Which of the following best describes a wind-driven fire?

A wind-driven fire is best described as one that is primarily aided or opposed by airflow. Wind can significantly influence the behavior of a fire by supplying it with additional oxygen and directing its spread. When wind is present, flames can be pushed towards available fuel sources, which can rapidly increase the fire's intensity and spread. The dynamic interaction between wind and fire can create unpredictable behavior, leading to rapid and dangerous fire growth.

In contrast, a fire that spreads primarily based on fuel availability focuses more on the materials present and their characteristics rather than the influence of wind. The option describing a fire that does not exhibit spreading characteristics does not apply to the nature of wind-driven fires, as these fires are characterized by significant spreading due to wind. Steady fuel combustion refers to a more controlled and predictable burning process, which is not the essence of a wind-driven fire's volatile behavior influenced by environmental conditions.