Table 1.
Genetic maps for diploid and tetraploid Arachis species
| Genome | Population | Population size | Marker loci mapped | Marker type | LGs | Total map distance (cM) | References |
|---|---|---|---|---|---|---|---|
| AA | A. stenosperma × A. cardenasii | 87 F2 | 132 | RFLP | 11 | 1,063.00 | Halward et al., 1993; |
| [A. stenosperma × (A. stenosperma × A. cardenasii)] | 44 BC1F1 | 206 | RAPD, RFLP | 11 | 800 | Garcia et al., 2005; | |
| A. duranensis (K7988) × A. stenosperma (V10309) | 93 F2 | 204 | SSR | 11 | 1,230.89 | Moretzsohn et al., 2005; | |
| 93 F2 | 369 | SSR, anchor, AFLP, NBS profiling, SNP, RGA‐RFLP SCAR | 10 | – | Leal‐Bertioli et al., 2009; | ||
| 89 F5 | 597 | SSR, TE | 10 | 544.00 | Shirasawa et al., 2013; | ||
| 90 F5 | 384 | SNP, SSR | 10 | 705.10 | Bertioli et al., 2014; | ||
| 93 F6 | 502 | SNP, SSR, RGA, anchor, morphological | 10 | 1,004.10 | Leal‐Bertioli et al., 2016; | ||
| A. duranensis (PI 475887) × A. duranensis (Grif 15036) | 94 F2 | 1,724 | SNP, SSR, SSCP, RGC | 10 | 1,081.30 | Nagy et al., 2012; | |
| BB | A. ipaënsis (K30076) × A. magna (K30097) | 93 F2 | 149 | SSR | 10 | 1,294.00 | Moretzsohn et al., 2009; |
| 94 RILs | 798 | SSR, TE | 10 | 461.00 | Shirasawa et al., 2013; | ||
| 94 RILs | 399 | SSR, TE | 10 | 678.00 | Leal‐Bertioli et al., 2015; | ||
| K 9484 (PI 298639) × GKBSPSc 30081 (PI 468327) in A. batizocoi | 94 F2 | 449 | SSR | 16 | 1,278.60 | Guo et al., 2012; | |
| AABB | Florunner × TxAG‐6 {[A. batizocoi K9484 × (A. cardenasii GKP10017 × A. diogoi GKP10602)]4×} | 78 BC1F1 | 370 | RFLP | 23 | 2,210.00 | Burow, Simpson, Starr, & Paterson, 2001; |
| 78 BC1F1 | 91 | SSR | 22 | 1,321.90 | Wilson et al., 2017; | ||
| ICG 12991 × ICGV‐SM 93541 | 60 F2 | 12 | AFLP | 5 | 139.4 | Herselman et al., 2004; | |
| [Fleur 11 × (A. ipaënsis × A. duranensis)4×] | 88 BC1F1 | 298 | SSR | 21 | 1,843.70 | Foncéka et al., 2009; | |
| Yueyou 13 × Zhenzhuhei | 142 RILs | 131 | SSR | 20 | 679.00 | Hong et al., 2008; | |
| TAG 24 × ICGV 86031 | 318 RILs | 135 | SSR | 22 | 1,270.50 | Varshney et al., 2009; | |
| 318 RILs | 191 | SSR | 22 | 1,785.40 | Ravi et al., 2011; | ||
| Yueyou 13 × Zhenzhuhei | 142 F4:6 | 132 | SSR | 19 | 684.90 | Hong et al., 2010; | |
| Yueyou 13 × Fu 95‐5 | 84 F4:6 | 109 | SSR | 21 | 540.69 | Hong et al., 2010; | |
| Yueyou 13 × J11 | 136 F4:6 | 46 | SSR | 13 | 401.70 | Hong et al., 2010; | |
| TAG 24 × GPBD 4 | 268 RILs | 56 | SSR | 14 | 462.24 | Khedikar et al., 2010; | |
| 266 RILs | 188 | SSR | 20 | 1,922.40 | Sujay et al., 2012; | ||
| 266 RILs | 289 | SSR, TE | 20 | 1,730.80 | Kolekar et al., 2016; | ||
| TG 26 × GPBD 4 | 146 RILs | 45 | SSR | 8 | 657.90 | Sarvamangala et al., 2011; | |
| 146 RILs | 181 | SSR | 21 | 1,963.00 | Sujay et al., 2012; | ||
| ICGS 44 × ICGS 76 | 188 RILs | 82 | SSR | 15 | 831.40 | Gautami, Pandey, et al., 2012; | |
| ICGS 76 × CSMG 84‐1 | 177 RILs | 119 | SSR | 20 | 2,208.20 | Gautami, Pandey, et al., 2012; | |
