The Biobrio 11(1 & 2), 2024

Comprehensive study of telluric currents and their impact on strawberry plant growth using Luigi Ighina Spiral: A review

Abhishek Kumar Sharma, Amrita Lal & Namita Lal

ABSTRACT:

Telluric currents are natural electrical flux in the crust of earth driven by a number processes including lightning, solar radiation and geomagnetic activity. The currents have also been identified as having a rather strong effect on plant growth, especially the cultivation of strawberry plants. In this paper, we studied the Bio-physical effects of telluric currents on strawberry plants harnessed through the Luigi Ighina Spiral as it is made for amplifying such Aether energy. In the review, we will study growth rate; yield and quality of strawberries that are in contact with telluric currents vs crops without such influence. This result will serve as a valuable source of information about possible advantages for using telluric currents for growth stimulation in plants, and could have significant implications regarding sustainable agricultural practices. This extensive review covers the effects of telluric flows on plants and investigates how these electrical currents impact plant physiology. It also analyses their possible application in agricultural operations. The study on the influence of telluric currents with regard to seed germination, nutrient absorption, and plant adaptability in respect to different stressors opens new horizons for improvements in agricultural practice concerning crop productivity. These processes may provide better strategies for enhancing crop development, and ultimately harvest.

Keywords:    

Telluric Currents, Luigi Ighina Spiral, Aether, Sustainable Agriculture, Crop development

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