In the context of fall zones, what is a consideration for securement on uneven surfaces?

When securing a load on uneven surfaces, proper footing and stability are critical factors to consider. Uneven surfaces can affect how a load is balanced and secured, creating a risk of shifting or sliding if not addressed correctly. Proper footing ensures that the load is stable and reduces the likelihood of it moving or falling, which is particularly important in fall zones where safety is paramount.

In these situations, using appropriate securement methods that account for the contours of the uneven ground helps maintain the integrity of the load and provides safety for the personnel involved. Ensuring that the securing devices are anchored properly and that the load is positioned in a way that takes advantage of the surface characteristics further enhances stability and security.

While other factors like consistency of tension, weight distribution, and weather conditions are indeed important aspects of overall load securement practices, they become secondary in importance when the base stability on uneven terrain is not adequately addressed, potentially compromising safety.