science trembles with fear, in the face of a discovery Totally unusual, the half-meter worms are closer than you imagine. Although Earth is a planet that we have studied for centuries, current technology allows us to discover a series of processes that we may not have even imagined until now. These are days when we must begin to prepare ourselves to discover certain situations that we had not taken into account until now.
The time will have come to start thinking about what awaits us, science knows what is under our feet. In the depths of a planet that surprises us day after day. We must therefore discover at all times what makes a place tremble in which we can discover a series of significant developments that we would never have imagined until now. As if we were immersed in Jules Verne’s novel “Twenty Thousand Leagues Under the Sea”, what science discovered seems to be part of a science fiction book that ultimately turned out to be very real.
This discovery shakes science
There’s a recent discovery that could make our hair stand on end.. To the entire population who live indifferent to everything that happens around them, but also to certain people who must study what is really happening there. Knowledge can be a source of problems.
Especially if we take into account what the experts tell us and what could become of this important change that awaits us and against which we must begin to fight. We are facing a situation that could be a very terrifying future, if we look at what is moving beneath our feet.
Although perhaps one of the greatest aspirations of science is to discover what the future holds, with the help of some elements that are arriving at full speed. It is almost as important to know in a truly surprising way what is happening around us.
We are faced with a series of elements that we perhaps had not even imagined until now and which could well end up being what will hit us head-on in the days ahead. A significant change in the cycle that we may not have even imagined until now awaits us.
Half-meter worms hide in this place
Imagining a half-meter worm is scary.but it’s even scarier when we find out that they are real and that we can be in this part of the world. Something that we may not have taken into account until now, but which will eventually become a real reality.
A recent study published in the scientific journal Nature explains that: “It was previously believed that only microbes and viruses inhabited the subterranean crust beneath hydrothermal vents. However, on the seafloor, animals like the giant tubeworm Riftia pachyptila thrive. Its larvae are thought to disperse in the water column, although they have never been observed there. We hypothesize that these larvae move through the subsurface via ventilation fluids. During our exploration, lifting up the lobed lava platforms revealed adult tube worms and other chimney animals in the underwater cavities. The discovery of endemic animals at vents beneath the visible seafloor shows that seafloor and subseafloor faunal communities are linked. The presence of adult tubeworms suggests dispersal of larvae across the recharge zone of the hydrothermal circulation system. Because many of these animals harbor dense bacterial communities that oxidize reduced chemicals and fix carbon, extending the animals’ habitats to the seafloor has implications for local and regional geochemical flux measurements. “These results highlight the need to protect vents, as the extent of these habitats has not yet been fully determined.”
We continue with the same explanation: “The retention of tubeworm larvae within a vent field has been suggested, but we do not know where and how these larvae come to settle in a vent, since they do not have never been detected in the water column. Although it seems likely that reaching bottom waters, as is postulated for other animals, since the larvae cannot swim against the current, but rather move upward with the blowhole flow , we propose that larvae may also be carried with seawater to the oceanic crust, where they transit through the marine subfloor to finally settle in vents, arriving from below in the sea fluid. vent evacuated through the cracks to the surface. “Transit of larvae through the shallow Earth’s crust in porous volcanic rocks, channels, and small subterranean cavities has been suggested (unpublished illustration commissioned by Van Dover 1997, 26), but to our knowledge has never been studied.”
