Today I will tell you some mysterious information discovered by researchers at the bottom of the Ocean Unexpected Path Various events are happening in the universe every day. So, there is no end to discovery and mystery. The living world is very diverse.
These are consider one of the most primitive forms of animal life as they have neither locomotive organs nor the nervous system. A team in the vicinity of deep-sea scientist already discovered that sponges leave trails at the bottom of the Arctic deep-sea.
They added that the animals can move a few centimeters actively each year. These unique discoveries have recently published in the journal Current Biology. The researchers were surprised when they saw the high-resolution images of the Arctic deep sea floor in detail. They saw the end of the silt-like tracks where the sediments were located. These trails have observed to driven in all directions including ups and downs.
Dr. Teresa Morganti, a sponge specialist at the Max Planck Institute for Marine Microbiology in Bremen, said that this was especially important because science had previously assumed that most sponges were attached to the ocean or moved by ocean currents and were usually downward.
“There are no strong currents in the Arctic deep sea that could explain the structure found beneath the Ocean floor,” explained Professor Antje Boetius. Therefore, An exploratory leader who worked closely with deep sea biologist Dr. Autun Parser from the Alfred Weisner Instinctusuit, Helheltz Center. Because of Polar and Marine Research (AWI) in the HGF-MPG Joint Research Group for Deep-C Ecology and Technology.
The recently released recordings made with a polar camera system of OBS (Ocean Surface Observation and Bathmetry System) in 2016 . During an expedition north along the Corsican Sea about 350 km from the North Pole through the research icebreaker Polarstone. Because of With Offset they were able to create 3D models from the deep sea. The top of the sea densely populated with sponges.
Eighty-nine percent of their images showed trails of sponge spicules, most of which lead to living creatures, according to the Auton Parser report.
These observations raise a number of questions:
Why are sponges remove?
How do they orient themselves? Possible causes of locomotion may be the avoidance of annoying environmental conditions or the distribution of offspring. Food search plays an important role, especially for nutrient-poor ecosystems such as the Arctic deep sea. The way sponges do an important job there.
They can use particles and dissolved organic matter as filter feeders. They are closely involve in the recycling of nutrients and substances through bacterial markers. Sponges provide a useful structure for shrimp to use as residential fish and habitat. However, scientists still need to investigate locomotion processes.
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