In this paper, we use Prandtl mixing-length theory and semiempirical to extend the classical problem of wind in steady atmospheric Ekman layer with constant eddy viscosity. New generalized equations are established qualitative properties corresponding ODEs studied. Spatial wave solutions results for nonlinear implicit different nonlinearities presented.

The tropical Pacific and Indian Oceans are connected via a complex system of currents known as the Indonesian Throughflow (ITF). More than 30% variability in ITF is linked to seasonal cycle, influenced by Monsoon winds. Despite previous efforts, detailed knowledge response components forcing still lacking. Here, we describe cycle based on new observations velocity properties Timor Passage, sate...