Table 1.

BR response to various kinds of cold stresses

Stress	Crop	Year	Remarks	References
Low temperature	Leymus chinensis	2016	EBR enhance growth and development by improvement of biosynthesis of photosynthetic pigment and antioxidant enzymes activities under low temperature	[94]
Chilling stress	Pepper	2015	EBR play protective role against chilling stress by increasing photosynthetic capacity and antioxidant enzymes activates	[47]
Chilling stress	Grapevines	2013	Exogenous EBR antioxidant defense system, reduce oxidative damage and lipid oxidation against chilling stress	[63]
Low temperature	Tomato	2016	EBR significantly increase plant growth and developmental process and reduce low temperature effect	[17]
Chilling stress	Cucumber	2015	EBR involved ethylene biosynthesis to regulate plant defense system, to resist abiotic (chilling) stress	[15]
Chilling stress	Pepper	2016	EBR regulate thousand genes in response to chilling stress	[2]
Low temperature	Cucumber	2018	EBR play a key role to improve growth, endogenous hormones and antioxidant enzymes regulation under chilling stress	[95]
Chilling stress	Cucumber	2015	EBR showed a significant resistance to chilling stress and increase antioxidant enzymes capacity	[15]
Chilling stress	Pepper	2015	EBR promote photosynthetic capacity, carbohydrate metabolism and reduce stress effect	[68]
Temperature stress	Brassica	2013	EBR significantly reduces the negative effect and protect cell membrane by increase proline contents and antioxidant enzyme activity to enhance stress resistance	[96]
Freezing stress	Arabidopsis	2016	EBR control basic helix-loop-helix transcriptional factor that regulate cold stress resistance genes	[69]