Sentence examples for terrestrial dynamics from inspiring English sources

The second law of mechanics generalized the work of Galileo and Descartes on terrestrial dynamics, asserting how bodies generally move when they are subjected to external forces.

More significantly, Newton interpreted Pythagoras's views on musical consonance as containing the essence of the inverse square law of gravitation, his dazzling solution to the unity of celestial and terrestrial dynamics.

The angular velocity of Earth's rotation varies in response to astronomical forcing and terrestrial dynamics.

However, despite the increasing recognition that research on terrestrial ecosystem dynamics needs a combined aboveground-belowground approach [8], the potential impact of changes in litterfall on belowground carbon dynamics has been largely ignored [9].

Terrestrial carbon dynamics have been vastly modified because of changes in atmospheric composition, climate, and land-use.

Energy in driving terrestrial magnetospheric dynamics originates from the solar wind and is stored in the magnetosphere via magnetopause reconnection (Dungey 1961).

The General Ensemble biogeochemical Modeling System (GEMS) [5] has been used by Tan et al. [6] to simulate the terrestrial C dynamics in the Northwest Great Plains between 1972 and 2000.

Understanding the potential changes in magnitude of soil C loss through respiration is critical for a comprehensive assessment of land-use conversion and grassland management impacts on terrestrial C dynamics.

Urban areas are critical for terrestrial carbon dynamics owing to both considerable amount of biomass and soil carbon stored in cities and significant losses in carbon stocks from urban land use and cover change.

This study assesses the impacts of using different RS products on estimates of terrestrial carbon dynamics.

The climatic changes alter the distribution and productivity of ecosystems and agriculture, with both, in turn, affecting the terrestrial C dynamics.