EST markers
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  Genotype LG # Ref Chr Map type No. of markers Map length Mapping population Publication Notes
mapDiscovery 1414single parent 43.00 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapBraeburn 121single parent 34.90 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapFiesta 1515single parent 510.00 Prima x FiestaCosta et al. Euphytica (2005) 141: 181-190 
mapFiesta 1515single parent 511.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapA722-7 x Golden Delicious 22integrated 811.80 A722-7 x Golden DeliciousGygax et al. Theor Appl Genet (2004) 109: 1702-1709 
mapDiscovery 33single parent 413.90 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapFiesta 88single parent 417.30 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapMalling9 66single parent 317.60 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapPI 613988 33single parent 519.52 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery 55single parent 522.50 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapDiscovery 44single parent 523.60 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapFiesta 1313single parent 1724.00 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapAotea 88single parent 624.10 M.9 x Aotea 1Bus et al. (2008) Tree Genetics & Genomes 4:233-236 
mapFiesta 33single parent 425.70 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapFiesta 66single parent 626.20 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapMalling9 44single parent 729.60 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapM.27 x M.116 1414integrated 1330.31 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapDiscovery 99single parent 531.00 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapPrima 1111single parent 631.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapFiesta x Totem 44integrated 1131.23 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapPrima 77single parent 1332.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapRegia x Pingo 22integrated 932.00 02/223Boudichevskaia et al. (2006) Tree Genetics & Genomes 2(4): 186-19580 individuals
mapFiesta 1010single parent 832.10 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapRobusta5 11single parent 833.10 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapPrima 1717single parent 534.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapDiscovery 1414single parent 2134.50 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapDiscovery 1010single parent 635.10 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapDiscovery 77single parent 836.70 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapTelamon 80single parent 539.80 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapMalling9 11single parent 640.70 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapBraeburn 118single parent 1240.90 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapRegia x Piflora 22integrated 1841.00 02/206Boudichevskaia et al. (2006) Tree Genetics & Genomes 2(4): 186-19580 individuals
mapDiscovery 1111single parent 641.60 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapFiesta 1414single parent 942.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapFiesta 11single parent 1042.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 1414single parent 542.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapTelamon 164single parent 942.10 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapFiesta x Totem 66integrated 942.41 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapRoyal Gala 1414single parent 942.64 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapTelamon 118single parent 1542.90 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapFiesta 1313single parent 643.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapDiscovery 33single parent 743.30 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapTelamon 140single parent 1043.90 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
map91.136 B6-77 99single parent 745.00 A194 (Sciros x 91.136 B6-77)Chagné et al. BMC Genomics (2007) 8:212 
mapFiesta 1212single parent 845.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapRobusta5 44single parent 1145.70 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapNorthern Spy 88single parent 845.80 Sciglo x Northern SpyBus et al. (2008) Tree Genetics & Genomes 4:233-236 
mapPrima 88single parent 2346.00 Prima x FiestaGao et al (2005) Theor. Appl. Genet. 111:1087-1097 
mapPrima 88single parent 1246.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapFiesta x Totem 1414integrated 1846.53 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapFiesta 77single parent 1147.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 22single parent 847.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 99single parent 947.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapRoyal Gala 22single parent 947.40 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapFiesta x A871-14 1212integrated 848.00 Fiesta x A871-14  
mapPrima 1313single parent 1148.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapFiesta 1414single parent 3548.20 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapPrima 44single parent 1349.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 22single parent 1649.30 Prima x FiestaGao et al (2005) Theor. Appl. Genet. 111:1087-1097 
mapMalling9 1414single parent 651.00 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapRobusta5 77single parent 551.00 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapPI 613988 44single parent 951.04 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery 22single parent 1251.60 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapPrima x Fiesta 77integrated 1652.00 Prima x FiestaCalenge et al (2005) Theor Appl Genet 111:1 128-135 
mapRobusta5 1313single parent 1052.20 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapMalling9 1313single parent 952.30 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapTelamon 76single parent 1352.50 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapFiesta 99single parent 2353.20 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapBraeburn 114single parent 1154.00 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapM.27 x M.116 88integrated 1254.00 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapPrima 11single parent 2554.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapDiscovery 77single parent 2454.20 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapTelamon 170single parent 954.20 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapSpur-Fuji x Telamon 1010integrated 1354.60 Spur-Fuji x TelamonTian et al. (2005) Euphytica 145: 181-188106 individuals