| SunOleic 97R × NC94022 | 352 RILs | 172 | SSR, CAPs | 22 | 920.70 | Qin et al., 2012; | |
| 352 RILs | 206 | SSR, CAPs | 20 | 1,780.60 | Pandey, Wang, et al., 2014; | ||
| 352 RILs | 248 | SSR | 21 | 1,425.90 | Khera et al., 2016; | ||
| Tifrunner × GT‐C20 | 94 F2 | 318 | SSR | 21 | 1,674.40 | Wang et al., 2012; | |
| 248 RILs | 239 | SSR, CAPs | 26 | 1,213.40 | Qin et al., 2012; | ||
| 248 RILs | 378 | SSR, CAPs | 20 | 2,487.40 | Pandey, Wang, et al., 2014; | ||
| 248 RILs | 418 | SSR | 20 | 1,935.40 | Pandey, Wang, et al., 2017; | ||
| YI‐0311 × Nakateyutaka | 186 F2 | 326 | SSR, TE | 19 | 1,332.90 | Shirasawa et al., 2012; | |
| Satonoka × Kintoki | 94 F2 | 1,114 | SSR, TE | 21 | 2,166.40 | Shirasawa et al., 2012; | |
| A. hypogaea “Runner IAC 886” × (A. ipaensis × A. duranensis)4x | 91 RILs | 1,469 | SSR, TE | 20 | 1,442.00 | Shirasawa et al., 2013; | |
| 89 F6 | 772 | SNP, SSR | 20 | 1,487.30 | Bertioli et al., 2014; | ||
| Zhonghua 5 × ICGV 86699 | 166 RILs | 1,685 | SNP, SSR | 20 | 1,446.70 | Zhou et al., 2014; | |
| VG 9514 × TAG 24 | 164 RILS | 95 | SSR | 24 | 882.90 | Mondal et al., 2012; | |
| 164 RILs | 190 | SSR, ISSR, TE, RGC | 21 | 1,796.70 | Mondal, Hadapad, Hande, & Badigannavar, 2014; | ||
| Zhonghua 10 × ICG12625 | 232 F2 | 470 | SSR | 20 | 1,877.30 | Huang et al., 2015; | |
| 140 RILs | 1,219 | SSR, TE | 20 | 2,038.75 | Huang et al., 2016; | ||
| Fuchuan Dahuasheng × ICG 6375 | 218 F2:3 | 347 | SSR | 22 | 1,675.60 | Chen, Jiao, et al., 2016; | |
| Xuhua 13 × Zhonghua 6 | 282 F2:3 | 228 | SSR | 22 | 1,337.70 | Chen, Jiao, et al., 2016; | |
| Florida‐ EP™ “113” × Georgia Valencia | 163 F2 | 30 | SSR, SNP | 1 | 157.80 | Tseng et al., 2016; | |
| ICGV 00350 × ICGV 97045 | 268 F2 | 1,152 | DArT, DArTseq | 20 | 2,423.12 | Vishwakarma et al., 2016; | |
| 79266 × D893 | 151 RILs | 231 | SSR | 23 | 905.18 | Li et al., 2017; | |
| Yuanza 9102 × Xuzhou 68‐4 | 195 RILs | 743 | SSR | 22 | 1,232.57 | Luo, Ren, et al., 2017; | |
| 195 RILS | 830 | SSR | 20 | 1,386.19 | Luo, Xu, et al., 2017; | ||
| ICGV 07368 × ICGV 06420 | 184 F2 | 854 | DArT, SSR | 20 | 3,526.00 | Shasidhar et al., 2017; | |
| ICGV 06420 × SunOleic 95R | 179 F2 | 1,435 | DArT, DArTseq | 20 | 1,869.00 | Shasidhar et al., 2017; | |
| Tamrun OL07 × Tx964117 | 90 RILs | 1,211 | SNP | 20 | – | Liang, Baring, Wang, & Septiningsih, 2017; | |
| TMV 2 × TMV 2‐NLM | 432 RILS | 91 | TE | 20 | 1,205.66 | Hake et al., 2017; | |
| Consensus | 3 populations | – | 175 | SSR | 22 | 885.40 | Hong et al., 2010; |
| 2 populations | – | 225 | SSR | 20 | 1,152.90 | Sujay et al. 2012 | |
| 3 populations | – | 293 | SSR | 20 | 2,840.80 | Gautami, Pandey, et al., 2012; | |
| 2 populations | – | 324 | SSR | 21 | 1,352.10 | Qin et al., 2012; | |
| 11 populations | – | 897 | SSR | 20 | 3,863.60 | Gautami, Foncéka, et al., 2012; | |
| 16 populations | – | 3,693 | SSR, TE | 20 | 2,651.00 | Shirasawa et al., 2013 |
TE: transposon elements; RGC: resistance gene candidate; RGA: resistance gene analogue.