Details for: PI 597165, Vitis hybr., 'Bluebell (Minn 158)'

Summary Data

Taxonomy:

Vitis hybr.

Cultivar:

'Bluebell (Minn 158)'

Origin:

Developed – Minnesota, United States

Maintained:

Natl. Germplasm Repository - Geneva

Received by NPGS:

12 Jan 1987

Improvement Status:

Cultivar

Form Received:

Cutting

Life Form:

Vine

Life Habit:

Woody Vine

Availability

Form	Quantity	Note	Inventory	Cart
Cutting	5 count	NOTE: The deadline for requesting germplasm from our site is November 1 for dormant cuttings. Requests are limited to 10 accessions.	PI 597165 .01 PL

Note: When you select cuttings, you will receive unrooted cuttings, not rooted plants, unless specific arrangements have been made with the curator.

Images (4 total. Click on image for more.)

Core Passport Data

Taxonomy:

Vitis hybr.

Cultivar:

'Bluebell (Minn 158)'

Origin:

Developed – Minnesota, United States

Maintained:

Natl. Germplasm Repository - Geneva

Received by NPGS:

12 Jan 1987

Improvement Status:

Cultivar

Form Received:

Cutting

Life Form:

Vine

Life Habit:

Woody Vine

Source History

Developed

01 January 1944.
Minnesota, United States

Developer(s):

Wilcox, A.W., University of Minnesota

Donated

12 January 1987.
Minnesota, United States

Donor(s):

Accession Names and Identifiers

'Bluebell (Minn 158)'

Type: Cultivar name

GVIT 394

Type: Site identifier

Narrative

Blue slipskin table grape with labrusca flavor. Quality is good for dessert, very good for juice or jelly. Excellent cold hardiness and disease resistance. Fruit size about equal to Concord, fruit ripens about two weeks earlier. This variety is heterozygous for fruit color. Vine: productive; vigorous; hardy.

Vitis hybr.

Genus:

Vitis

Family:

Vitaceae

Subfamily:

Vitoideae

Nomen number:

300679

Comment:

interim designation used in GRIN for Vitis hybrids that lack an acceptable binomial

Verified:

11/02/1990 by ARS Systematic Botanists.

