To increase the sustainability of agricultural production, a farming management strategy known as precision agriculture (PA) is based on observing, measuring, and responding to temporal and spatial variability. It is utilized in livestock and crop production. Technology is frequently used in precision agriculture to automate agricultural operations, enhancing their diagnosis, decision-making, or performance. The definition of a decision support system for whole-farm management in order to maximize input returns while preserving resources is the objective of precision agriculture research. A phytogeomorphological approach is one of these many, and it links topological terrain attributes to the stability and characteristics of crop growth over multiple years. The interest in the phytogeomorphological approach originates from the way that the geomorphology part normally directs the hydrology of the homestead field.