TABLE 2.

Main known functions of fungi specific for rhizosphere of C. oleifera (Rhizo-Sus) and C. yuhsienensis (Rhizo-Res).

Specific in	Microorganisms	RB	Functions	References
Rhizo-Sus	Verticillium leptobactrum	1.83%	Suppressing growth of root knot nematodes’ eggs and second-stage juveniles	Regaieg et al., 2011; Hajji et al., 2017
	Oidiodendron maius	0.36%	Increasing plant N uptake	Wei et al., 2016
	Candida intermedia	0.28%	Producing volatile organic compounds to control fruit rot of strawberry, reducing anthracnose incidence in avocado fruits by restraining mycelia growth of Colletotrichum gloeosporioides	Huang et al., 2011; Campos-Martínez et al., 2016
	Chrysosporium pseudomerdarium	0.03%	Producing gibberellins to increase plant shoot length and chlorophyll content	Hamayun et al., 2009; Waqas et al., 2014
	Lecanicillium fusisporum	0.03%	Antagonism against wheat disease Septoria tritici blotch	Latz et al., 2020
	Ustilaginoidea virens	0.50%	Causing false smut on rice	Brooks et al., 2009
	Cyphellophora sessilis	0.01%	Causing Sooty blotch and flyspeck on apple	Batzer et al., 2015
Rhizo-Res	Cenococcum geophilum	0.09%	Producing melanin to improve plant resistant to water stress	Jany et al., 2003
	Metarhizium anisopliae	0.03%	Protecting wheat from Sitophilus oryzae	Batta, 2004
	Monocillium bulbillosum	0.01%	Parasitizing the eggs of Heterodera filipjevi to protect plant	Ashrafi et al., 2017
	Veronaeopsis simplex	0.01%	Suppressing Fusarium wilt disease	Khastini et al., 2012
	Schizophyllum commune	0.01%	Causing brown germ and seed rot of oil palm	Dikin et al., 2006

RB indicates the relative abundance of bacteria in the rhizosphere of C. oleifera or C. yuhsienensis.