mapFiesta 66single parent 855.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapFiesta 99single parent 755.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 1616single parent 1755.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 66single parent 1155.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapFiesta 88single parent 1755.30 Prima x FiestaGao et al (2005) Theor. Appl. Genet. 111:1087-1097 
mapRoyal Gala 44single parent 855.86 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapPrima 1010single parent 1456.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapMalling9 99single parent 1456.50 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapRobusta5 88single parent 1156.80 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapM.27 x M.116 1313integrated 1656.89 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapDiscovery x TN10-8 11integrated 957.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapFiesta 1111single parent 2157.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 1515single parent 858.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapApple Integrated Map 1616integrated 7858.30 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapFiesta x Discovery 33integrated 1459.00 Fiesta x DiscoveryCalenge et al (2005) Theor Appl Genet 111:1 128-135 
mapFiesta x Discovery 77integrated 1859.00 Fiesta x DiscoveryCalenge et al (2005) Theor Appl Genet 111:1 128-135 
mapApple Integrated Map 77integrated 7159.20 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapRobusta5 99single parent 1059.50 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapFiesta x Totem 1212integrated 1759.65 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapFiesta 88single parent 860.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 1515single parent 1160.00 Prima x FiestaCosta et al. Euphytica (2005) 141: 181-190 
mapDiscovery x TN10-8 1111integrated 961.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapPrima 1212single parent 1061.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 33single parent 1261.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapRobusta5 66single parent 1261.80 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapRobusta5 22single parent 2161.80 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapDiscovery x TN10-8 1515integrated 1162.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapFiesta 1616single parent 1062.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapTelamon 121single parent 1662.00 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapTelamon 47single parent 1462.20 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapTelamon 33single parent 2062.40 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapM.27 x M.116 1212integrated 1862.57 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapMalling9 1616single parent 662.80 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapDiscovery x TN10-8 88integrated 1763.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapFiesta 44single parent 663.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapM.27 x M.116 99integrated 2563.00 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapRoyal Gala 55single parent 1963.01 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapPI 613988 99single parent 1063.64 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapPI 613988 77single parent 1363.99 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapPrima x Fiesta 33integrated 1864.00 Prima x FiestaCalenge et al (2005) Theor Appl Genet 111:1 128-135 
mapFiesta x Totem 88integrated 1264.30 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapDiscovery 33single parent 1564.80 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapM.27 x M.116 33integrated 1664.84 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapRobusta5 1717single parent 664.90 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapTelamon 114single parent 2164.90 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapRobusta5 1414single parent 1265.20 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapFiesta 55single parent 3865.30 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapPrima 99single parent 4165.40 Jonathan x PrimaGao et al (2005) Theor. Appl. Genet. 111:1087-1097 
mapRobusta5 1616single parent 1465.40 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapApple Integrated Map 44integrated 9165.60 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapRobusta5 1717single parent 865.60 Malling 9 x Robusta 5Bus et al. (2008) Tree Genetics & Genomes 4:233-236 
mapFiesta 33single parent 2465.70 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapFiesta 88single parent 3366.00 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapBraeburn 76single parent 1466.10 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapMalling9 77single parent 666.10 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapTelamon 90single parent 1866.10 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapDiscovery 99single parent 1466.40 Fiesta x DiscoveryGao et al (2005) Theor. Appl. Genet. 111:1087-1097 
mapFiesta 1616single parent 3366.50 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapFiesta 77single parent 2766.80 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapFiesta 22single parent 1067.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPrima 55single parent 1867.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapDiscovery 22single parent 2467.30 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapFiesta 1717single parent 4167.90 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapM.27 x M.116 11integrated 1468.10 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapFiesta x Totem 1717integrated 2168.26 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapM.27 x M.116 55integrated 2668.48 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapFiesta 66single parent 3468.60 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapFiesta 99single parent 1869.10 Prima x FiestaGao et al (2005) Theor. Appl. Genet. 111:1087-1097 
