Welcome back, dear readers. Today we want to talk about Sea Life centre Birmingham building. But first, we want to draw your attention and make you curious. Today we will talk to you a little under the sea. This way, you will have discovered underwater before heading to the National Sea Life Center Birmingham address. In our article, we will talk about interesting events taking place under the sea. So we will double your curiosity to 10! If you want to go to a beautiful aquarium such as the Sea Life Center nearby, this article will really interest you. The SeaLife Center aquarium contains incredible creatures such as whales, sharks, and large water turtles. You must definitely discover it as soon as possible!
- 1 Answers for your questions about Sea Life Centre Birmingham
- 2 Sea Life Centre Birmingham: Questions we don’t know about the oceans
- 3 SeaLife Centre Birmingham and sounds of whales
Answers for your questions about Sea Life Centre Birmingham
How long does it take to go around Sea Life Center Birmingham?
You can reach the Sea Life Center Birmingham for nearly 1.5 hours with your car.
How much does it cost to get into sea life?
Cost generally varies between $23 – $39 in 2020 summer. You can call the center for the most current prices.
Does Birmingham have a SeaWorld?
Yes, by going to Sea Life Center Birmingham address you can see the underwater creatures like a sea turtle, whale, and shark.
Does Birmingham Sea Life Center have a car park?
When you reach the center, you will see the parking areas.
Which is the best sea life center in the UK?
Sea Life Center Birmingham is the most known and biggest underwater aquarium in UK lands.
Sea Life Centre Birmingham: Questions we don’t know about the oceans
The oceans have 70 percent of the planet Earth and the average ocean depth reaches 3.7 km. However, we know less about the ocean floor than space, the Moon, and Mars. What are the unanswered questions of the mysterious ocean world, from mysterious sounds at the bottom to giant squid? Let’s take a look together.
Journey to the oceans
We, humans, made geographical discoveries, reached space. We even dived into Mariana Trench, the deepest place in the world, with about 11 km, and thus carried the flag of science almost everywhere. However, we know less about the oceans that cover 70 percent of our planet than the stars in the sky.
Although we have drilled so many oil wells on the seafloor and laid thousands of miles of underwater cables for the internet, it’s a big wonder of why we know so little about the oceans and it’s time to satisfy this curiosity.
So let’s see together interesting questions that we don’t know the answer to the depths of water, which is the source of life. Next, let’s look at the alien species that live at the bottom of the sea by mapping the ocean floor.
What does the ocean floor look like?
People say the last frontier is the sky, but the real undiscovered thing is Earth oceans. As a matter of fact, we have not yet discovered 95 percent of the ocean floor, according to the report of the US National Oceanic and Atmospheric Agency (NOAA). So much so that we know even the surface of Mars better than the oceans.
Gravity test for oceans
In 2014, scientists created the most up-to-date and detailed map of the oceans using satellites in Earth orbit. They used satellites equipped with altimeter devices (radar altimeter) working with radar waves to scan the ocean floor correctly despite the water mass exceeding 4 km in depth.
Altitude meters measure the distance between the satellite and the water surface just below the satellite.
In fact, canyons and mountain chains on the ocean floor form dense substance concentrations. These slightly increase gravity in that part of the world.
Small differences in local gravity intensity lead to changes at sea level. For example, the sea surface on an underwater mountain chain can be lower or higher than the average sea level. Since such pits and elevations on the sea surface are permanent, they can be distinguished from standard ocean waves and currents.
In this way, ocean scientists determine the landforms on the seabed by looking at changes in Earth’s gravity field. As a matter of fact, the ocean maps that you see on the internet are extracted by looking at the gravity abnormalities, not by hanging the rope underwater or scanning the landforms with sonar.
We just started getting to know the oceans
Although we create ocean maps indirectly using radars, these maps are very low resolution, and each pixel on the map actually corresponds to an area of 5 square kilometers. On the other hand, we scanned Mars at a resolution of 100 square meters. Not only Mars but also we have scanned the Venus surface covered with thick clouds at a resolution of 100 square meters. It goes without saying that we have also scanned the moon.
