Artificial Climate Chamber

An artificial climate chamber is a device that allows you to create conditions similar to those that exist in various climatic zones of the world. It can be used to study the influence of climate on living organisms, as well as to create optimal conditions for growing plants and animals.

The artificial climate chamber consists of several modules, each of which is responsible for a specific parameter. For example, the temperature module controls the temperature in the chamber, and the humidity module controls air humidity. The lighting module is responsible for lighting the chamber, and the ventilation module is responsible for air circulation.

One of the main advantages of an artificial climate chamber is the ability to create different climatic zones. For example, you can create a tropical climate with high humidity and temperature, and an arctic climate with low temperature and high humidity. This allows research to be carried out in conditions that are as close as possible to real ones.

In addition, the artificial climate chamber can be used to grow plants and animals in optimal conditions. For example, plants can be grown in chambers with specific levels of light and humidity, resulting in higher yields and improved product quality. Animals can be raised in chambers where conditions close to natural are created.

Using an artificial climate chamber allows you to conduct more accurate research and obtain more reliable results. In addition, it creates optimal conditions for growing plants and animals, which can be of great importance for agriculture and livestock production.

Artificial climate chamber **Artificial climate chamber** is a device designed to create and maintain specified climate parameters. Most often it is used in greenhouses to create conditions for plant growth. Such chambers maintain a certain level of humidity, temperature and lighting, which promotes faster plant growth and increased yield. One of the ways to maintain the desired microclimate is to use an **artificial climate chamber**.

To maintain the required air parameters in the chamber, it is equipped with sensors that monitor and regulate climate parameters. Some chambers have a heating and cooling system that allows you to regulate the temperature. For example, during the flowering period of plants, a certain temperature is created inside the chamber, and during the ripening of the crop, it is reduced, but not allowed to drop below 18 degrees Celsius. Also, favorable conditions are created inside the chambers for the development of the root system of plants, so for some crops (for example, cucumbers) a continuous change of seasons inside the chamber is necessary.

Application of a climatological camera: from greenhouse to greenhouse

A camera is a device that controls climate parameters to achieve optimal conditions for growing plants. It maintains constant humidity, light and temperature for optimal plant growth and development. The cameras are used primarily in greenhouses. In each case, before installing the climatological chamber, careful design is carried out, taking into account the climatic conditions of the region. Here are the main types of climate chambers: - biotrons; - biofants; - climacolons. Biotrons This chamber is used to accelerate the development of young plants and stimulate the growth of the root system. Because of this, it helps improve seed germination and increases yield. Inside the climatological block, optimal temperature, humidity and light conditions are maintained