|Oregon Coast Notes|
|Oregon Coast Beach Safety Rules|
|Oregon Coast Notes - Notes|
Beware the sneaker wave - Never turn your back on the ocean.
They´re called sneaker waves because they appear without warning, often surging high up on the beach with deadly force, and are impossible to predict. Sneaker waves also carry a large amount of sand that can saturate your clothes, weighing you down and making escape difficult if not impossible.
Watch those logs - If you see a log in the surf or on wet sand, stay off it
The ocean is strong enough to pick up even the biggest log and plop it down on top of you. Some logs may look small, but even the tiny ones can be waterlogged and weigh tons.
Rip currents are strong currents of water that rush out to sea. They are stronger than even the best swimmer. These currents can swiftly sweep unwary beachcombers and waders off their feet and out to sea. Rip currents may appear as dark, choppy water. Any time you see debris and foam floating out to sea, chances are you have found a rip current. Avoid the area.
Be Safe: Parents keep your kids close when playing in the ocean. If caught in a rip current, don't panic . Swim parallel to the beach until you are out of the current, then head for the beach.
Know the tides - Stay off rocks and small, enclosed beaches
Incoming tides isolate rocks from headlands and the shore. Avoid the temptation of strolling out to an interesting rock without knowing when the tide rolls back in. Free tide tables are readily available at state park offices, information centers and many shops and motels.
High waves can reach you
Tides and waves can sweep over rocks, jetties and headlands, knocking you off and carrying you out to sea.
Beware of high, steep cliffs
Assume that all cliff edges are unstable. Wet trails or soft sand and earth can make for unstable footing. Rocks can be slippery even when it isn’t raining.
Standing at the base of an ocean-side cliff can be dangerous, especially if it has an overhang. In some places, winter storms and high waves have eroded the shoreline, increasing the chance of collapse and slides.