Beans are one of the most common vegetables in many countries around the world, and they are a pleasure for many people to grow.

Although many growers plant their beans in the open field, it is also possible to grow them in greenhouses.

Both methods have their advantages and disadvantages.

While open field crops need less care, greenhouse crops have the advantage of being more controllable. This is because you can choose to control temperature, light, humidity and irrigation. In addition, crops can be protected from inclement weather. This makes them more resistant to diseases and pests. These are advantages that open field crops do not have. However, it is important to note that greenhouses are more expensive, not only in construction, but also in maintenance costs. Another factor to consider is that greenhouse soil is usually more expensive because it is necessary to grow substrate crops to enrich the soil.

Another factor to consider is the type of beans you want to grow. If you want larger beans, then it will be better to grow them in greenhouses for better results. This is because greenhouses offer an environment of higher humidity, light quality and uniform temperature. These conditions improve seed production and bean size. On the other hand, the development of a bean plant is not easy in terms of soil, since it requires a fertile soil with a good amount of nutrients. This is not a problem in the open field, since with a suitable substrate and good control of pests, diseases and weeds, the result can be very satisfactory.

The decision to opt for one or another type of cultivation depends on the economic and human resources available and the time available to invest.

Therefore, it is important to think carefully before deciding on one or the other crop.

Advantages of growing beans in greenhouses

Growing beans under glass offers a variety of advantages to growers, both in the short and long term. Greenhouse bean production facilitates the control of climatic conditions, which helps to optimize production. Achieve climatic control through insulation and the use of artificial light. This method provides a balance of temperature, luminosity, humidity, and other factors to ensure the appropriate development of the plants. This environmental regulation contributes to improve and increase the production and quality of the beans; in addition, the temperate conditions existing in a greenhouse protect the plant from climatic agents such as wind, rain, and frost.

Temperature control is also a great advantage when growing beans in greenhouses. For one thing, proper temperature is key, since different types of beans grow in different environments, each with its own temperature requirements. In a greenhouse it is possible to maintain an adequate thermal state, which translates into accelerated growth and increased production. In addition, as the temperature is controlled, the duration of the growing cycle is optimized. The savings in resources generated by the reduction of the risk of crop failures thanks to the control of conditions, increases farmers’ profits by not wasting time, energy and money.

The initial investment in a greenhouse to grow beans is considerable, but in the medium and long term, farmers benefit from the long-term results.

An additional advantage for farmers growing beans under glass is the lower water consumption.

The greenhouse reduces the risk of water loss through evaporation by the sun, which is especially important for drought areas, as it ensures availability in quantity and quality for production. The structures designed for the greenhouse help to contain the soil, preventing soil erosion during irrigation processes, and shorten the recovery time of the soil after harvesting.

Control of certain insects, diseases, and fire are also great strengths of growing beans in a greenhouse. Disease is one of the biggest problems for growers, but in a greenhouse, using a combination of treatments works best to defend the plant from disease. At the same time, the greenhouse helps maintain good plant health, which is achieved through better nutrient and soil management. This contributes to more stable production over the long term.

Finally, for those growers with adapted greenhouses, harvesting is much easier than in open environments. Note that all these benefits assist the farmer in obtaining a higher quantity and quality of fruit, generating greater economic benefits.

Advantages provide to grow beans in open field growing.

The first advantage we find when growing these legumes in open field is their ease of production. Beans are quite simple to grow and do not require a lot of means or resources to get a good result. These vegetables only need a clay soil and some nutrients to produce a good crop.

Another great advantage of growing beans in the open field is their resistance to various types of diseases. Most crops are affected by multiple diseases. However, beans have a high resistance to these diseases, which facilitates their cultivation and allows the farmer to obtain a good harvest without having to worry about the damage they may cause.

Moreover, being such a popular vegetable, growing beans is one of the most profitable forms of agricultural production. They are also very easy to preserve once harvested. In addition, being a health food there is a high demand for these vegetables, so farmers can make a large profit from the sale of their crops.

Finally, growing beans in the open field also offers a wide variety of flavors and shapes. These vegetables can be presented as peas, peas, beans, lima beans or sweet beans.

Growing beans can be an extremely demanding task for any farmer, but bean production is declining every year, a downward trend that shows no signs of improving.

Fortunately, there are some simple strategies that growers can incorporate into their program to increase yields and accelerate bean production using a trellis as a tool. The first strategy to increase bean production is to improve access to water. This can be accomplished by providing a reliable source of water to the soil. This includes the installation of hoses, pumps, and everything needed to get the underlying water to the surface. These investments can result in great returns at the field level, as growers can control the amount of water each plant receives, space them evenly to optimize water distribution, and increase soil temperature to allow for better germination.

