Smallest Ocean Organisms Move Massive Amounts of Water
ESA European Space Agency Imagte shows Plankton Populations from Space and Ocean Dynamics |
A new study
co-authored by John Dabiri of Caltech assures that nano-species and small
organisms play a significant role in the overall water dynamics of the ocean,
water circulation and water movement. The math behind the study could prove to have provided a basis for the mathematical formulation of how
small ocean organisms move around not only massive amounts of water but massive
amounts of energy, chemical elements., ocean gases, UV sun energy, and other periodical
elements as well as contribute to abiotic cycles.
Caltech reported on September 30th that Zooplankton
May Help Drive Ocean Circulation. Using a combination of theoretical modeling,
energy calculations, and field observations, researchers from the California
Institute of Technology (Caltech) have for the first time described a mechanism
that explains how some of the ocean's tiniest swimming animals can have a huge
impact on large-scale ocean mixing. The investigation and its conclusions has
been published in the journal of Nature.
Dabiri told the media that scientists have
increasingly been thinking about “how and whether the animals in the ocean
might play a role in larger-scale ocean mixing”. Ocean water mixing importance
extends to diverse fields and sectors as global waters “distribute heat,
nutrients, and gasses throughout the oceans”.
Ocean water mixing is an issue which established
science has linked mostly to geographical issues of coast and winds impacting
surface. Science books may need to rewrite
this chapter.
Recent studies assure that large whales –which populations
are recovering are also playing a role in the mixing of ocean. If large whales
move around large amounts of water then why would smaller plankton populations not
do the same? World plankton biomass –despite being the smallest organism on the
oceans account for the top biomasses of the world due to their numbers. Plankton
which measures in millimeters when grouped can be seen from outer space –that
is how large their populations are. Moist of the species of plankton despite
common belief are equipped anatomically with mobility “limbs” or “organs”.
John Dabiri, professor of aeronautics and
bioengineering at Caltech analysis working with mechanical engineering graduate
student Monica Wilhelmus took a look into diverse organisms like brine shrimp diminutive
in size.
Physics Today reported on October 2nd on
what probably was the leading secondary thought of Dabiri after releasing the
communication on small organisms. Inspired by the ocean work Dabiri described
new designs for inexpensively harvesting wind energy that were inspired by the
fluid mechanics of fish schools. Dabiri is going after “synergies in farm-scale
aerodynamics”, thinking “wind turbines” and other alike “big word projects”
scientists like to use.
But back to ocean dynamics the mathematical models
behind the study of Dabiri seems to go further than the simple equation; water volume
movement per specie times total population of specie equal total water
movement.
In lab the team used a combination of blue and green
lasers to induce the shrimp to migrate upward inside a big tank of water.
“Although researchers had proposed the idea that swimming
zooplankton can influence ocean circulation, the effect had never been directly
observed,” Dabiri reveals.
Dabiri and Katija spoke about the “Darwinian mixing”,
a mechanism which has been overlooked. The entire work is based on mathematical
simulations. These reveal migration of billions of tiny krill, copepods and
other organisms which travel the column of water vertically influenced by the
sun as well as horizontal migrations and movements.
Wider vision of the models could include not only
movement of water but transfer of energy, stored sun energy, transfer of chemical
elements, creation and transfer of biological chains, creation of stratus
conditions, alterations of ocean chemical compositions, gas transfer,
atmosphere and water gases manipulation by nano-organisms and other several
branching out elements key to comprehend the oceans. While at it why not go for
the unifying theory of everything in the ocean?