Introduction
Predator and insect damage to horticultural crops can be devastating to a farm, as predators and insects can destroy entire bunches before harvest. Insects primarily eat the plant directly and predators eat fruit, flowers, roots and stems of the plant. These damages, together with countable agents such as disease, extreme weather and competition with other species, pose a threat to the success of a growing season.
Insects are the main cause of damage to horticultural crops. This is because many insects feed on the plant in various ways. Carnivorous insects eat the plant directly; while folivorous insects eat leaves, stems and branches of the plant. Phytophagous insects also feed on the plant. As they feed on the sap and sugar-rich extracts, causing damaged leaves, inflorescences and flowers, and fruit loss. Insects can significantly affect the production of horticultural crops, both in quantity and quality.
A second group of predators that can cause significant damage to horticultural crops include birds, rodents, squirrels and the like. These animals can eat large quantities of fruit and strip an entire plant in a short period of time. Once predators begin visiting a crop, these animals often return, often causing a greater amount of damage. Control methods, such as traps, poison baits and nets, should be use to keep these predators away from horticultural crops.
A common problem with vegetable crops are invisible enemies, which are fungi, bacteria, viruses, mites and nematodes
These enemies invisibly cause diseases in vegetable crops, disrupting their health and vigor. Some diseases such as bacterial peanut blight and potato late blight can be lethal to vegetable crops. It is important to identify a disease and use proper control techniques immediately to prevent its spread to the rest of the crop.
limate extremes can also cause damage to vegetable crops. This is because excessive heat, intense cold, strong wind or excess water can significantly damage the plant. Frost or extreme heat can freeze shoots and green vegetation. While drought can desiccate the plant and leave it depleted of nutrients. It is important to ensure that adequate care is available to the plant. Especially if it is more vulnerable to extreme weather factors.
Predators and insects can cause serious damage to vegetable crops. Insects can eat the plant and predators of fruit, flowers, roots and stems. Invisible enemies such as fungi, bacteria and viruses can also significantly damage horticultural crops. Finally, extreme weather can also cause serious damage to horticultural crops. Prevention and control are the best methods to avoid damage to vegetable crops. Growers should be aware of the dangers of predators and insects and extreme weather and should use appropriate methods to prevent and control damage to vegetable crops.
How anti-hail netting helps to protect horticultural crops against predators
Anti-hail netting is a general and essential prevention to protect crops from hail damage. This netting is especially useful to prevent hail from ruining fruits, leaves, stems, roots and flowers of crops, thus helping to keep horticultural crops healthy and productive.
The anti-hail netting is compose of a stainless steel wire mesh with a non-woven fabric between the strands to help filter hail grains before they reach the crops. This mesh is design to absorb the energy of falling hail grains, protecting crops from direct damage. The netting also adds a protective layer to the crop, decreasing the risk of hail damage.
Another way this netting helps crops is by ensuring that the beach supports more weight. The netting lightens the weight of hail falling on the plants. Which reduces the risk of broken stems and a lost crop. This mesh also reduces the impact of strong wind that sometimes accompanies hail rain. The beach reinforcement provides extra strength to resist very strong gusts of wind. Helping to keep fruits, leaves and stems safe.
This netting is ideal for areas where natural habitats are suffering
As a result, this netting is useful for preventing the loss of naturalness of horticultural crops. Resulting in improved crop and environmental protection. This is especially true when it comes to concepts such as the preservation of avian habitats. Conceiving of hail netting as a way to aid long-term conservation.
It can serve as a line of defense to protect your horticultural crops from predators. This netting is a physical barrier to prevent animals from trying to approach crops, helping to prevent predators from gaining access to food. This netting is also useful if you are starting out in organic farming, as some existing predator control methods, such as pesticides, can be toxic. Hail netting, on the other hand, provides a logical and healthy protection for your crops, without harming the animals.
Hail netting is an excellent way to protect the environment of horticultural crops, keep fruits and leaves healthy, lighten the impact of wind and protect them from predators. This netting not only helps people to safeguard the crop, but it is also beneficial to the environment. That is why farmers should consider installing hail netting to keep their crops strong, healthy and productive.
How anti-hail netting works to protect horticultural crops against insect pests
Hail netting is an effective and safe way to protect horticultural crops against insect pests. This netting is made from a strong and resistant material that is capable of blocking light, rain and wind, as well as retaining hail particles, preventing them from damaging crops, thus further protecting horticultural crops from insect invasion. Hail netting is an economical and easy to implement solution to prevent the destruction of horticultural crops.
The installation of anti-hail netting is simple and does not require large quantities of materials. To install the netting it is necessary that it is made of a solid material and that it is capable of resisting the strong winds that characterize the place. Once the mesh is installed, it is necessary to place sturdy posts in a regular distribution along the edges of the mesh to keep it upright and prevent it from shifting. The mesh lines must then be secured to the posts to prevent the mesh from unraveling or splitting.
In addition, the materials must be weather resistant and made of approximately 1.8 mm monofilament to provide freedom from air, sunlight and rain. In this way the ultraviolet rays will not damage the horticultural crops and will allow it to absorb water for the natural processes of the soil. This contributes positively to the reuse of water, thus avoiding water evaporation.
Once the netting is installed, it will prevent the passage of insects and other flying animals such as butterflies, birds, bees and bumblebees
This will help prevent these creatures from feeding on the horticultural crops, preventing them from invading and destroying them. Another benefit of anti-hail netting is that it insulates horticultural crops from insects and other factors such as wind and weather changes.
It offers protection to horticultural crops during storms and strong winds. The netting absorbs the kinetic energy produced by hail, vetoes and particles traveling at high velocity during a storm. This prevents hail from damaging plants under the netting, even during high winds.
Hail netting is an effective, environmentally friendly, simple to implement and extremely safe way to protect horticultural crops from insect invasion. This netting filters and retains hail, provides protection against weather and strong winds, and allows water absorption for natural soil processes.