In addition, the lack of proper trellising can severely affect the success of bean harvesting, as animals can eat the beans before farmers can reach the field. This can be solved by constructing a trellis mesh, which will prevent animals from reaching the ground to cause damage. This mesh, in addition to preventing animal access to the crops, will help support the stems of the plants, preventing them from bending and becoming diseased. This solution is redundant if farmers are proactive in treating diseases, when the use of pesticides can damage the most important crops.

This netting is also used to provide the plant with more sunlight. This causes better production of stems, roots and flowers, making the plant hold up better, compared to crops that do not receive an adequate amount of light. This solution is especially important if growers wish to obtain a quick harvest; in this way, access to sunlight will provide the plant with a greater amount of energy to carry out its development.

One more way to accelerate bean production is to take into account the amount of nutrients the plant needs throughout the year.

Good trellising and irrigation, as well as regular fertilization, are essential to ensure a sustainable and particularly large crop. Fertilizer application can also increase the moisture content of the soil, which in turn reduces the irrigation required. This solution is particularly useful for bean production with less environmental impact.

Disease and pest control is an important part of maintaining bean production. Crops in general are susceptible to certain attacks, so it is essential to take measures to protect them. Growers can use chemical or biological products as needed, paying special attention to the type of pests and diseases in their crops. Some useful methods for pest control include the use of insect traps to detect the presence of enemies or the use of new biological forms, such as bacteria, viruses or fungi, to control insect growth.

There are many ways to accelerate bean production using a trellis. This tool provides numerous benefits, including better access to water, better access to sunlight, and better disease and pest control. However, growers still need to pay close attention to the quality and quantity of nutrients in their soil, irrigation and fertilizer to maintain sustainable bean production. All of these steps will improve the overall outcome of bean production, helping farmers get better crops every time.

The increase in bean production with trellising has enabled farmers and growers to increase the quantity of produce and improve its quality and growth rate. This technology enables farmers to improve their production without the need to increase the use of agricultural inputs such as pesticides, fertilizers or water. In addition, growers can better control plant growth, which allows them to increase quality and obtain better products.

One of the main advantages of using a trellis for bean production is the reduction of production costs and the improvement of product quality.

This is because the crop develops better through the support delivered by the mesh, which minimizes plant handling. This allows for optimal waste selection and produces healthier fruit. In addition, trellising increases bean yields. This is because the mesh allows better access of sunlight to the stem, resulting in higher yields per unit time.

In addition, the trellising allows for better control of fertilization parameters. This favors the proper absorption of nutrients through the stems, which means higher growth and growth rate, as well as higher and more vigorous production. In this way, bean production with trellising provides better products to farmers and growers.

On the other hand, trellising improves plant resistance to frost in cold areas. This fabric covers and protects the plant from the strong winds and frosts that occur in cold climate areas. This protection is essential for plant survival on days with extreme temperatures, allowing the grower to obtain the best results when growing beans. The use of trellis netting also allows another advantage for growers, which is to prevent the development of fungus. This fabric is useful in preventing the development of fungi or other harmful organisms, as it avoids contact with the soil or organic waste, which reduces the spread of pests and ensures better product quality.

The use of trellising for bean production is an effective method that allows the farmer to obtain higher quality products and higher yields. This technology also provides benefits such as lower production costs, greater resistance to frost and prevention of fungal growth. It is an excellent alternative for farmers looking to improve crop yields without increasing the use of agricultural inputs.

How to reduce labor when growing beans with trellised netting

First, this netting helps control the height of the bean crops, which reduces the need to manually control crop height. This reduces the number of hours needed to harvest the crops, which also saves on labor. The trellis can also be used to support the beans at a greater height, which reduces the need to fertilize and blow the soil around the stems. This simplifies crop care work.

It can also be useful in preventing crop damage. This reduces the need to hire additional workers to repair damage caused by pests or diseases. This also reduces the risk of crop failure due to crop health problems. With trellising, crops feel confident that their production will not be affected by pests, diseases or other adverse factors.

In addition, trellising helps reduce the time needed for soil preparation. The netting is installed directly over the growing area, reducing the need to dig a planting bed. This eliminates the need for additional labor to prepare the soil. This can be a great advantage when trying to reduce the time needed for cultivation. It can also be helpful to use a trellising net to prevent soil desiccation, especially during the drier months. This can stimulate the production of a larger crop, reducing the need to hire additional labor for irrigation. The trellising can also help conserve moisture in the soil, which improves crop quality and reduces labor costs.

Ultimately, the use of a trellis is an efficient way to reduce the amount of manual adjustments needed to control bean crop growth. This reduces the need for labor. At the same time, this tool provides additional benefits such as improved soil conservation, annual weed control, increased crop production, and prevention of desiccation.