The relation in which sulfuric acid of an air pollutant and trees wither
Recovery of the acid soil by charcoal
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It is absorbed by the wind which oxidization sulfur moves for generating in combustion of a fossil fuel, combines with moisture, and becomes stable sulfuric acid. The quantity adhering to the trees of sulfuric acid increases in proportion to the amount of contact of a wind. Sulfuric acid is dropped on soil by rain water, and dissolves the metal oxide of a soil ingredient. The dissolved metal ion is absorbed into trees and becomes an insoluble metal phosphate. Trees become the same phenomenon as the shortage of phosphoric acid, and photosynthesis becomes impossible. The sulfuric acid by which i...
It is absorbed by the wind which oxidization sulfur moves for generating in combustion of a fossil fuel, combines with moisture, and becomes stable sulfuric acid. The quantity adhering to the trees of sulfuric acid increases in proportion to the amount of contact of a wind. Sulfuric acid is dropped on soil by rain water, and dissolves the metal oxide of a soil ingredient. The dissolved metal ion is absorbed into trees and becomes an insoluble metal phosphate. Trees become the same phenomenon as the shortage of phosphoric acid, and photosynthesis becomes impossible. The sulfuric acid by which it was generated in the Northern Hemisphere moves to the Southern Hemisphere, and kills the trees of the Southern Hemisphere. The polluted air of the Northern Hemisphere can be drawn near by the ascending current generated in the equatorial neighborhood. It goes up high up in the sky, it is cooled and becomes heavy, and it is divided into north and south, descends, and moves to the Southern Hemisphere. The trees of a place which a wind hits are wiped out in Tierra del Fuego at the southernmost tip and New Zealand South Island in the South American Continent.
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