The goal of the current study is to examine how variations in soil texture affect estimates of dielectric behaviour. According to one definition, soil is a heterogeneous mixture of silicate particles, humus, insoluble salts, and metal oxides that represents the solid, liquid, and gaseous phase. Even in the tropical circumstances found in India, the organic matter content and structural improvement of soil can be developed and maintained with the regular and thoughtful application of manures. The results of the study show that the texture of soil affects its dielectric constant. The soil's dielectric constant is highly influenced by the soil's texture and moisture content. The soil's moisture content has a big impact on how dielectric it is. By studying soil characteristics such as texture, moisture content, and dielectric constant, researchers and practitioners can make informed decisions to optimize agricultural practices. This knowledge is particularly valuable in the context of microwave remote sensing, where accurate information about soil properties can enhance the effectiveness of remote sensing techniques for agricultural monitoring and management. Ultimately, the study of soil's dielectric behavior can contribute to improving productivity in agriculture.