Table 1.

Summary of the studies of QTL mapping used for MQTL analysis for salinity tolerance in rice.

Sr. no.	Parents	Population type	Population size	No. of markers	Marker type	Trait	References
1	Nona Bokra/Koshihikari	F2:3	133	161	RFLP	SDS, SNA, NAU, SK, RNA, RNAU, RK, RKU	Lin et al. (2004)63
2	Tesanai 2/CB	RILs	96	74	RFLP	SDS, SDW, RDW, SNA, SK, SNAK	Masood et al. (2004)64
3	Jiucaiqing/IR36	F2	250	62	SSR	SES, RNAK, SDW	Ming-zhe et al. (2005)65
4	Co39/Moroberekan	RILs	120	29	SSR	SFW, SFD, SFW, SDW, SFD	Haq et al. (2008)66
5	CSR27/MI-48	F2	200	275	SSR, EST	SES, NAU, KU, NAKL, NAKS, CLU	Ammar et al. (2009)67
6	Ilpumbyeo/Moroberekan	BC3F5	117	125	SSR	RDW, RFW, RLA, RST	Kim et al. (2009)68
7	CSR 27/MI 48	RILs	216	162	SNP, SSR	NKU, KU, NAKS, NAU, NCLV, SES, NNAU	Pandit et al. (2010)7
8	Tiqing (TQ) / Tarome-M	BC2F5	62	114	SSR	SK, RK, RNA, SNAK, RNAK	Ahmadi et al. (2011)46
9	BRRI dhan40/NSIC Rc106	F2	93	262	EST, SSR	SES	Islam et al. (2011)69
10	Shaheen Basmati/Pokkali	F2:3	190	108	SSR	SL, SFW, SDW, SNA, SK, SNAK, RNA, RK, RNAK, SES	Javed et al. (2011)70
11	Teqing/wild rice (O rufipogon)	ILs	87	95	SSR	SES, RLRDW, RTDW	Tian et al. (2011)71
12	IR26/Jiucaiqing	RILs	150	135	SSR	SH, DSW, SH, DRW	Wang et al. (2011)72
13	IR26/Jiucaiqing	RILs	150	135	SSR	IR, GP	Wang et al. (2012)73
14	Gharib (T)/Sepidroud (S)	F2	148	236	AFLP, SSR	RFW, SFW, RDW, BM, SES, RL, SNA, SK, SNAK, CHL	Ghomi et al. (2013)74
15	Sadri/FL478	F2	232	123	SSR	DTF, PH, PN, DM, NFS, STE, TSP, GYLD, PF, TGW	Mohammadi et al. (2013)75
16	Cheriviruppu/PB 1	F2	218	131	SSR	PH, TN, PN, BM, PF, FNA, FNAK	Hossain et al. (2015)9
17	IR4630/IR15324	RILs	118	119	AFLP	NAU, SK, SNAK, KU, SNA, DM	Koyama et al. (2001)76
18	Ce258/ZGX1	ILS	200	179	SSR	SES, SDS, SNA, SK	Qiu et al. (2015)77
19	Bengal/Pokkali	ILS	276	107	SSR	SES, SL, RL, SDW	De Leon et al. (2016)78
	Bengal/Pokkali	RILs	187	1650	SNP	SNA, SK, SNAK, SES, CHL, SL, RL, SDW
20	At354 (T)/ Bg352 (S)	RILs	281	1135	SNP	SNAK, SNA, SK, SES, SL, RL, SFW, RFW, SDW, RDW	Gimhani et al. (2016)79
21	IR36/Pokkali	F2	113	111	SSR	GLWR, TGW, HI, UGP, DMS, STR	Khan et al. (2016)80
22	IR29/Hasawi	RILs	142	194	SNP	SES, RL, SL, SFW, RFW, SDW, RDW	Bizimana et al. (2017)81
23	Bengal/Pokkali	ILs	72	6797	SNP	SK, SNAK, SES, CHL, SL, SDW	De Leon et al. (2017)82
24	Jupiter/Nona Bokra	ILs	138	126	SSR	SES, SNA, SK, SNAK, CHL, SL, RL, SDW	Puram et al. (2017)83
25	IR29/Hasawi	RILs	145	194	SNP	SES, SL, RL, SFW, SDW	Rahman et al. (2017)84
26	Cheniere/Nona Bokra	ILs	112	116	SSR	SES, SK, SNAK, CHL, SL, RL, SDW, RLSNA, RLSL, RLRL, RLSDW	Puram et al. (2018)85
27	NSIC Rc222/BRRI dhan 47	F2	92	87	SNP	PH, TN, NFS, TSP, SFP, GYLD	Mondal et al. (2019)10
28	BRRI dhan29/Capsule	F2	94	105	SSR, InDel	SES, SDS, SL, SFW, SNA, SK, SNAK, CHL	Rahman et al. (2019)86
29	AC41585/IR 64	BC3F5	180	109	SSR	DEG, SES, STE	Chattopadhyay et al. (2021)12
30	IR29/Pokkali	RILs	148	56,897	SNP	SES, SNA, SK, SKNA, RNA, RK, RKNA, SDW, SFW, SL	Chen et al., (2020)87
31	Kolajoha/Ranjit	RILs	68	1248	SNP	SNA, RNA, NAK, SES, RL, SL, RFW, RSW, PDW	Mazumder et al. (2020)88
32	Dongnong425/Changbai10	BC2F2	190	137	SSR	SES, SNA, SK, RNA, RK	Zhang et al. (2020b)8
33	Landraces	LRs	179	21,623	SNP	SES, SNA, SNAK, CHL, SK	Le et al. (2021)30
34	PS5/CSR10	F2	140	100	HvSSR	SES, PH, PL, PT, BM, GYLD, CHL, PRO, RNA, RK, RNAK, SK, SNAK, FNA, FNAK, SSI, STI	Pundir et al. (2021)11