mapFiesta 44single parent 2169.10 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapRobusta5 55single parent 2069.20 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapRoyal Gala 77single parent 869.25 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapFiesta x Totem 11integrated 1169.50 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapPI 613988 88single parent 969.64 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery 88single parent 2969.70 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapMalling9 1010single parent 1469.70 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapM.27 x M.116 1717integrated 2769.86 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapTelamon 217single parent 1869.90 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapDiscovery x TN10-8 1212integrated 970.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapFiesta 1717single parent 670.10 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapTelamon 1510single parent 1070.20 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapTelamon 62single parent 2270.30 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapPI 613988 1414single parent 670.33 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapBraeburn 1012single parent 1570.60 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapRoyal Gala 66single parent 970.94 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapFiesta 22single parent 1871.10 Prima x FiestaGao et al (2005) Theor. Appl. Genet. 111:1087-1097 
mapBraeburn 140single parent 1771.20 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapFiesta 1111single parent 3371.50 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapFiesta x Totem 77integrated 871.61 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapRobusta5 1111single parent 1971.70 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapDiscovery 88single parent 1371.80 Discovery x TN10-8Bus et al. (2008) Tree Genetics & Genomes 4:233-236 
mapTelamon 1311single parent 1472.30 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapBraeburn 30single parent 1472.40 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapRoyal Gala 11single parent 972.40 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery 99single parent 2572.50 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapRoyal Gala 1313single parent 672.75 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapPI 613988 11single parent 1672.80 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapM.27 x M.116 66integrated 1272.98 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapPI 613988 55single parent 1172.99 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapFiesta x Discovery 1212integrated 1973.00 Fiesta x DiscoveryCalenge et al (2005) Theor Appl Genet 111:1 128-135 
mapApple Integrated Map 99integrated 11873.30 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapFiesta x Totem 22integrated 1173.49 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapApple Integrated Map 88integrated 9873.50 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapMalling9 55single parent 2573.50 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapFiesta 11single parent 1873.60 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapRobusta5 33single parent 1173.90 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapMondial Gala 1010single parent 874.00 Fiesta x Mondial GalaCosta et al. Euphytica (2005) 141: 181-190 
mapApple Integrated Map 1212integrated 12374.20 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapBraeburn 813single parent 1474.20 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapTelamon 1012single parent 1674.40 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapDiscovery x TN10-8 1717integrated 1875.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapFiesta 1010single parent 5975.00 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapFiesta x Totem 55integrated 1375.03 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapRoyal Gala 1111single parent 1475.08 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapApple Integrated Map 1717integrated 9075.30 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapBraeburn 170single parent 1075.30 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapM.27 x M.116 44integrated 1275.51 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapM.27 x M.116 77integrated 1675.67 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapDiscovery 11single parent 675.90 Fiesta x DiscoveryBaldi et al. (2004) Theor Appl Genet 109:231-239 
mapApple Integrated Map 66integrated 6876.00 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapFiesta 1717single parent 1076.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapRobusta5 1212single parent 1476.60 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapMalling9 1212single parent 1376.90 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapFiesta 33single parent 1177.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapFiesta 1212single parent 2677.00 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapApple Integrated Map 1414integrated 8877.10 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapFiesta x Totem 99integrated 1677.35 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapDiscovery 11single parent 2277.40 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapApple Integrated Map 1313integrated 10377.50 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapFiesta 22single parent 4177.60 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapApple Integrated Map 1111integrated 10577.70 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapFiesta x Totem 1313integrated 1478.20 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapBraeburn 62single parent 2378.90 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapBraeburn 164single parent 1779.00 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapRoyal Gala 1717single parent 1879.15 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery 44single parent 4879.20 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapPI 613988 1313single parent 1179.91 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapFiesta 1010single parent 2782.00 Fiesta x Mondial GalaCosta et al. Euphytica (2005) 141: 181-190 
