A spring tide has the greatest tidal range. A neap tide has a smaller tidal range.
The intertidal zone
Rivers don't have tidal ranges. Inlets, bays, estuaries, etc. do. are you really asking where on earth we observe the second highest coastal tidal range? That would be in the Severn Estuary in England, with Turnagain Arm in Alaska a close third. The Bay of Fundy in Canada has the highest tides.
Spring tides have a greater tidal range than neap tides.
tidal range is the distance of the high tide and low tide.
Spring tides have the greatest tidal range.
The Severn Estuary, but I am not sure what the exact range is.
The second highest tidal range is on the Bristol Channel (England, UK) the sea between England and Wales. It has a tidal range of 15 metres, second to the Bay of fundy in Canada which has 16 metres. CB
It varies from place to place. It is called the Tidal Range.
It varies from place to place. It is called the Tidal Range.
The Guinness Book of World Records states the world's highest tides to be in the Minas Basin, Nova Scotia, Canada, with the maximum tidal range recorded at 16.8 meters (54.6 ft).
A spring tide has the greatest tidal range. A neap tide has a smaller tidal range.
The intertidal zone
Himalayas
The highest tidal range would occur when the Sun, Moon and Earth are all aligned with the Sun and Moon on the same side. This causes the greatest pull on the oceans to one side, causing higher tides in that direction and lower tides on the opposite side.
Rivers don't have tidal ranges. Inlets, bays, estuaries, etc. do. are you really asking where on earth we observe the second highest coastal tidal range? That would be in the Severn Estuary in England, with Turnagain Arm in Alaska a close third. The Bay of Fundy in Canada has the highest tides.
Since tides are created by the gravity of large space objects, like the moon or other planets, I'd say the HIGHEST tide will occure if all the planets and the moon and probably all other planet moons allign. This will cause the water on earth to take the most elliptic shape rising the tidal range to its maximum.