Sentence examples for ocean interactions from inspiring English sources

New altimetry products in semi-enclosed seas are of major interest given the importance of the coastal-open ocean interactions.

The results obtained using refined coastal processing of altimetry products and new observational data are very encouraging to better understand the ocean circulation variability and coastal-open ocean interactions, and for potential improvements in other sub-basins, marginal seas and coastal global ocean.

The phases in the development and approval of the Ocean SAMP, and the prospects for successful implementation are examined through frameworks suggested for the preparation of a governance baseline put forward by the international Land Ocean Interactions in the Coastal Zone (LOICZ) program.

These results suggest that making more frequent typhoon observations using profiling floats, further developing oceanic analysis techniques, and improving our understanding of typhoon-ocean interactions are required to produce more accurate typhoon predictions.

Using the estimates of freshwater runoff, direct precipitation and observed salinities, we simulated water and salinity fluxes of the lagoon using the Land-Ocean Interactions in the Coastal Zone model.

The maps represent a new and "holistic" way of looking at the deltas, says oceanographer Hartwig Kremer of Land-Ocean Interactions in the Coastal Zone, a research organization headquartered in Geesthacht, Germany.

Atmospheric scientist Mark Jacobson of Stanford University in Palo Alto, California, designed a computational model that included atmospheric chemistry and air-ocean interactions and simulated the distribution of gases, including the kinds of pollutants commonly found in cities.

The model is evaluated with a variety of observations to ensure that it adequately represents both the ocean climatology and variability over this region, with a focus on processes relevant to hurricane-ocean interactions.

His current research is predominantly aimed at developing the operational ocean forecast system based on a land-sea-coupled model using data assimilation methods and high-end computers, investigating land-ocean interactions based on the large amount of output datasets produced by high-resolution ocean simulations and high-density observations.

This and other oceanic responses to a TC have been the subjects of numerous studies (e.g., Shay 2010), and highly complex physical processes associated with typhoon-ocean interactions have recently been investigated in a large typhoon-ocean field experiment ('Impact of Typhoons on the Ocean in the Pacific') (D'Asaro et al. 2011; Pun et al. 2011).

This study concentrates on the development and data based evaluation of the NR model component, which leads to a reliable model simulation that has a dual purpose: (a) to provide the basis for future hurricane related OSSEs; (b) to explore process oriented studies of hurricane-ocean interactions.