mapDiscovery 1616single parent 4682.10 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapDiscovery 66single parent 1982.90 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapM.27 x M.116 1616integrated 2183.51 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapRoyal Gala 1616single parent 883.53 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapRoyal Gala 88single parent 884.07 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapMalling9 88single parent 1784.20 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapRobusta5 1010single parent 1184.40 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapMalling9 22single parent 2384.80 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapFiesta x Discovery 1313integrated 2285.00 Fiesta x DiscoveryCalenge et al (2005) Theor Appl Genet 111:1 128-135 
mapTN10-8 1717single parent 1685.20 Discovery x TN10-8Bus et al. (2008) Tree Genetics & Genomes 4:233-236 
mapApple Integrated Map 22integrated 14085.40 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapFiesta x Totem 33integrated 1385.65 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapMalling9 1111single parent 1586.40 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapPI 613988 1616single parent 1486.64 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapFiesta x Totem 1616integrated 1786.72 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapRoyal Gala 1212single parent 1186.93 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery x TN10-8 1010integrated 2387.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapFiesta x Totem 1111integrated 2487.45 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapM.27 x M.116 22integrated 1587.65 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapRoyal Gala 99single parent 1587.68 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery 1111single parent 4487.90 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapBraeburn 1311single parent 2088.00 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapFiesta 1010single parent 2288.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapBraeburn 217single parent 1988.30 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapDiscovery x TN10-8 1616integrated 1489.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapTelamon 515single parent 2989.00 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapApple Integrated Map 33integrated 11489.10 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapDiscovery 1212single parent 3889.30 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapM.27 x M.116 1010integrated 2689.51 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapApple Integrated Map 11integrated 9589.60 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapPI 613988 22single parent 1089.95 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapRoyal Gala 1010single parent 990.19 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery 1313single parent 4190.60 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapPI 613988 66single parent 691.88 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapBraeburn 515single parent 1291.90 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapApple Integrated Map 55integrated 10692.00 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapMalling9 1717single parent 1092.10 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapBraeburn 1510single parent 2692.30 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapRobusta5 1515single parent 1293.50 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapRoyal Gala 33single parent 1193.70 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery x TN10-8 22integrated 2894.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapFiesta x Totem 1010integrated 2494.02 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapM.27 x M.116 1111integrated 2894.34 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapApple Integrated Map 1010integrated 8994.60 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapBraeburn 47single parent 896.60 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapPI 613988 1212single parent 996.96 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery 1010single parent 2897.20 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapPI 613988 1111single parent 997.86 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapDiscovery x TN10-8 55integrated 1498.00 Discovery x TN10-8Calenge et al (2005) Theor Appl Genet 110:4 660-668 
mapFiesta 55single parent 1698.00 Prima x FiestaMaliepaard et al. Theor Appl Genet (1998) 97: 60-73EU project: EAGMAP
mapPI 613988 1717single parent 1298.06 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapFiesta x Totem 1515integrated 2499.34 Fiesta x TotemFernandez-Fernandez F. et al (2008). Tree Genetics & Genomes 
mapDiscovery 1717single parent 2599.80 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapApple Integrated Map 1515integrated 17399.99 Apple Integrated MapVelasco et al. (2010) Nature Genetics 42: 822-839The genetic maps that were used to develop the integrated map for metacontig anchoring were derived from six F1 populations totaling 720 individuals: 270 plants from the cross between 'Golden Delicious' and 'Scarlet', grown at FEM-IASMA (San Michele, TN, Italy), 88 plants from 'Golden Delicious' x 'Braeburn', IASMA; 91 plants from 'Golden Delicious' x 'McIntosh-Wijick', IASMA; 89 plants from 'Disc
mapBraeburn 90single parent 2999.99 Telamon x BraeburnKenis & Keulemans. Molecular Breeding (2005) 15: 205-219 
mapDiscovery 1515single parent 4099.99 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapDiscovery 55single parent 5599.99 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapFiesta 1515single parent 3199.99 Fiesta x DiscoverySilfverberg-Dilworth et al. (2006) Tree Genetics & Genomes 2(4) 202-224HiDRAS reference map
mapM.27 x M.116 1515integrated 2799.99 M432 mapping populationFernández-Fernández F. et al (2012) Tree Genetics & Genomes 8(5) 991-1002A genetic linkage map of the M432 mapping progeny derived from the cross ‘M.27’?×?‘M.116’. The map contains a total of 324 molecular loci, 323 SSR markers, and the S locus. The map spans 17 linkage groups (LG1–LG17) and covers a total genetic distance of 1,229.5 cM.
mapMalling9 33single parent 1099.99 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapMalling9 1515single parent 1299.99 Malling 9 x Robusta 5Celton et al.(2009) Tree Genetics & Genomes 
mapPI 613988 1010single parent 1999.99 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapPI 613988 1515single parent 1199.99 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii
mapRoyal Gala 1515single parent 1999.99 GMAL 4595 from Royal Gala x PI 613988Wang et al. (2012) Molecular BreedingPI 613988 is an apple scab resistant accession of M. sieversii

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