Other conspecific taxa

Autonyms (not in current use), synonyms and invalid designations

Common names

Annotations

Observations

Phenotype Data

Category	Descriptor	Description	Value	Study	Inventory	Availability
CHEMICAL	Brix	Average percent sugar content for 10 berries	19.2	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Cluster Length	Average length in centimeters of 10 fruit clusters	13.2	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Cluster Width	Average width in centimeters of 10 fruit clusters	9.1	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Peduncle Length	Average length in centimeters of peduncles on 10 fruit clusters	2.7	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Berry Length	Average length in millimeters of 10 berries	17.4	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Berry Width	Average width in millimeters of 10 berries	17.8	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Berry Size	Berrysize (berry length X berry width)	309.7	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Berry Shape	Typical berry shape	3 - Roundish	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Skin Color	Typical color of berry skin	6 - Blue-black	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Flesh Color	Flesh colored or not colored	1 - Flesh not colored	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Fruit Clusters	Average number of fruit clusters on 10 shoots	2	GRAPE.MORPHOLOGY.95	PI 597165 .01 PL
MORPHOLOGY	Fruit Clusters	Average number of fruit clusters on 10 shoots	2	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Berry Weight	Average weight in grams of 10 berries	3.4	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.MORPHOLOGY.02	PI 597165 .01 PL
MORPHOLOGY	Seedlessness	Seedlessness, presence or absence of seeds	3 - Seed well developed	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
PHENOLOGY	Bloom Date	Full bloom recorded as Julian days from January 1 when 50% of the flower hoods have fallen. Based on Stage 65 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	150	GRAPE.PHENOLOGY.12		Not Available
PHENOLOGY	Bloom Date	Full bloom recorded as Julian days from January 1 when 50% of the flower hoods have fallen. Based on Stage 65 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	158	GRAPE.PHENOLOGY.13		Not Available
PHENOLOGY	Bloom Date	Full bloom recorded as Julian days from January 1 when 50% of the flower hoods have fallen. Based on Stage 65 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	159	GRAPE.PHENOLOGY.11		Not Available
PHENOLOGY	Bloom Date	Full bloom recorded as Julian days from January 1 when 50% of the flower hoods have fallen. Based on Stage 65 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	161	GRAPE.BLOOMDATE.08		Not Available
PHENOLOGY	Bloom Date	Full bloom recorded as Julian days from January 1 when 50% of the flower hoods have fallen. Based on Stage 65 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	162	GRAPE.BLOOMDATE.09		Not Available
PHENOLOGY	Bloom Date	Full bloom recorded as Julian days from January 1 when 50% of the flower hoods have fallen. Based on Stage 65 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	166	GRAPE.MORPHOLOGY.95	PI 597165 .01 PL
PHENOLOGY	Budbreak Date	Budbreak recorded as Julian days from January 1 when 50% of the buds are at the wool stage. Based on Stage 05 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	110	GRAPE.PHENOLOGY.12		Not Available
PHENOLOGY	Budbreak Date	Budbreak recorded as Julian days from January 1 when 50% of the buds are at the wool stage. Based on Stage 05 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	123	GRAPE.PHENOLOGY.13		Not Available
PHENOLOGY	Budbreak Date	Budbreak recorded as Julian days from January 1 when 50% of the buds are at the wool stage. Based on Stage 05 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	127	GRAPE.PHENOLOGY.11		Not Available
PHENOLOGY	Bloom GDD	Accumulated growing degree days ( GDD) at Bloom Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	296.56	GRAPE.BLOOMDATE.09		Not Available
PHENOLOGY	Bloom GDD	Accumulated growing degree days ( GDD) at Bloom Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	304.7	GRAPE.PHENOLOGY.13		Not Available
PHENOLOGY	Bloom GDD	Accumulated growing degree days ( GDD) at Bloom Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	313.77	GRAPE.BLOOMDATE.08		Not Available
PHENOLOGY	Bloom GDD	Accumulated growing degree days ( GDD) at Bloom Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	324.96	GRAPE.PHENOLOGY.11		Not Available
PHENOLOGY	Bloom GDD	Accumulated growing degree days ( GDD) at Bloom Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	343.66	GRAPE.PHENOLOGY.12		Not Available
PHENOLOGY	Veraison Date	Veraison recorded as Julian days from January 1 when 50% of the berries changed color. Based on Stage 83 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	217.5	GRAPE.PHENOLOGY.12		Not Available
PHENOLOGY	Veraison Date	Veraison recorded as Julian days from January 1 when 50% of the berries changed color. Based on Stage 83 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	228	GRAPE.PHENOLOGY.13		Not Available
PHENOLOGY	Veraison Date	Veraison recorded as Julian days from January 1 when 50% of the berries changed color. Based on Stage 83 of Biologische Bundesanstalt, Bundessortenamt und Chemische Industrie (BBCH) scale.	231	GRAPE.PHENOLOGY.11		Not Available
PHENOLOGY	Veraison GDD	Accumulated growing degree days ( GDD) at Veraison Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	1017.11	GRAPE.PHENOLOGY.13		Not Available
PHENOLOGY	Veraison GDD	Accumulated growing degree days ( GDD) at Veraison Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	1125.27	GRAPE.PHENOLOGY.12		Not Available
PHENOLOGY	Veraison GDD	Accumulated growing degree days ( GDD) at Veraison Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	1188.72	GRAPE.PHENOLOGY.11		Not Available
PHENOLOGY	Budbreak GDD	Accumulated growing degree days ( GDD) at Budbreak Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	115.925	GRAPE.PHENOLOGY.12		Not Available
PHENOLOGY	Budbreak GDD	Accumulated growing degree days ( GDD) at Budbreak Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	69.27	GRAPE.PHENOLOGY.11		Not Available
PHENOLOGY	Budbreak GDD	Accumulated growing degree days ( GDD) at Budbreak Date, calculated with Bakerville-Emin sine wave algorithm, with base temperature of 10 C, beginning on day 60	73.86	GRAPE.PHENOLOGY.13		Not Available
PRODUCTION	Cluster Weight	Average weight in grams of 10 fruit clusters	193.9	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL
PRODUCTION	Flavor	Particular flavor of berries	3 - Foxy	GRAPE.MORPHOLOGY.97	PI 597165 .01 PL

Genotype Data

Poly Type	Marker	Value	Evaluation	Inventory
MICROSATELLITE	VRZAG62	197 206	VITISSPECIES2008DIVERSITY	PI 597165 .02 PL
MICROSATELLITE	VRZAG79	262 264	VITISSPECIES2008DIVERSITY	PI 597165 .02 PL
MICROSATELLITE	VVMD27	187 199	VITISSPECIES2008DIVERSITY	PI 597165 .02 PL
MICROSATELLITE	VVMD31	210 212	VITISSPECIES2008DIVERSITY	PI 597165 .02 PL
MICROSATELLITE	VVMD34	242 250	VITISSPECIES2008DIVERSITY	PI 597165 .02 PL
MICROSATELLITE	VVMD5	266	VITISSPECIES2008DIVERSITY	PI 597165 .02 PL
MICROSATELLITE	VVMD7	239 257	VITISSPECIES2008DIVERSITY	PI 597165 .02 PL
MICROSATELLITE	VVS2	128 165	VITISSPECIES2008DIVERSITY	PI 597165 .02 PL