Table 4. Effect of salinity levels on dry wt, TI, efficiency of inoculants and TiO₂NPs concentration of mycorrhizal, and non-mycorrhizal plants supplemented with and without TiO₂NPs.

Periods		Dry Wt. g	Efficiency of inoculants	Tolerance index %	Tio2NPs concentrations
Treatments					Root	Shoot	T.F.
P. Control	NM	4.6
	M	11.7	154
TiO2NPs	NM	4.9	6		0.53d	0.77a	1.45
	M	13.6	195		0.66b	0.42c	0.63
NaCl 100mM	NM	3.5	-24	76	-	-
	M	12.9	180	110	-	-
NaCl 200mM	NM	1.9	-59	38			-
	M	6.8	48	58	-	-
TiO2NPs+100mMNaCl	NM	3.2	-37	65	0.47d	0.79a	1.68
	M	14.9	224	110	0.92a	0.47a	0.51
TiO2NPs+NaCl200mM	NM	1.2	-74	24	0.11e	0.78a	7.1
	M	10.6	130	78	0.91c	0.48ab	0.52
LSD (P>0.05)		0.54			0.026	0.054

Efficiency of inoculants = d.w treated- d.w control / d.w. control; Tolerance index TI % = d.w. Plant at salinity level ×100 / d.w. plant at 0.0 level of salinity; NM; Non-mycorrhizal plants and M; Mycorrhizal plants., Translocation Factors (T F) = level of element in shoot / level of element in root; LSD: At significant level (P>0.05).Sample symbols (a.a) mean non significant difference (a.b) mean significant difference.