Research Progress on the Impact of Soil Temperature Control Systems on Soil Physicochemical Properties and Crop Growth

Tingting Meng; Yan Li

doi:10.54691/6s34e570

Authors

Tingting Meng
Yan Li

DOI:

https://doi.org/10.54691/6s34e570

Keywords:

Soil Temperature Control System, soil physicochemical properties, crop growth, research progress.

Abstract

Soil temperature is one of the key factors affecting soil ecosystems and crop growth. In recent years, the application of Soil Temperature Control Systems (STCS) has gradually increased in agriculture and protected cultivation, improving soil environments and optimizing crop growth conditions through active regulation of soil temperature. This paper reviews the technical types of STCS, their regulatory effects on soil physicochemical indicators (temperature, humidity, nutrients, microorganisms, etc.), and their mechanisms of influence on crop physiological metabolism, yield, and stress resistance. It summarizes the current research deficiencies and outlines future development directions.

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