Light Penetration and Spacing Considerations for Hail Netting on Fruit Trees

April 20, 2023

By Environet Canopies.

Hail netting is an important tool for protecting fruit trees from hail damage. However, it is equally important to ensure that enough light penetrates through the netting to promote healthy growth and maximum yield. The amount of light that passes through the hail netting is influenced by several factors such as the net’s colour, thickness, pattern, and the angle and direction of sunlight.

In addition to these factors, the distance between the hail netting and the fruit trees also plays a crucial role in determining the amount of light that passes through. Placing the hail netting directly on top or too close to the fruit trees can result in a significant reduction of light, which can negatively impact growth and yield. This can be especially problematic in areas with limited sunlight.

Therefore, it is essential to carefully consider the spacing between the hail netting and the fruit trees when installing hail netting. The optimal distance between the hail netting and the fruit trees will depend on the specific type of fruit tree, the growing conditions, and the hail protection requirements.

For example, fruit trees such as apples, pears, and peaches require more light than vegetables, and therefore, the hail netting should be installed at a distance away from the trees. This will allow enough light to penetrate through the netting, promoting healthy growth and maximum yield.

In contrast, crops such as leafy vegetables and other low light tolerant crops may be suitable for hail netting installed at a closer distance.

In summary, while hail netting provides an essential layer of protection against hail damage on fruit trees, it is critical to consider the spacing between the hail netting and the fruit trees to ensure adequate light penetration for optimal growth and yield. Consulting with a crop specialist or an experienced hail netting provider can help ensure that the hail netting is properly installed at the optimal distance to meet the specific needs of the fruit trees and growing conditions.