Discovery

Name	Discovery
Alias	N/A
GRIN ID	PI 589900
Type	Cultivar
Species	Malus x domestica
Description	An early ripening variety and is known as a crisp, well tasting apple.. partially resistant to scab
Origin Country	N/A
Origin Detail	England
Pedigree	Worcester Pearmain open-pollinated
Maternal Parent	Worcester Pearmain
Paternal Parent	Beauty of Bath
Maternal Parent of	Discovery_x_Prima-F1 [view all 5]
Paternal Parent of	Fiesta_x_Discovery-F1 [view all 7]
Phenotypic Data	[view all 241]
SSR Genotype Data	[view all 583]
SNP Genotype Data	[view all 14150]
Map	[view all 12]
DNA Library	N/A
Sequence	[view all 12 ]
Comments	Fruit: size medium to large, W60-77 x L45-61 mm; shape flat, rectangular to truncate-conic, convex, slight ribbing at the calyx basin, very even; skin pale greenish yellow, blushed bright red, light dots, fine scattered russet, solid russet at the calyx end. Flesh crisp, yellowish white tinged pink, excellent flavor. Some resistance to scab. Ripens from early to mid-August depending on location. Not a keeper..fruit tends to crack. Hardy compact tree, naturally semi-dwarf. Flowers frost resistant. Additional LIT.CIT. 1992-93. H. Apple. Tsolum River Fruit Trees Catalogue. p. 16. Scab resistant as noted in DARE project in Europe in 2003.
Reference	[view all 4]

Name	Type	PopulationType	Genome Group
Apple-FD-Fiesta-F1-2003	genetic	F1
Apple-DP-F1	genetic	F1
Apple-FD-F1-2006	genetic	F1
Apple-FD-Discovery-F1-2003	genetic	F1
Apple-FD-Fiesta-F1-2005-Durel	genetic	F1
Apple-FD-Discovery-F1-2005-Durel	genetic	F1
Apple-DT-F1	genetic	F1
Apple-FD-F1-2005-Komjanc	genetic	F1
Apple-DT-F1-2013	genetic	F1
Apple-DP-F1-2013	genetic	F1
Apple-FD-F1-2013	genetic	F1
Apple-DiPr-BC-2016	genetic	BC

#	Name	Dataset
1	qVOC.FD-LG2.Esters_Conthey.4	Apple-Volatile_Organic_Compound-Biasioli-2013
2	qVOC.FD-LG15.Ethylene_Conthey	Apple-Volatile_Organic_Compound-Biasioli-2013
3	qVOC.FD-LG2.Ethanol_Cadenazzo	Apple-Volatile_Organic_Compound-Biasioli-2013
4	qVOC.FD-LG2.Esters_Cadenazzo.1	Apple-Volatile_Organic_Compound-Biasioli-2013
5	qVOC.FD-LG2.Esters_Cadenazzo.2	Apple-Volatile_Organic_Compound-Biasioli-2013
6	qVOC.FD-LG2.Esters_Cadenazzo.3	Apple-Volatile_Organic_Compound-Biasioli-2013
7	qVOC.FD-LG2.Esters_Cadenazzo.4	Apple-Volatile_Organic_Compound-Biasioli-2013

Year	Publication
2013	Costa F, Cappellin L, Zini E, Patocchi A, Kellerhals M, Komjanc M, Gessler C, Biasioli F. QTL validation and stability for volatile organic compounds (VOCs) in apple. Plant Science. 2013; 211:1-7.
2013	Vogt J, Schiller D, Ulrich D, Schwab W, Dunemann F. Identification of lipoxygenase (LOX) genes putatively involved in fruit flavour formation in apple (Malus × domestica). Tree genetics & genomes. 2013; 9(6):1493-1511.
2003	Liebhard R, Koller B, Gianfranceschi L, Gessler C. Creating a saturated reference map for the apple (Malus x domestica Borkh.) genome. 2003 May; 106(8):1497-508.
2021	Howard, N.P., Peace, C., Silverstein, K.A.T. et al. The use of shared haplotype length information for pedigree reconstruction in asexually propagated outbreeding crops, demonstrated for apple and sweet cherry. Hortic Res 8, 202 (2021). https://doi.org/10.1038/s41438-021-00637-5

#	Dataset	Marker Name	Allele	Genotype
1	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_25266370_Lg15_RosCOS588_MAF30_362055_exon1	A/C	A|A
2	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_25674246_Lg2_01935_MAF40_1688931_exon1	A/C	A|A
3	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_26215685_Lg7_01516_MAF50_297285_exon1	A/C	A|A
4	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_26616826_Lg10_00812_MAF30_408812_exon1	A/C	A|A
5	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_26758625_Lg1_01228_MAF10_223072_exon1	A/C	A|-
6	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_26942761_Lg11_4114_MAF40_4114_exon1	A/C	B|B
7	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_26970454_Lg5_02729_MAF30_1664955_exon1	T/G	A|A
8	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_27124099_Lg1_01693_MAF10_MDP0000225224_exon2	A/C	A|A
9	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_27306234_Lg2_02271_MAF50_MDP0000898595_exon4	T/G	A|B
10	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_27610478_Lg8_01862_MAF20_1651176_exon2	T/G	-|-
11	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_27798613_Lg6_RosCOS750_MAF10_1646682_exon1	A/C	A|A
12	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_27848920_Lg5_01859_MAF10_535309_exon2	A/C	A|A
13	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_2852846_Lg13_00195_MAF30_407880_exon1	A/C	A|A
14	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_28752026_Lg11_01705_MAF40_1643481_exon1	T/G	A|A
15	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_2919674_Lg4_244093__244093_exon1	A/C	B|B
16	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_29615350_Lg3_01969_MAF40_272742_exon2	A/C	B|B
17	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_29824342_Lg9_00467_MAF50_1670978_exon1	A/C	A|B
18	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_30192576_Lg1_CXE4_MAF20_1677085_exon1	A/C	A|A
19	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_30246914_Lg1_CXE4_MAF50_MDP0000473154_exon2	A/C	A|B
20	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_3025133_Lg12_01615_MAF30_MDP0000260981_exon1	T/G	A|B
21	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_3051524_Lg9_00679_MAF40_5583_exon1	M	B|-
22	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_30649040_Lg1_320448_MAF20_320448_exon1	A/C	A|A
23	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_31057207_Lg13_01316_MAF20_883561_exon1	T/G	-|-
24	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_31095539_Lg3_01779_MAF30_MDP0000294017_exon13	M	A|A
25	RosBREED_Apple_CRS_SNP_Genotype_2020	RosBREEDSNP_SNP_AC_31154824_Lg3_01779_MAF10_1631386_exon11	A/C	A|A

Database	Accession
GRIN	PI 589900
Fruit and Nut Cultivars Database	11346