Material · 5 articles
High-quality construction materials and competent greenhouse design are the foundation of successful protected crop cultivation. Choosing the right structure directly determines the microclimate, the efficiency of light energy utilization, and the overall productivity of the farm. For a modern agronomist or gardener, understanding the physical and technical properties of materials—be it polycarbonate or heat-accumulating elements—becomes a critical factor in minimizing heating costs and creating optimal conditions for growing vegetable, flower, and mushroom crops.
This selection combines practical recommendations for the construction and modernization of protected soil facilities. Readers will learn about the features of structures attached to residential buildings, the evolution of greenhouse construction since the introduction of polycarbonate, and methods of passive solar heat accumulation. In addition, the materials reveal the basics of the chemistry of life, explaining the fundamental role of carbon in plant development processes. Studying the presented articles will help not only to design a greenhouse correctly but also to better understand the internal mechanisms of crop vital activity, which is necessary for achieving high results in protected soil conditions.
Greenhouses and covers For gardeners
The article contains practical recommendations for choosing the design and construction of a greenhouse adjacent to a residential house. You will learn how to account for climatic loads, prepare a design, and evaluate the functional requirements for the future structure
Greenhouses and covers For gardeners
The use of heat-accumulating materials allows for minimizing temperature fluctuations and effectively retaining solar heat in the greenhouse. The article discusses design principles for energy storage structures in cold climate conditions
Greenhouses and covers For agronomists
The author shares professional experience in the development of the protected ground industry and recalls the work on the first recommendations for growing vegetables and transplants under film covers. The article covers the historical development of greenhouses in the research environment
Greenhouses and covers For gardeners
Cellular polycarbonate has become an optimal solution for garden plots, displacing glass and film due to its durability and ease of installation. The article reveals the technical merits of the material and explains the difference between the terms "greenhouse" and "hotbed" in agronomic practice
Agrochemistry For students
Carbon accounts for nearly half of the plant's dry mass, yet its natural atmospheric concentration is often insufficient for high yield. The article discusses mechanisms of CO2 assimilation by crops and practical methods of carbon enrichment in the environment to stimulate active crop growth
