Can surface currents exist in lakes?

In large deep lakes, away from the boundaries, where wind stress effects may be balanced by Coriolis force effects, theory suggests that the surface current will move in a direction 45° to the right of the wind and that deeper currents are progressively weaker and directed farther to the right.



People Also Ask

Currents develop in lakes from winds across the surface and from temperature patterns and bathymetry along with the Coriolis “force”. The current strengths and directions vary every minute, but in general they display a counterclockwise pattern.

MORE DETAILS

Key Characteristics of Lakes and Ponds - In lakes, ponds, and inland wetlands, the water is standing, not flowing. Though currents can be swift as waters enter and leave ponds and lakes, in general, ponds and lakes move slowly because they have been blocked (by beaver dams, humans, natural rock cavities, etc.)

MORE DETAILS

An undertow is a steady, offshore-directed compensation flow, which occurs below waves near the shore. Physically, nearshore, the wave-induced mass flux between wave crest and trough is onshore directed. This mass transport is localized in the upper part of the water column, i.e. above the wave troughs.

MORE DETAILS

Undertow is a phenomenon that occurs in bodies of water, including rivers, when waves push water up onto the shore and then that water flows back out to sea, creating a strong current beneath the surface of the water.

MORE DETAILS

Dispelling the Myth of the Rip Rip currents do not pull people under the water; they pull people away from shore. The rip current is typically the strongest about a foot off of the bottom, which can cause your feet to be knocked out from under you making it feel like something under the water was pulling you.

MORE DETAILS

Waves on lakes are mostly the result of wind and are called “wind-driven” or “surface” waves. Sure, we suppose a random earthquake could trigger a whitecap or a lake could be big enough for the moon's gravity to pull a little water back and forth but, almost always, the waves you see on lakes are being created by wind.

MORE DETAILS

Do not attempt to cross this ice. Watch for rivulets flowing on the ice or streams flowing under it. Even when the surface looks solid, a current under the ice causes erosion from below.

MORE DETAILS

Rivers and streams can appear calm on the surface but there may be: Strong undercurrents that can pull under even a strong and experienced swimmer.

MORE DETAILS