Worldwide
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Worldwide Remineralization
Soils throughout the world have become deficient in trace materials as a
result of erosion, leaching and misguided agricultural practices. As the
health of the forests are weakened, trees die and are cut and burned.
The released CO2 creates what is known as the “greenhouse effect”. The
resultant raised temperatures at the equator increasing the evaporation
rate of the earth’s tropical oceans. The heightened differences in
temperature between the equator and the poles increase wind velocity
and the severity of climactic extremes, floods and droughts. Raised
global temperatures will reduce the polar ice caps, effecting oceanic
currents and disrupting climate patterns.
This process is in danger of acceleration, extending the subartic areas of
the earth, limiting the range of the temperate zones and decreasing the
amount of arable land. The supersaturated air which leaves the
equatorial regions, decreases the amount of rainfall, and desertification
increases.
Worldwide reforestation and remineralization combined with a
curtailment of the chemical poisoning of our soils, water and air is
essential to reverse this process. Remineralization of agricultural soils
will produce the optimum quality and quantity of agricultural output which
will be essential to sustain the global population through the coming
climatic and geologic changes.
Soils throughout the world have become deficient in trace materials as a
result of erosion, leaching and misguided agricultural practices. As the
health of the forests are weakened, trees die and are cut and burned.
The released CO2 creates what is known as the “greenhouse effect”. The
resultant raised temperatures at the equator increasing the evaporation
rate of the earth’s tropical oceans. The heightened differences in
temperature between the equator and the poles increase wind velocity
and the severity of climactic extremes, floods and droughts. Raised
global temperatures will reduce the polar ice caps, effecting oceanic
currents and disrupting climate patterns.
This process is in danger of acceleration, extending the subartic areas of
the earth, limiting the range of the temperate zones and decreasing the
amount of arable land. The supersaturated air which leaves the
equatorial regions, decreases the amount of rainfall, and desertification
increases.
Worldwide reforestation and remineralization combined with a
curtailment of the chemical poisoning of our soils, water and air is
essential to reverse this process. Remineralization of agricultural soils
will produce the optimum quality and quantity of agricultural output which
will be essential to sustain the global population through the coming
climatic and geologic changes.
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