What is the Puget Sound Tide Table?
The Puget Sound Tide Table shows the predicted times and heights of the tides for various locations in the Puget Sound area. The table is updated regularly to provide the most accurate information possible.
The height of the tide is determined by the gravitational pull of the moon and the sun. The tidal range, or the difference between the high and low tide, varies depending on the location and the time of year.
The Puget Sound Tide Table can be used to plan fishing trips, boating trips, and other activities that take place near the water. The table can also be used to predict flooding conditions.
The Puget Sound Tide Table is available online at http://www.tidepool.org/puget/.
Contents
What is the tide in Puget Sound today?
The tide in Puget Sound is a tidal bore that moves upstream in the Snohomish River and other rivers in Puget Sound. The tidal bore is a large wave that is created by the incoming tide. The tidal bore in the Snohomish River is about 12 feet high and moves at a speed of about 10 miles per hour.
What is the lowest tide in Puget Sound?
What is the lowest tide in Puget Sound?
The lowest tide in Puget Sound typically occurs in the winter, and can reach a depth of -7.5 feet. The tide varies significantly depending on the location within Puget Sound, with the lowest tide in the north tending to be deeper than the tide in the south. The lowest tide in Puget Sound is caused by the combined effects of the gravitational forces of the sun and moon, and the centrifugal force of the Earth’s rotation.
Why are tides so high in Puget Sound?
The tides in Puget Sound are some of the highest in the world. So why are they so high?
There are a few reasons why the tides in Puget Sound are so high. The first reason is because the Sound is deep and narrow. This means that the water can move in and out quickly, which causes the tides to be high.
The second reason is because Puget Sound is located in a place where the Earth’s gravitational pull is especially strong. This means that the tides are higher here than in other places.
Finally, the weather and currents in Puget Sound also play a role in the high tides. The winds and currents can cause the water to move in and out more quickly, which leads to higher tides.
So why are the tides in Puget Sound so high? There are a few reasons: the Sound is deep and narrow, the Earth’s gravitational pull is strong here, and the weather and currents affect the tides.
How much does the tide change in Puget Sound?
The tides in Puget Sound are unique in that they change more than in any other place in the world. The tidal range, or the difference between the high and low tide, can be as much as 17 feet (5.2 meters). The tides also change more quickly in Puget Sound than they do in most other places. The tidal current can be as fast as 8 knots (9.2 mph, 14.8 km/h).
The tides are caused by the gravitational pull of the moon and the sun. The gravitational pull of the moon is stronger than the gravitational pull of the sun, so the moon has a greater influence on the tides. The tidal range is the greatest when the moon and the sun are in line with the Earth. The tidal current is the strongest when the moon and the sun are at right angles to the Earth.
The tidal range and the tidal current vary depending on the location in Puget Sound. The tidal range is the greatest in the Admiralty Inlet and the tidal current is the strongest in the Strait of Juan de Fuca. The tidal range is the smallest in the Hood Canal and the tidal current is the weakest in the Swinomish Channel.
What are the tides today near me?
What are the tides today near me?
Tides are the rise and fall of the ocean’s surface due to the gravitational attraction of the moon and the sun. Tides are most noticeable near coastlines and are responsible for the erosion of coastal landforms.
The tides are generated by the gravitational forces of the moon and the sun. The moon’s gravitational force is stronger on the side of the Earth closest to the moon, and the sun’s gravitational force is stronger on the side of the Earth farthest from the sun. These forces cause the Earth to rotate on its axis and create two tidal bulges, or high water levels, on either side of the Earth.
The tidal bulges move around the Earth as the Earth rotates, and the water level rises and falls as the tidal bulges move past. The water level reaches its highest point twice a day as the tidal bulges pass over the location, and the water level reaches its lowest point twice a day as the tidal bulges move past.
The timing of the tides is affected by the phase of the moon and the location of the moon in its orbit. The tidal bulges are at their strongest when the moon is directly overhead or directly below the Earth, and they are at their weakest when the moon is at its farthest point from the Earth.
The tidal range, or the difference between the high and low water levels, is also affected by the location. The tidal range is the greatest near the poles and the smallest near the equator.
The tides are also affected by the weather. Winds and storms can create large waves that can increase the tidal range or cause the water level to rise or fall more than normal.
The tides are predicted using tide tables, which are published by the National Ocean Service. Tide tables list the predicted high and low water levels for a specific location and time.
The National Ocean Service also provides a Tide Graph Tool, which allows you to view the predicted tidal levels for a specific location over the next seven days.
What is the lowest tide in Seattle?
The lowest tide in Seattle typically occurs in the winter, when the weather is coolest and rainfall is highest. This year, the lowest tide is expected to occur on January 9. At its lowest point, the tide will be just 0.2 feet (0.06 meters) above the average low tide level.
The lowest tide in Seattle is caused by several factors, including the location of the city relative to the coastline and the orientation of the coastline itself. Seattle is located in a narrow bay, which means that the tide has a more restricted reach than it does in other areas. In addition, the coastline of Seattle is oriented in a way that amplifies the effects of the tide. These factors work together to create the lowest tide in Seattle each year.
Despite the low tide level, Seattle is still a great place to explore the ocean. There are a number of parks and beaches that offer great views of the water, and there are also a number of businesses that offer harbor tours. If you’re looking to experience the lowest tide in Seattle, be sure to plan ahead and check the tide schedule before you go.
Why are tides so low in Puget Sound now?
Tides are low in Puget Sound now because the Earth’s gravity is pulling the water toward the planet’s center. The moon’s gravity also affects the tides, but to a lesser degree.
The tidal range, or difference between the high and low tides, is usually at its greatest when the moon and the sun are in alignment. But this alignment doesn’t happen every month, so the tidal range varies.
The low tides in Puget Sound now are also affected by the shape of the coastline and the depth of the water. The Sound has a lot of shallow areas and rivers that flow into it, which decrease the tidal range.