Wealthy

Name	Wealthy
Alias	N/A
GRIN ID	PI 588788
Type	Cultivar
Species	Malus x domestica
Description	N/A
Origin Country	N/A
Origin Detail	USA
Pedigree	N/A
Maternal Parent	Duchess of Oldenburg
Paternal Parent	Jonathan
Maternal Parent of	Fireside [view all 10]
Paternal Parent of	Haralson [view all 10]
Phenotypic Data	[view all 272]
SSR Genotype Data	[view all 28]
SNP Genotype Data	[view all 14150]
Map	N/A
DNA Library	N/A
Sequence	N/A
Comments	Fruit: size medium to large, W64-76 x L57-74 mm; shape intermediate to flat, rectangular to truncate; conic, convex, slightly ribbed; skin pale yellow, carmine stripes, sometimes carmine blush, a little greasy, thick, tough; flesh rather soft, coarse, greenish white tinged pink near skin; flavor sweet subacid; season mid to late. Tends to be biennial. Tree: rather weak, upright-spreading; produces spurs moderately well. Resistant to scab, fire blight and cedar-apple rust. Excellent juice apple; good for dessert and cooking. Add. LIT. CIT. 1992-93 H. Apple. Tsolum River Fruit Trees Cat. p. 32
Reference	Howard NP, Peace C, Silverstein KATS, Poets A, Luby JJ, Vanderzande S, Durel CE, Muranty H, Denancé C, and van de Weg E. The use of shared haplotype length information for pedigree reconstruction in asexually propagated outbreeding crops, demonstrated for apple and sweet cherry. Accepted to Horticulture Research.

Year	Publication
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	GDsnp00893	T/C	A|A
2	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00902	T/G	A|A
3	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00914	T/G	A|B
4	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00918	T/C	-|-
5	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00921	A/C	A|A
6	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00928	Y	A|B
7	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00934	T/C	A|B
8	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00943	A/G	A|B
9	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00947	A/G	B|B
10	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00955	A/C	B|B
11	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00958	T/G	A|A
12	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00959	R	B|B
13	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00971	T/G	A|B
14	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00978	T/G	A|B
15	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00980	T/C	B|B
16	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp00991	T/C	B|B
17	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01005	T/C	A|B
18	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01009	T/C	A|B
19	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01014	T/G	A|B
20	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01026	T/C	A|B
21	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01042	R	A|A
22	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01044	A/G	A|A
23	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01047	A/G	A|B
24	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01087	T/C	A|B
25	RosBREED_Apple_CRS_SNP_Genotype_2020	GDsnp01095	A/C	A|B

Database	Accession
GRIN	PI 588788