How to increase yields of fishing in the ocean? How to feed up the world?

Bogdan Góralski

nov 2019 · Does human evolution have a purpose? Libro 3 · Bogdan Góralski

Acerca de este libro electrónico

 The following article is an attempt to discover the mechanism that shapes the fish catches in the oceans and seas. Previous ocean biology studies have found a relationship between fish catches and regional climate change. The author speculates that the same cosmic factors that shape the Earth's climate affect the biological production of the ocean. It is, therefore, necessary to describe the Earth's climate mechanism and we will find the reasons for the variability of fish catches then.

Changes in the magnetic activity of the Sun are caused by changes in the gravitational forces of the Solar System, which at the same time interact with the northern hemisphere, which is heavier than the southern hemisphere, causing the Earth's coating to rotate around the Earth's core. The rotation of the earth's coating consisting of crust and mantle is reflected by apparent changes in the location of North Magnetic Field NMP found in paleomagnetic studies. The rotation of the Earth's coating causes changes in the moment of inertia of the Earth's geoid, and thus changes in length of earth’s day LOD, and changes in the centrifugal force affecting the inertial ocean waters and the Earth's crust. Changes in the centrifugal force acting in the surface of the globe caused changes in the Global Mean Sea Level GMSL (the largest changes occur at the equator due to the highest linear speed of Earth's rotation) and changes in upwelling - i.e. movement of vertical and horizontal ocean water caused by centrifugal force. Changes in ocean upwelling cause cooling of ocean water and changes in ocean biological productivity that are correlated with changes in Length Of Earth's Day LOD, changes in Earth's climate (El Nino Southern Oscillation ENSO, Pacific Decadal Oscillation PDO, North Atlantic Oscillation NAO, East Asian Monsoon EAM, Sea Level Pressure SLP), cloud cover over oceans, Earth's flattening coefficient J2 and delta C20, and carbon dioxide emissions from the ocean into the atmosphere. Changes in the centrifugal force acting on the rotating Earth cause displacement of tectonic plates of the earth's crust and changes in the number of

2

earthquakes, as well as the formation and development of subduction zones in which hydrocarbons and other minerals are formed. The relationship between changes in solar activity measured by the number of spots on the sun and changes in LOD confirms the correlation of the physicochemical phenomena described above on Earth with changes in gravity in the solar system. Because LOD changes are correlated with changes in ocean biological productivity and the Earth Orientation Center IERS service provides a semi-annual forecast of LOD changes, it is possible to predict periods of more abundant catches of marine organisms. Seasons of heavy fishing in the ocean occur during significant changes in the Earth's rotational speed accompanied by the cooling of the Sea Surface Temperature SST.

Increasing catches will probably be possible because the long-term period of large displacements of the Earth's coating is approaching, which will be accompanied by large changes in the Earth's rotation speed and global cooling of the climate due to the cooling of ocean water. Confirmation of these future geophysical phenomena is important for securing sufficient food supply for human society.

Acerca del autor

63-years old independent researcher of Earth and earth's natural geophysical and biological proceses