The role of biostimulants and bioeffectors as alleviators of abiotic stress in crop plants

Van Oosten, Michael James; Pepe, Olimpia; De Pascale, Stefania; Silletti, Silvia; Maggio, Albino

doi:10.1186/s40538-017-0089-5

Chemical and Biological Technologies in Agriculture

Table 1 Summary of species, biostimulant, and stress effect

From: The role of biostimulants and bioeffectors as alleviators of abiotic stress in crop plants

Type of BE	Crop	Stress and effect	Reference
A. brasilense	T. aestivum	Drought tolerance	[16, 17]
A. brasilense	C. arietinum	Salt tolerance	[18]
A. brasilense	V. faba	Salt tolerance	[18]
A. brasilense	L. sativa	Salt tolerance	[19, 20]
A. brasilense	T. aestivum	Salt and osmotic stress	[21]
A. brasilense	L. lycopersicum	Drought tolerance	[22]
A. brasilense/P. dispersa	C. annuum	Salt tolerance	[23]
A. chrococcum	Z. mays	Salt tolerance	[24]
A. chrococcum	T. aestivum	Salt tolerance	[25]
A. chrococcum	T. aestivum	Temperature tolerance	[26, 27]
A. lipoferum	T. aestivum	Salt tolerance	[28]
A. nodosum	Kappaphycus alvarezii	Cold tolerance	[29]
A. nodosum	P. dulcis	Ion homeostasis	[30]
A. nodosum	C. sinensis	Drought tolerance	[31]
B. phytofirman,	Vitis vinifera	Cold tolerance	[32, 33]
F. glaciei	Solanum lycopersicum	Cold tolerance	[34]
Fulvic and humic acids	F. arundinacea	Drought tolerance	[35, 36]
Fulvic and humic acids	A. palustris	Drought tolerance	[37]
Glycinebetaine	L. lycopersicum	Chilling stress	[38]
H. diazotrophicus	H. vulgare	Salt tolerance	[39]
Humic acid and phosporous	C. annuum	Salt tolerance and ion homeostasis	[40]
Humic acids	O. sativa	Oxidative and drought stress	[41]
Humic acids	P. vulgaris	Salt tolerance	[42]
Megafol	L. lycopersicum	Drought tolerance	[43]
Melatonin	Z. mays	Chilling tolerance	[44]
P. frederiksbergensis	Solanum lycopersicum	Cold tolerance	[34]
P. putida	T. aestivum	Heat tolerance	[45]
P. putida	S. bicolor	Heat tolerance	[46]
P. vancouverensis	Solanum lycopersicum	Cold tolerance	[34]
P.dispersa	T. aestivum	Cold tolerance	[47]
Protein hydrolysates	H. vulgare	Ion homeostasis	[48]
Protein hydrolysates	Z. mays	Salt tolerance	[49]
Protein hydrolysates	T. aestivum	Heavy metal tolerance	[50]
Protein hydrolysates	L. sativa	Salt tolerance, cold tolerance	[51, 52]
Protein hydrolysates	D. kaki/D. lotus	Salt tolerance	[53]
Protein hydrolysates	Lolium perenne	Heat tolerance	[51]
R. leguminosarum	V. faba	Salt tolerance	[54]
R. leguminosarum	P. sativum	Salt tolerance	[54]
SWE	A. thaliana	Cold tolerance	[55, 56]
SWE	P. pratensis	Salt tolerance	[57]
SWE	A. stolonifera	Heat tolerance	[58]
SWE	S. oleracea	Drought tolerance	[59]
SWE	L. sativa	Ion homeostasis	[60]
SWE	V. vinifera	Drought tolerance and ion homeostasis	[61]
SWE	S. nipponica	Drought tolerance	[62]
SWE	P. eugenioides	Drought tolerance	[62]
SWE	Z. mays	Cold tolerance	[63]

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