresge Foundation and the city government on relief and development work, the atmosphere of conflict between these key stakeholders raised further points of concern among the public.

He later turned his attention to investigating the origin and development of the Earth's atmosphere.

In addition, together with the development of the high-resolution atmosphere and ocean coupled model (NICAM-COCO), the seasonal scale predictability of ISO and associated TC characteristics will be explored.

The advent of new satellite missions, ground-based instrumentation networks, and the development of whole atmosphere models over the past decade resulted in a paradigm shift in understanding the variability of geospace, that is, the region of the atmosphere between the stratosphere and several thousand kilometers above ground where atmosphere-ionosphere-magnetosphere interactions occur.