Farm work requires not only enormous physical effort, but also the use of appropriate agrotechnical procedures and agricultural machinery. These innovative tools and technologies help optimize field work, increasing the efficiency of agricultural production and the quality of crops. Let's take a look at how agricultural machinery support individual agrotechnical treatments and contribute to achieving beneficial economic effects.
- The basic procedure in soil cultivation – ploughing
- How does harrowing affect soil structure?
- Soil fertilization – technologies that speed up work on the farm
- Plant protection against pests and diseases
The basic procedure in soil cultivation – ploughing
Ploughing is one of the basic cultivation procedures that allows you to create optimal conditions for plant growth. This process involves cutting and crushing the soil, which facilitates its aeration and mixing fertilizer with the soil. Depending on the depth, we distinguish different types of plowing: shallow, medium and deep. Each of these variants is used in different conditions to achieve optimal results. For this purpose, machines such as plows, disc harrows and modern tilling sets.
Today, farmers are increasingly choosing disc harrows and/ or tilling sets, which ensure effective soil loosening even in difficult conditions. Thanks to their innovative design, you can precisely set the discs or tines to the right depth, which allows for precise covering of crop residues. Agricultural units are multifunctional machines that perfectly support different forms of ploughing, influencing soil quality throughout the season. A good example of this is G-4 aggregate (DEEPER) with paws that easily dig into the soil.
How does harrowing affect soil structure?
Harrowing is another important agricultural procedure that improves the soil structure, providing optimal conditions for plant growth. This process is most often performed in spring, before sowing, or after ploughing, to prepare the soil for the next stages of cultivation. The procedure is performed using disc harrows – specialized machines equipped with discs that effectively loosen the top layer of soil, crush hard clods and crumble the crust, creating an even surface.
Harrowing also has other additional benefits. It destroys weeds that can compete with crops for water and nutrients, and also reduces water evaporation from the soil. Harrowing helps the soil retain better moisture, which has a positive effect on the germination process and the development of young plants.
Soil fertilization – technologies that speed up work on the farm
Soil fertility is essential for plants to develop properly and yield satisfactory crops. That is why the soil must be rich in essential nutrients. Fertilization allows you to provide the soil with substances such as nitrogen, phosphorus and potassium, which are crucial for plant growth. Farmers can use various forms of fertilization, including organic or mineral fertilizers. Using the right dose of fertilizer is important because too much can negatively affect the soil structure and the natural environment.
Fertilizers are applied using agricultural machinery, such as manure spreaders i tilling sets. Manure spreader Equipped with an even spreading system, it makes soil fertilization much easier and faster. Cultivation aggregate in turn, it enables thorough mixing of the fertilizer with the soil, increasing its availability to plants and contributing to better nutrient retention.
Plant protection against pests and diseases
Plant protection includes activities that prevent yield reduction and protect plants from pests, diseases and weeds. In agriculture, various plant protection products are used, such as herbicides, fungicides and insecticides, which help to combat unwanted organisms. Their proper use ensures healthy plant growth and better yields.
Self-propelled sprayers They help in precise and economical distribution of plant protection products. Equipped with advanced technologies (GPS and sensors) they enable precise dosing and even coverage of crop surfaces, which minimizes losses and protects the environment.
