Improvement of biological and physicochemical quality of agricultural soil after three years of ultra-high dilutions treatment

Abstract

Soil health is crucial for healthy crops, but pesticides, fertilizers, fungicides, and soil disinfectants can harm beneficial organisms and increase harmful ones. Agricultural practices can also damage soil, disrupting nutrient release and absorption. An economical, side-effect-free solution for soil revitalization is needed [1]. Ultra-high diluted supplements are now used for plant treatment, offering a cost-effective and easy method often added to water. This study examines the effects of ultra-high diluted supplements on soil detoxification and restoration over three years. It measured soil respiration, water absorption, residual toxins, active nitrogen, heavy metals, rheological characteristics, and bacterial diversity [2]. This study investigates the impact of ultra-high diluted supplements on detoxifying and restoring soil's biological and physicochemical characteristics after three years of treatment. For this soil respiration, water absorption, elemental and toxins contents, rheological and bacterial diversity stadied. Treatmet starts by two 6-month detox treatments with 200C sulfur and 30C petroleum. The soil was then irrigated toxin-free for 6 months and recovered for two 4-month periods with Carbo Vegetabilis 30C. After a 4-month rest, a 2-month rotation with silica 200C and calcarea carbonica 30C was applied, followed by another 4-month rest. The final treatment involved three courses of Sulfur 200C, Berberis 6C, and Carbo Vegetabilis 30C over 6 months. The soil was irrigated and rested for the last 4 months, then sampled for new characteristics. Results showed increased essential elements and decreased toxic elements after three years. Soil microbial population decreased by 2 units, gas exchange improved by 6 units, and soil pH became more acidic by one unit. Beneficial bacteria for plant growth, metabolism, fertility, and health were present.