Practice · 39 articles
Heating in protected ground is a key factor in the efficiency of agrotechnical measures, determining the viability of transplants and the future yield of vegetable and melon crops. Properly maintaining the temperature regime in greenhouses and hotbeds allows for mitigating climate risks, extending the season, and optimizing conditions for photosynthesis. The choice of heating method—ranging from biological to automated electric systems—requires a comprehensive approach that takes into account the structure's design, its location on the site, and the specific biological requirements of the plants being grown.
This selection brings together materials on the practical installation of heating and microclimate management systems. The articles cover the technical aspects of installing heating cables, designing water and furnace circuits, and using contact sensors to automate processes. In addition to engineering solutions, you will find recommendations on preparing substrates, selecting film covers, and the agrotechnical nuances of growing tomato, cabbage, and melon transplants. The materials will help systematize knowledge on creating a reliable thermal contour in greenhouses of any type: from small wall-mounted structures to industrial facilities.
Greenhouses and covers For agronomists
The article covers the nuances of substrate preparation and temperature control for growing vegetable transplants. You will learn how sowing dates and heating regimes affect plant development in hotbeds and greenhouses
Greenhouses and covers For gardeners
The article examines technical nuances of installing heating cables for soil and air heating. You will learn about selecting suitable wires, types of modern film heaters, and insulation requirements in greenhouse conditions
Greenhouses and covers For gardeners
The article examines the specifics of preparing soil mixtures and managing the temperature regime in hotbeds and greenhouses. You will learn about the influence of the microclimate on the development of the root system and future crop yield indicators
Greenhouses and covers For gardeners
A lean-to greenhouse is an efficient solution for a summer cottage plot, allowing the use of a house or outbuilding wall as a reliable structural element of the frame. Such a construction provides protection from cold winds, convenience of heating, and the possibility of year-round operation
Greenhouses and covers For agronomists
High-quality seedlings are the foundation of a future tomato harvest. The article presents optimal sowing dates, temperature regimes, requirements for feeding area, and proven top dressing schemes for obtaining sturdy plants
Greenhouses and covers For gardeners
The article examines the design features of various types of hotbeds and analyzes the main methods of maintaining the thermal regime using biological and technical heating. The material will help to choose the optimal option for organizing a greenhouse business
Greenhouses and covers For gardeners
The article describes the design of water, solar, and stove heating systems for greenhouses. You will learn about the technical parameters for installing heating equipment to ensure a stable microclimate in protected soil
Greenhouses and covers For gardeners
Automation of greenhouse heating allows for maintaining the optimal temperature for seedlings without constant monitoring. The article examines circuits based on relays, mercury thermometers, and pressure thermometers for controlling electric heaters
Greenhouses and covers For agronomists
The efficiency of heating and the microclimate in a greenhouse depend on the proper selection of the site. The article discusses key requirements for the placement of structures and the operational features of polymer film covers
Greenhouses and covers For gardeners
For high-quality vegetable cultivation in hotbeds, it is necessary to maintain a temperature between 20 and 30 °C. The article provides an overview of organic raw materials for biofuel and characteristics of various materials ensuring long-term soil heating
Greenhouses and covers For agronomists
A practical guide to growing cucurbit crops in protected soil conditions. The article contains recommendations on soil preparation, microclimate management under plastic covers, and efficient planting schemes
Greenhouses and covers For gardeners
Light is a key energy source for photosynthesis, upon which the greenhouse yield volume directly depends. The article describes methods for improving natural lighting and rules for installing electrical networks in protected soil conditions
