What are the burns that cold climates cause to plants in crops?

Introduction Plants are living things that have the ability to..

What are the burns that cold climates cause to plants in crops?


Plants are living things that have the ability to adapt to the environment around them in order to survive. However, climate can have a profound effect on a plant’s well-being. Many times, extreme cold in areas with cold climates can cause plant burn. This is because extreme cold destabilizes plant cell membranes. Plant burn in cold climates varies depending on the type of plant, its resistance to cold and the severity of the cold.

When an icy wind blows, plants lose their natural resistance and because of their low capacity to retain heat. They find it difficult to protect themselves from the cold. This is especially important at the cellular level, as many living tissues become destabilized when exposed to extreme temperatures. In fact, the section of the cell called lipofuscin. (the part most sensitive to cold). Becomes very fragile and able to break, the water inside the plant cell also freezes when the temperature drops. This reduces the elasticity of the plant cell and the plant’s ability to mobilize nutrients and oxygen throughout the organism.

Burning of plants also occurs when their roots are frozen. As these roots contain large amounts of liquid and are vulnerable to low temperatures

As a result, root desiccation causes a reduction in nutrient uptake. Many times, the aerial part of the plant is also affect. Resulting in the loss of leaves and flowers; sometimes even the formation of deformed and lethargic fruits is generate. In addition to the burning of plants caused by the cold. There are also other factors that can affect the growth and development of crops. For example, when the wind blows in a sustained manner. Its force can damage the production of floral organs and photosynthesis. On the other hand, fungal growth in extreme cold conditions can also damage plant health and affect crop development.

The best way to prevent plant burn in crops is the use of correct properties for proper soil temperature and conditioning. In addition, growers should also pay attention to weather conditions to anticipate short-term changes. This can be achieve through the use of weather stations or computer monitoring programs.

Once crop burndown has occurred, it is necessary to identify the problem in time to prevent the spread of the disease. To reduce the effects of plant scorch. Growers should invest in protective materials such as plastic, thermal blankets and supports to resist excessive cold. Also, growers should work with low humidity levels to avoid condensation and soil freezing. In addition, there are applications that warn of the danger of the development of diseases that affect plants.

Extreme cold is one of the main causes of plant burn in areas with cold climates. However, growers can prevent plant burn by implementing tactics such as cold-fighting sports, weather monitoring, proper fertilization and regular nutrition. If these recommendations are adhered to, growers should be successful in maintaining the health of their cold weather resistant crops.

a closer shot of a micro tunnel with the frost blanket

Economic losses caused by the lack of frost protection fabric in agricultural fields?

Frost can be a big problem for farmers. As it can destroy their crops before they have been able to harvest or sell them. This can lead to large economic losses. Especially if the farmer is unable to protect his crops with some form of special frost protection fabric. This tends to occur mainly in very cold regions. Where frosts are frequent and farmers do not have access to special protective fabrics.

Anti-frost fabrics have become an indispensable tool for many farmers around the world due to their protective properties. These fabrics provide a physical barrier between crops and the cold, keeping crops at a constant temperature. This allows farmers to reduce the possibility of frost damage, which could otherwise cost them a lot of money. However, for many farmers, the use of frost fabrics is impossible due to the high cost of these fabrics. In fact, some fabrics would cost thousands of dollars and can only be reuse a few times before they are damage or deteriorate. Which can mean a large amount of money invested without optimal results.

The high cost of the materials makes many farmers reluctant to invest in these fabrics

In addition to the high cost, the difficulty in distributing and storing these fabrics is an obstacle to their use. As many of them are heavy and may require large storage areas. These fabrics are also difficult to move from one location to another. Making them difficult to use in agricultural fields with seasonal fluctuations in frost levels. Therefore, for many farmers, the use of these fabrics still remains a major problem.

Due to these factors, the use of frost fabrics has not become popular among farmers and has contributed to the large economic losses due to frost. While the use of these fabrics could save farmers thousands of dollars in losses each year, the high cost of the fabrics prevents this from becoming a reality. In addition, the difficulty in distributing and storing them means that many farmers choose not to use them, even though this exposes them to even greater loss.

Despite the high prices and the difficulty in using such fabrics, the situation has improved significantly in recent times thanks to the invention of lighter, more durable and lower cost fabrics. These fabrics have enabled farmers to save costs and better protect their crops, thus reducing the enormous economic losses caused by frost each year. Although much remains to be done, these lower-cost fabrics encourage farmers to invest in these types of preventive measures.

micro tunnels in crop field

Disadvantages generated by the lack of frost protection fabric in an agricultural crop?

Lack of frost protection fabric in an agricultural crop has serious consequences for growers. Such lack can cause severe frost damage, since the fabric should be a basic component for planting. The fabric protects the plants from the extreme cold that occurs with low temperatures. The fabric can extend the harvest season, as it reduces the risk of cold damage to the crop.

First of all, the lack of frost cloth can lead to crop losses. If the fabric is not install and frost occurs, those plants directly exposed to the cold will suffer irreversible damage and may even die altogether. The resulting crop losses would mean many hours of wasted labor for the farmer, not to mention the initial expense for the production cycle, and the concept of food security is severely affected. When food supplies are threatened by the lack of frost-proof fabric, food prices soar and even clashes between farmers become increasingly noticeable. This situation generates market instability that can have a negative effect on a country’s overall economy.

Mention should also be made of the creation of grasslands by not protecting plants from a severe frost

There is a high risk that those dead plants will decompose and create a habitat where weeds will stumble. This would lead to pest infestation problems and reduced healthy crop expansion, and the lack of frost fabric causes direct damage to the soil. Chemicals used to prevent frost are a common enemy to the environment. By not using frost cloth as an alternative, plants under the effect of a frost will produce an excessive amount of chemicals, affecting the quality of the soil to the rest of the neighboring plants. This will result in a reduction in productivity and an overall decrease in yield.

Lack of frost cloth is an excellent indicator to determine the growth and production of an agricultural crop. If farmers do not produce as much, it will mean higher risks of crop failure, higher food prices, weed infestations and reduced soil quality. This is why the implementation of anti-frost fabric is an economical, safe and sustainable way to avoid emerging effects such as these, allowing farmers to achieve maximum production levels.

plants protected by thermal blanket

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