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When assessing soil suitability for construction, several critical factors are taken into account to ensure the foundation and overall stability of structures. Soil composition and texture, soil moisture content, and soil density and load-bearing capacity are all essential components that directly affect how well the soil can support a building.

Soil composition and texture refer to the types of materials that make up the soil and how particles are arranged, which can influence drainage, stability, and overall engineering properties. Similarly, soil moisture content affects the strength and cohesiveness of soil; too much moisture can lead to instability, while too little can cause soil to become loose and unmanageable.

Soil density and load-bearing capacity are also vital since they help determine how much weight the soil can support without failing. Evaluating these aspects prevents potential issues such as settling, shifting, or overall structural compromise.

However, local wildlife activity does not play a significant role in assessing soil suitability for structural support. While wildlife actions, such as burrowing or rooting, might impact surface soil in some contexts, they do not directly correlate to the soil's engineering properties or its ability to support buildings. Therefore, local wildlife activity is not a factor considered when evaluating the adequacy of soil for construction purposes.