In summary, even though we have created the global ocean map, we have seen only 95 percent of the oceans through the human eye, and if we want to dive into the water and find the underwater map of the sea or find ancient sunken continents, we need a more detailed map.
What’s under the ocean floor?
Of course, there is a thick layer of rock; but not an ordinary rock layer. Microbes live at the bottom of the sea. In 2015, geologists went to Japan and drilled a 2.5 km deep borehole at the sea bottom, and found bacteria living in the earth’s crust at that depth.
Yes, life under the ocean floor is not as common as the seas; but we found that 10 to 10 thousand microorganisms live in cubic centimeters in thick sediments. Despite the high pressure and temperature 2.5 km below the ocean floor, some microbes have found themselves in the rocks.
Moreover, when we analyzed the genes of these microbes, we found that they were related to the microorganisms living in humus soil rather than the microbes living in the mud on the seabed. So much so that these extreme extremophiles may be descendants of bacteria living in the soil 20 million years ago.
So how can we explain the relation of kinship? With the sinking of the land: Although the sinking of the big continents takes place in a period of 1 billion years, the sea level changes according to the average temperature of the Earth. The seas can rise and fall. This ensures that the coastal areas are submerged. Of course, there are microbes that pour into the sea with rivers. And these also accumulate underground with sediments.
Why oceans are so important?
By examining the underground microbes, we can reveal the evolution of creatures that lived and died extinct in the world. In addition, extremophiles, which live in extreme conditions, can show what kind of creatures can be on other planets.
SeaLife Centre Birmingham and sounds of whales
Whales that producing 52-hertz sounds
We know a lot about whales: We know well that they were hunted by the Japanese for whale oil and that their lineage was running out. We know that they used to be mammals that lived on land and then returned to the sea. We know that whales have huge sizes and large skeletons. In addition, these animals often feed on plankton.
However, we know whale songs less than dolphin songs: For example, why do whales sing and how do they sing without vocal cords with their lips? In fact, there is a more interesting question that is unanswered: which whale sings the song at the frequency of 52 Hertz and why does it sing?
Yes, there is such a song and it was spotted on December 7, 1972, by a technician who investigated the northwest of the Pacific Ocean. The sounds heard were more like the blue whale song, but the blue whale songs are usually in the 15-20 Hertz range.
So if we assume that it really is a blue whale, why does this whale sing a very high-pitched song at a volume of 50 Hertz? And which whale listens to this song, who understands? Or are we talking about a crippled or diseased blue whale? Nevertheless, scientists do not want to accept the lone and sick whale scenario, which cannot make it’s voice heard to anyone. Instead, they try to find its meaning by thinking that we have heard a song that we do not know, and they are investigating the situation.
Why do we need to understand the songs?
How would you agree if the aliens came to Earth? Most likely with a song. Dolphin and whale songs are different from human language. But it is also an interesting language that is close to human language complexity. Therefore, solving the dolphin and whale language means developing a universal language or being able to decipher their language to deal with possible extraterrestrial civilizations.
As a matter of fact, in the movie Star Trek 4, Captain Kirk was trying to save the Earth from a giant spaceship that could not find the whales it was looking for.
And for that, he went back to the 23rd century, the whales that had been extinct two hundred years ago. In short, whatever happens, let’s protect the whales. Whale language is important.
Aside from the fact that every creature is valuable and the sense of curiosity is priceless. There is something more interesting. Scientists have been listening to the 52 Hertzlik whale song between Mexico and Alaska for 40 years. In short, this is not a singular event, and since whales are on the migration route, it is also related to sea migration.
Could a 52-hertz whale, for example, be a hybrid such as a donkey and horse breaking? So can it be fertile? This whale fascinates almost everyone who loves science and knows the subject. What do you think? Will an artist compose David Bowie’s famous Space Oddity song as Ocean Oddity in the future?