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The determination of the effect of soil hypertrophication with respect to mung bean morphology using rgb analysis and canny edge detection

Abstract:

The study utilized a microcontroller based prototype for assessing the effects of soil hypertrophication on Mung Bean Plants. Canny Edge detection and RGB analysis were used for analyzing the morphology of the plant. Rapitest Soil Test Kit was used to determine the nutrient levels, specifically, the NPK levels present in the soil. The study shows that NPK Hypertrophication results in smaller morphology and slower growth as compared to the recommended set-up. Nutrients were varied to assess the effects of specific nutrients on the plant morphology. With the results of the research, other studies will be able to make use of the data and find ways to improve the situation in the plantations and farmlands. The study will also be useful for agriculture students who wish to conduct research regarding plant morphology.