Sentence examples for atmospheric development from inspiring English sources

In such circumstances, much gas may have been carried away by a kind of atomic sandblasting that may have had a marked effect on the earliest phases of atmospheric development.

Reconstructions of atmospheric development must recognize that the very large quantities of carbon now found in sedimentary carbonates and organic carbon have flowed through the atmosphere and that the organic carbon (which includes all fossil fuels as well as far more abundant, ill-defined organic debris) represents material produced by photosynthesis but not recycled by respiration.

Given recent advances in instrument design, radiometric calibration, atmospheric correction, algorithm development, product development, validation, and delivery, the lack of standardization of reflectance terminology and products becomes a considerable source of error.

However, if the warm, moist air flows into a preexisting atmospheric disturbance, further development will occur.

There are a number of potential challenges for assessing gradual changes, including atmospheric impacts, algorithm development and visualization of the changes.

With improved accuracy from atmospheric corrections and development of new satellite-borne sensors, it is foreseen that the dD1300,1970 index identified in this study should have wide application in the mapping of soil moisture in saline soils of arid lands.

In contrast to existing space-borne remotely sensed imagery from which information layers as such can be extracted using atmospheric correction tools, development plans are set on paper, in a geographic information system (GIS) or as perspective "artistic images" at best.

Whereas chick embryos develop in atmospheric oxygen (21%), mammalian development occurs in a physiological hypoxia (1 5% O2).

Management of the open abdomen (OA) is a challenging task and is associated with a number of complications including persistent sepsis, high entero-atmospheric fistula rate, development of multiple organ dysfunction and frozen abdomen [1 3].

Management of the open abdomen (OA) is a challenging task and is associated with a number of complications including persistent sepsis, high entero-atmospheric fistula rate, development of multiple organ dysfunction and frozen abdomen [ 1- 3].

This paper uses plume development from atmospheric transport modeling to provide a power-law rule describing atmospheric dilution factors as a function of distance from the release point.