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Promising potential for using natural rocks and fresh volcanic materials to rejuvenate soil properties: Implementation of basic science to overcome problems of infertile soils
2nd International Conference on Geology
Markus Anda
Agency for Agricultural Research and Development, Indonesia
Limited attempt has been made to implement voluminous basic science in geochemistry, mineralogy, petrology and
volcanology to overcome very low nutrients of many soils worldwide. It is well known that the fresh rocks experience
weathering processes to release their nutrient constituent into the soils but naturally need very long time (e.g. 1 cm soil
need 100-150 years). The breakthrough technology is needed to change the natural rocks and volcanic ash as potential soil
amelioration. Success to do this will result in a great impact at a world level to increase soil fertility since many soils have
low fertility associated with advanced weathering stages. The weathering processes could be mimicked and accelerated by
making powder of rocks and ash volcanic materials to speed up dissolution of elemental compositions of minerals in rocks.
The released elements as nutrients for crops may replenish the losses of nutrient from soils which have been uptaken by
plants or leached out of the soils. The application of finely ground powder rocks in alleviating soil acidity, increasing various
soil nutrients and increasing crop yields has been reported under tropical conditions, where intensive agricultural practice
and high leaching of nutrients occurred owing to high rainfall. Success in rejuvenating poor infertile soil using finely ground
rocks or freshly volcanic eruption as sources of various crop nutrients could increase soil productivity with the implication to
increase food availability to feed many hungry people (serious world problems) especially in many less developed countries
worldwide. Application of finely ground rocks or freshly volcanic eruption to generate fertile soils is firm scientific bases to
increase agricultural productions and avoid or reduce chemical fertilizers that results negative impact in environmental quality.