What can be considered as both precise and accurate in relation to a parcel polygon?

In the context of a parcel polygon, area is considered both precise and accurate because it directly quantifies the space enclosed by the polygon. Precision refers to the degree of detail and consistency in measurements, while accuracy indicates how close a measurement is to the true value. When calculating the area of a parcel polygon, GIS (Geographic Information Systems) tools use coordinates and boundaries that are often defined with high precision, allowing for a reliable representation of the area.

The area measure is essential in various applications, including property assessments, land use planning, and resource management. It is derived through calculations based on the precise lengths of the boundaries, ensuring that the results are both consistent across different measurements (precision) and reflective of the true physical characteristics of the parcel (accuracy). This dual quality makes area a key metric in geospatial analysis.

Other options, while relevant in certain contexts, do not universally achieve both precision and accuracy in relation to the specific characteristics of a polygonal parcel. For example, boundary may be precise in its definition but can vary in accuracy if not accurately measured or defined, and elevation or volume calculations may incorporate more subjectivity or variability depending on the method of measurement and environmental factors.