AFAIK, there’s no way tell for certain if a rip tide is present. I think there are some indicators, but I forget what they are and I’m not sure if they’re definitive.
That was one of the last times that I went swimming in the ocean, so you’ll have to forgive me.
You don’t need to worry too much about mountain lions in the Adirondacks - just make sure you know how to safely share the woods with bears .
So as I understand the OP… Somebody was fucking stupid for trying to swim against a riptide, except that the somebody in question was a seven year old kid, who in fact managed to swim out himself anyway?
Don’t know which is worse, the article or the OP.
I did a little research by hitting wikipedia and there doesn’t seem to be a hard and fast way of identifying where a rip current will be but knowing how they form can be helpful. Also, as the following quote notes, the location of the current can move substantially over the course of the day depending on what the cause is.
Causes and occurrence
When wind and waves push water toward the shore, that water is often forced sideways by the oncoming waves. This water streams along the shoreline until it finds an exit back to the sea or open lake water. The resulting rip current is usually narrow and located in a trench between sandbars , under piers or along jetties . A common misconception is that ordinary undertow or even rip currents are strong enough to pull someone under the surface of the water; in reality the current is strongest at the surface. This strong surface flow tends to dampen incoming waves, leading to the illusion of a particularly calm part of the sea, which may possibly lure some swimmers into the area. The off-shore path taken by a rip current can be demonstrated by placing colored dye at the start of a current at the shoreline.[3]
Rip currents are stronger when the surf is rough (such as during high onshore winds, or when a strong hurricane is far offshore) or when the tide is low.
A more theoretical description involves a quantity known as radiation stress . This is the force (or momentum flux) exerted on the water column by the presence of the wave. As a wave shoals and increases in wave height prior to breaking, radiation stress increases. To balance this, the mean surface (the water level with the wave averaged out) decreases—this is known as setdown . As the wave breaks and continues to reduce in height, the radiation stress decreases. To balance this force, the mean surface increases—this is known as setup . As a wave propagates over a sandbar with a gap (as shown above), the wave breaks on the bar, leading to setup. However, the part of the wave that propagates over the gap does not break, and thus setdown will continue. Thus, the mean surface over the bars is higher than that over the gap, and a strong flow will issue outward through the gap.
Rip currents can potentially occur wherever strong longshore variability in wave breaking exists. This variability may be caused by sandbars (as above) or even by crossing wave trains.
As for mountain lions, the Missouri dept of conservation has the following advice (but check out the link as well)
STOP. Back away slowly if you can do so safely. Running may stimulate a mountain lion’s instinct to chase and attack. Face the mountain lion, stand upright and maintain eye contact.
edit - “snow storm” was too vague to work with.
