Characteristic
The benefits of multi-pipe irrigation using agricultural polymers are numerous. These benefits include increased plant diversity and soil nutrient efficiency. Learn more about multi-pipe irrigation in this article. We will also discuss the importance of intercropping and other soil nutrient efficiency issues. We will talk about the benefits of hose irrigation for gardening.
Multi pipe irrigation
Multi-pipe garden irrigation includes versatility, easy installation, and long service life. These systems are available in various colors, sizes, and thicknesses and provide flexible flow and direction. These systems also have UV stability and can withstand harsh outdoor conditions. Multi-pipe irrigation is an ideal choice for a range of garden applications. Read on to learn more about the advantages of multi-pipe irrigation.
First, it is cost-effective. This irrigation system is more efficient than other methods so that farmers can reduce water use by up to 90%. This makes it the best choice for small dry land farms. The disadvantage of polyethylene is its high initial cost, but it is worth it because of its convenience and long-term savings. This irrigation system is very suitable for irrigating many crops in one field.
Intercropping
Intercropping involves planting different crops in similar areas to simulate natural plant diversity. An agronomist at Cornell University in the Tuscarora lineage studied the "three sisters" system and found that it was highly productive and benefited from reasons other than technical needs. Her research shows that polyculture is more effective in many aspects of production than monoculture. However, intercropping faces many challenges. The first step in successful intercropping is to assess the cost of the two crops. Generally, intercropping benefits are measured according to crop yield and resource efficiency, but there are also cultural and environmental benefits. Therefore, it is necessary to evaluate the cost of the interaction under the condition of balancing the interests. Here are some methods that can help you operate. After determining the correct crop combination, poly tin agricultural can be used for intercropping.
Plant diversity
Polyculture systems have many benefits, including increased plant diversity. Plant diversity contributes to the health of the soil microbial ecosystem, provides various critical agricultural resources, and prevents diseases and pests. Different plants, such as beans and grasses, occupy complementary space in the field, which produce sugars rich in nitrogen and carbon in the root zone. Diverse plant communities also have higher densities than single-species forests. In addition to increasing yield, increasing plant species is also complimentary. Some plants may exude toxins from their roots, while others may attract predators or repel pests. Others may change the taste and smell of nearby plants. In contrast, heavy nitrogen feeders do not match light nitrogen-dependent plants, and crops that need deep roots perform better than shallow root crops.
Soil nutrient utilization efficiency
Plants improve soil health, promote microbial activity, and promote nutrient cycling. Microbial symbionts help improve soil health and are critical to crop nutrition. Agroecological processes affect the composition of crops and may lead to lower yield, lower yield potential, and higher pesticide application costs. Using fertilizer in the soil is very important to maintain soil fertility, but fertilizer is not the only way to solve soil health problems.
Due to various factors, including human disturbance, soil salinity is an increasingly severe problem. Globally, it covers one-third of the earth's surface, reducing crop productivity, soil water holding capacity, biodiversity, and carbon storage. In addition, the widespread use of chemicals in agricultural production, including pesticides and fertilizers, will lead to soil salinization.
Treatment of waste polyethylene film
Agricultural polyethylene mulching film has many disadvantages and is a major environmental problem. Polyethylene mulch film is a kind of
Nonbiodegradable petroleum-based plastics. This has led to significant waste disposal problems and environmental pollution. Due to the sharp increase in the output of these plastics, the biodegradability of commercial plastics used in the agriculture and packaging industry has declined sharply. In addition, the film will decompose over time, releasing toxic substances and microplastics into the environment.
Therefore, agricultural plastics are often burned on site, which is an economic and environmental protection treatment. Agricultural plastics were burned on-site in New York and Pennsylvania. this
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