Soil parameter detection of soil test kit-treated soil samples through image processing with crop and fertilizer recommendation

<span>Standard laboratory soil testing is deemed to be expensive and time-consuming. Utilizing a test kit considered cost-efficient time-saving way of testing. This project study aims develop prototype that detects parameters (i.e., pH, nitrogen, phosphorus, potassium) gives crop fertilizer recommendations after the sample has undergone treatment its acceptability for possible users. The development primarily used image processing detect needed lead recommendations. In evaluation effectiveness prototype, 50 trials were conducted per parameter. All said recorded as highly effective except nitrogen Low, which interpreted only. There 30 users invited assess prototype. A survey based on technology acceptance model was administered respondents garnering 4.85 weighted mean excellent. proven accepted device can pH primary macronutrient levels. It appropriate gathered data.</span>