Step 1: Checking option A:
Ocean surface waves are mainly generated when wind blows over the sea surface and transfers its kinetic energy to the water through friction and pressure differences, creating ripples that grow into waves. So the statement that motion of the ocean surface can be due to energy transfer from wind to water is a correct and well established physical description, option A is correct.
Step 2: Checking option B:
Lunar tides are the periodic rise and fall of sea level produced mainly by the gravitational pull of the moon on the earth's oceans, along with the centrifugal effect of the earth moon system. This is the standard textbook explanation, so option B is correct.
Step 3: Checking option C:
Solar tides work on the same gravitational principle but are caused by the gravitational pull of the sun, which is much more massive than the moon but also much farther away, so its tidal effect is weaker than that of the moon but still real and measurable, giving spring and neap tide variations when combined with lunar tides. So option C is correct.
Step 4: Checking option D:
Option D claims that the motion of the ocean's surface can be due to energy transfer from water to wind. In the physical process that generates offshore surface motion such as wind waves, the energy transfer happens from the moving air mass into the water, not the reverse. Water transferring energy to build up wind motion is not how ocean surface motion in the offshore operational environment is described, so this statement reverses the correct physical direction and is therefore not correct.
Step 5: Selecting the answer:
Since the question asks for the statement that is NOT CORRECT, and options A, B and C all describe accepted physical phenomena correctly, while option D reverses the true direction of energy transfer, option D is the statement that is not correct.
Final Answer:
\[ oxed{ ext{(D) The motion of ocean's surface can be due to energy transfer from water to wind}} \]