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Our Filed trials
Initially, we decided to put Dharakalp Lava Powder to the test in our very own kitchen garden, where we cultivated a variety of seasonal vegetables, herbs, and spices using organic methods. The results were nothing short of astonishing.
Upon incorporating Dharakalp Lava Powder into the soil for the next batch of vegetables, we observed a rapid transformation. The plants exhibited vigorous growth, characterized by robust stems, lush branches, and vibrant leaves and flowers. Intriguingly, we noticed a significant reduction in pest attacks, a problem we had grappled with in the past. Moreover, the issue of leaves and flowers being easily dislodged by strong winds became a thing of the past.
But the most gratifying outcome was the produce itself. The vegetables not only thrived, but they exceeded our expectations in terms of taste, fragrance, and sheer size. Each vegetable boasted impressive dimensions, and our garden yielded an abundance of crops beyond anything we had previously experienced.
This remarkable outcome underscored the potent impact of Dharakalp Lava Powder on plant health and crop quality, reinforcing our conviction in its potential to revolutionize agriculture and contribute to a sustainable, bountiful future.
Natural Elements and Minerals triggers Power of Life to Soil, Plant and Planet :
Growing Organically Red gram and other vegetable plants at my Backyard garden, without any Chemical fertilizer, synthetic chemicals and Poisons grows magically at highest potential by Dharakalp®Lava Powder.
Introduction:
Dharakalp Lava Powder stands as a testament to the remarkable synergy between Earth’s geological processes and agricultural sustainability. It emerges from ancient lava layers, forged over countless millennia of geological evolution. This extraordinary substance is derived from a unique geological deposit, where volcanic activity, in a remarkable twist of nature, cooled down, preserving the purity of minerals within igneous rock formations.
Scientific Explanation:
Through the precision of X-ray fluorescent spectroscopic analysis, we’ve unveiled the extraordinary composition of Dharakalp Lava Powder. It encompasses more than 80 essential minerals and over 30 trace elements, with each element existing in its pure, kinetically active form. These untainted mineral molecules are conduits for the Earth’s natural energy and cosmic forces, resulting in a significant enhancement of soil fertility.
Incorporating Dharakalp minerals into agricultural soil becomes a catalyst for the growth of healthier, more nutrient-rich crops. These minerals offer indispensable nourishment for both plants and the beneficial microorganisms dwelling within the soil. Our rigorous scientific testing has led to the approval of Dharakalp for field trials, showcasing its remarkable ability to detoxify, rejuvenate, and revitalize all soil types. This transformation yields highly fertile grounds that produce robust, disease-resistant crops.
Chemical Composition:
To highlight the richness of Dharakalp’s mineral content, we present its chemical composition:
Major Oxides:
Na2O 4.04%,
MgO 7.996%,
Al2O3 16.24%,
SiO2 53.2%,
P2O5 2428PPM,
K2O 0.3918%,
CaO 8.634%,
TiO2 1.242%,
V2O5 398.7 PPM,
Cr2O3 293.1PPM,
MnO 1237PPM,
Fe2O 10.63%,
CoO 24.7 PPM,
NiO 74.4 PPM,
CuO 96.9 PPM,
ZnO 105.8 PPM,
Rb2O 7.9 PPM,
SrO 224.2 PPM,
ZrO2 207.1 PPM,
Nb2O5 8.8 PPM,
BaO 258.1 PPM,
La2O3 29.4 PPM.
Purpose of Field Trials:
Nature’s ingenious methods for sustaining soil fertility, through geological phenomena and environmental processes like weathering of rocks, demonstrate the intricate interplay of these forces. As we observed the resilience of natural ecosystems, we were inspired to explore the physical and chemical properties of unexploded volcanic rock layers.
Our hypothesis led us to incorporate Dharakalp Lava Powder into soil, with a vision to rejuvenate barren and low-fertility land. We sought to harness Dharakalp’s paramagnetic properties, its carbon capture system, and its rich reservoir of micronutrients and trace elements to propel soil health and promote plant growth.
Methodology:
We adopted two distinct approaches for incorporating Dharakalp Powder into soil:
Direct Mix with Soil: We meticulously prepared furrows in the field using tractor ploughs and gradually poured Dharakalp Lava Powder into these furrows. Swiftly, we covered the soil with the powder using rotavators. After the thorough mixing, the entire field was saturated with water. Subsequently, we initiated the seedling process.
Integration with Organic Manure:
In this method, we combined double the volume of cow dung manure with layers of Dharakalp Lava Powder. This mixture was then thoroughly blended with organic manure, which was evenly spread across the entire field using tractors. We introduced 2 tons of this meticulously prepared material per acre of land.
These methods were meticulously executed to ensure that Dharakalp’s potential benefits on soil health and plant growth could be scientifically evaluated and validated under diverse environmental conditions.
Through rigorous measurement of plant growth, regular analysis of changing nutrient levels in the soil, assessment of soil moisture retention, and tracking changes in carbon content over time, we sought to establish the statistical significance of incorporating Dharakalp Lava Powder into the soil. These comprehensive experiments aimed to contribute valuable insights into sustainable agriculture and environmental conservation.
