Fertiliser · 17 articles
Molybdenum is a trace element whose availability to crops is closely related to the physical and chemical properties of soils, such as their pH and texture. For an agronomist and a practicing gardener, understanding the mechanisms of distribution and uptake of this element in the plant nutrition system is necessary for maintaining the productivity of agrocenoses. Molybdenum is of particular importance when cultivating legumes, as it ensures the effective operation of nodule bacteria that fix atmospheric nitrogen, which directly influences the formation of high yields of soybean and pea.
This selection contains a set of materials covering the fundamental and applied aspects of agrochemistry. Readers will find information on the patterns of trace element accumulation in the soil, methods for diagnosing their deficiency, and strategies for correcting plant nutrition. In addition to issues of using specialized fertilizers, the articles reveal the principles of calculating dosages, the importance of agrotechnical practices in crop rotation, and methods for analyzing substrates. The presented data will help systematize approaches to developing mineral nutrition systems that take into account the biological needs of crops and the current state of soil fertility to increase the overall efficiency of farming.
Agrochemistry For students
The article reveals the features of accumulation and distribution of molybdenum in various types of soil. You will learn how climatic conditions, soil reaction, and particle-size distribution determine the mobility and availability of this micronutrient for agricultural crops
Agrochemistry For students
Agrovitakva AVA complex fertilizer is a safe, nitrogen-free, long-acting agent, the effectiveness of which directly depends on soil temperature and plant root exudates. The article examines the key properties of this fertilizer and its application rates for a wide range of agricultural crops
Agrochemistry For students
The article describes diagnostic methods for copper deficiency in soil and effective ways of applying micronutrient fertilizers. You will learn about application rates, the selection of preparations, and the importance of nutritional balance for increasing yield
Agrochemistry For students
The article reveals key mechanisms of boron's participation in plant metabolism. It examines issues of nutrient uptake, the formation of biopolymer complexes, and the influence of boron on growth, tissue development, and the intensity of photosynthesis.
Agrochemistry For students
The article examines the key principles of agrotechnics and the mineral nutrition system for peas and grain legumes. You will learn how to ensure the effective performance of nodule bacteria and balance fertilizer application to realize yield potential
Agrochemistry For students
Intensive farming leads to the depletion of available trace element reserves in the soil, which necessitates the widespread use of micro-fertilizers. The article presents data on the demand for trace elements in land and methods of their determination to optimize plant nutrition
Agrochemistry For students
The article presents the fertilizer systems developed by A.I. Simakin for field crop rotations in the Krasnodar Territory. The material contains approximate schemes for the application of nutrients for main crops, taking into account the rotation and zonal features of the soil
Nutrition and fertilizers For gardeners
Fertilizer efficiency directly depends on the nutrient reserves and their form in the soil. The article covers the principles of plant nutrition, features of nitrogen metabolism, and methods for calculating top dressing rates based on agrochemical analysis
Agrochemistry For students
The application of fertilizers on perennial meadows allows for increased green mass yield and improved feed quality. The article reveals the principles of effective herbage nutrition, the role of soil pH, and the dynamics of nutrient uptake by plants.
Agrochemistry For students
The article examines modern methods of improving soil structure and providing plants with nutrients. You will learn about the application of soil amendments, drainage materials, and controlled-release nutrient technologies to achieve stable yields.
Vegetable growing For gardeners
The article describes the main stages of tomato seedling care in protected soil, including methods of non-pricking cultivation and microclimate regulation. You will learn about proper irrigation regimes, application of mineral top dressing and the importance of night temperature reduction for plant development
Nutrition and fertilizers For gardeners
The article covers the fundamentals of efficient nutrition for open-field vegetable crops. It discusses the biological requirements of brassica plants, the impact of soil acidity on yield, and the basic principles of mineral fertilizer application.
