quantitative measurement of ocean phenomena, like long gravity waves and wind fields. Jeffreys to generalise and extend the results of his observations and measurements. Red Tide This particular phenomenon has the ability to be visually stunning. ocean works, with numerical methods used to transform our mathematical physics theories into computational tools for scientific investigations. Our assessment is in terms of oceanographic and ocean monitoring. In this respect, he has had the assistance of Dr. In part, his object has been to provide mathematicians with numerical data for the further development of the theory of water waves, and to enlist their interest in the progressive undulations of granular material. Ocean covers over 70 of the Earths surface and contains about 97 of the Earths surface water.

Gould, J., (eds.) Ocean Circulation and Climate: Observing and Modelling the Global. The book is a record of observations carried out systematically and painstakingly over a period dating back to the beginning of the century, during which the author has made a number of voyages and visited various countries for the purpose of collecting data and gaining information. Looking at our Earth from space, it is obvious that we live on a water planet. 2001 Ocean processes and climate phenomena. In the present instance, he has extended his purview to include waves in sand and snow, as well as tidal bores and other progressive waves in rivers. The modifications it endures also contribute to sea-level rise and the increase in frequency of des- tructive climate phenomena such as huge cyclonic storms or. Essential Ocean Variables (EOVs) The set of key physical phenomena and processes are determined/estimated from observable ocean variables. VAUGHAN CORNISH is well-known for his researches in the matter of water wave formation, and this new volume from his pen forms a serviceable and welcome addition to his previous work on “Waves of the Sea and other Water Waves”.

Ocean phenomena