Air and Temperature Conditions Needed For a Quality Greenhouse

A quality greenhouse technology is a perfect solution for maintainable crop-growth every time, especially in areas with unfavorable weather and climatic conditions or little land and resources. The ability to optimize favorable plant development conditions is one of the major tasks when constructing a quality greenhouse, particularly during growing season when the outside normal production is inauspicious. In addition, the exact knowledge about specific plant requirements contributes to adjustable control mechanisms for competitive and cost-effective production.
The climatic condition that favors optimal plant growth in a greenhouse affects respiration and photosynthesis. Photosynthesis and respiration are active processes that require optimal air temperature for quality plant development. So, being able to control air and temperature conditions in a greenhouse, results in improved production
Air and Temperature Conditions
Growth, development, and flowering of plants associates to both air and root temperatures and the control of this two factors become an important tool for proper crop development. The most desirable temperature is determined by processes that take place during photosynthesis which includes distribution of materials to plant shoots, roots, leaves, and fruits. In controlling plant growth, the mean temperature for a continuous period of time is even more important than the daily differences in temperature. This mean temperature, also called the 24-hour mean/average temperature, growth and crop production have a very close relationship to different greenhouse crops.greenhouse temperature
With the aim of controlling growth and development and maintaining the desired plant balance for continuous high-quality production, the farmer needs to manipulate the 24-hour average temperature in order to guide the crops to be more productive in development or more vegetational in development.
The most favorable photosynthesis occurs at an air temperature of between 21°C to 22°C and it serves as the mark for controlling temperatures at daytime especially when photosynthesis takes place. For vegetal growth of the greenhouse plants, temperatures between 21°C to 23°C are favorable, together with the optimal temperature of about 22°C for yield, so if you’re looking at air conditioning Tucson greenhouses, you’re going to be in for a bit of a struggle. Fruit growth is determined by the 24-hour average temperature together with the variance of the temperatures experienced during the day and night. Additionally, an optimal night temperature for both fruit seeding and plant flowing is between 17°C to 19°C. This can vary for various greenhouse crops such as tomatoes, peppers, and cucumber with little variance even between the same crop cultivation.
Depending on the light intensity, the optimum 24-hour average temperature for vegetal plants ranges between 21°C to 23°C. To encourage more vegetation in greenhouse plants, the 24-hour mean temperature needs to be lowered, and on the contrary, raised in order to direct the crop growth into a more productive direction. These adjustments are created usually within 1°C to 1.5°C paying very close attention to see if there are any observable results.
You can use air temperature as a close guide to direct the growth and development of greenhouse plants that actually represents the normal plant temperature. Greenhouse crop temperatures are usually within a range of temperature. However, during a specific time of the year, crops are rather exposed to intense light that reaches almost 13°C to 15°C which is higher than the atmospheric temperatures. Every farmer needs to know this fact in order to use strategies like evaporating the cooling effect in the greenhouse to limit overheating of tissues in plants. In addition, for determining the normal leaf temperature, you need to use a special tool such as an infrared thermometer.
Bennet Ten V
Assign a menu in the Left Menu options.
Assign a menu in the Right Menu options.