Hi Rajeevan.
There is no option for the attachment of documents. There is also a character limit imposed. Thus, I have pasted the edited first paragraph of the sample below in support of my bid. Thank you!
Eddies, an integral part of the Earth’s climatic system, are rotating masses of water that have broken off from a strong front. Coastal eddies regulate near-shore weather conditions and are important for the fishery industry. In the open oceans, eddies bring nutrient-rich cold water up to the surface and are part of the global carbon cycle [1]. Eddies are ideal transporters of heat, momentum, trace chemicals, biological communities, oxygen, and nutrients [2]. Eddies also play an active role in atmospheric–oceanic interactions. The monitoring of ocean colors and their optical properties provide useful information to describe biological dynamics within surface waters [3–5]. Thus, oceanographic communities have made substantial commitments to the remote sensing of ocean colors from space [6, 7]. Ocean color images captured at the regional scale from space are particularly useful for the study of ocean margins. This is because such images can reveal the importance and significance of mesoscale features (such as upwelling plumes, eddies, filaments, and river plumes) on continental shelves and continental slope waters [8]. Oceanic and coastal processes rapidly alter the optical properties of water and the effects are manifested in the latter’s color [9].