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The SNIT theory proposes the effects of exploding stars, supernova and nova, on the biosphere of Earth. The feature on our planet that is most sensitive to the incoming energy of an exploding star is sea ice at the poles and this brings in the concept of global warming. The incoming particle streams for SN 1054, SN 1006, and Nova WZ Sagittae have left easily interpreted data noted as calving under the Antarctic ice cap that matches previously predicted longitude locations for the local heat input of the particle streams of the exploding stars. Animal die offs are also caused by the incoming particle streams. The deflection area longitude range for SN 1054 calving produces the correct longitude range for the moose die off beginning in the northern USA in 2006. Some Martian dust storms are created by the wave front of the exploding star debris streams. The explanation of these exploding stars effects using the SNIT theory is the object of this work.

journal of earth science and engineering

SN 1054, SN 1006, &amp; Nova WZ Sagittae Calving Antarctic Ice Cap—Global Warming &amp; Moose Die Off Longitude Relationship Deflection Area in Antarctica and USA—WZ Sagittae Impact and Martian Dust Storms