It depends on the salmon. But most swim hundreds of miles from where they were born, then swim back there to spawn.
The sockeye salmon of Redfish Lake in Idaho have the longest migration of any sockeye salmon, traveling about 900 miles from Redfish Lake in central Idaho to the mouth of the Columbia River. And even after all that swimming, they're still not done! From there, they will proceed on their ocean migration up to Alaska, another couple thousand miles.
Sadly, Redfish Lake sockeye are terribly endangered. Because of overfishing and a gauntlet of dams that the salmon must bypass to get to and from the ocean, salmon returns of up to 30,000 fish in the past are now down to just a few hundred. But even that is good news, since last year, only four spawning salmon survived the journey back to the lake.
Salmon use a combination of their keen sense of smell, vision, and Earth's magnetic field to navigate back to their home stream. They are also thought to use their memory of past migration routes and environmental cues to guide them on their journey. Once they have returned to their home stream to spawn, they rely on their keen sense of smell to locate the exact spot where they were born.
University of North Carolina at Chapel Hill think they may have the answer: The animals' brains focus on an "address" on the Earth based on the Earth's magnetic field. That magnetic field is different -- yet, unique, in the actual sense of that oft-misused word -- at every point on the globe. The above statement is true, although, in Alaska, the crossing-over to other streams allows salmon to populate new streams, such as those that emerge as a glacier retreats. The precise method salmon use to navigate has not been entirely established, though their keen sense of smellis involved. In all species of Pacific salmon, the mature individuals die within a few days or weeks of spawning, a trait known as semelparity.
Yes, it is possible for a raccoon to find its way back from where it was before...My neighbor took one away, and less than 22 hours it was back...I was shocked and mad...
Squirrels have an excellent sense of direction and typically rely on landmarks, smells, and visual cues to find their way back home. They can use their keen memory and sense of smell to navigate, allowing them to find their way back from varying distances, sometimes up to a few miles away.
The ability of an animal to find its way back to a home area is called "homing instinct." This instinct is seen in various animals, especially birds and some mammals, and helps them navigate back to their original location using cues such as landmarks, sun position, and magnetic fields.
Baby mice rely on their sense of smell to find their way back to their nest. They can recognize their nest's scent and use it as a guide to return home. However, they may struggle if they are separated from the nest for an extended period.
Coho salmon are generally smaller in size compared to Chinook salmon and have a more streamlined body shape. Chinook salmon also have a higher fat content and a richer flavor than coho salmon. Additionally, Chinook salmon typically have a higher oil content, making them a prized choice for culinary purposes.
You'll Always Find Your Way Back Home was created in 2009.
One can find the song You'll Always Find Your Way Back Home on the Hannah Montana: The Movie soundtrack. You'll Always Find Your Way Back Home is the title track for both the album and movie.
Find my way back home by Priscilla Ahn
Taylor Swift
they leave chemical trails.
by following the coast line.
Yes it is possible. If the cat had a really good caring home and was separated from that home by 7-10 miles there is no way that cat is not going to find it's way back.
maybe
Sometimes the dog finds its way back to your home.
Private Practice - 2007 Can't Find My Way Back Home 4-9 is rated/received certificates of: Netherlands:12
The Way Back Home was created in 1987.
cause they is well ard and theyy smell where there home is or summits like that... i think