Details for: DVIT 1015, Vitis vinifera L. subsp. vinifera, White Riesling

Summary Data

Taxonomy:

Vitis vinifera L. subsp. vinifera

Top Name:

White Riesling

Origin:

Donated – California, United States

Maintained:

Natl. Germplasm Repository - Davis

Received by NPGS:

01 Jan 1983

Improvement Status:

Cultivated material

Form Received:

Cutting

Life Form:

Vine

Life Habit:

Woody Vine

Availability

Form	Quantity	Note	Inventory	Cart
Cutting	5 count		DVIT 1015 0000A PL

Note: When you select cuttings, you will receive unrooted cuttings, not rooted plants, unless specific arrangements have been made with the curator.
This accession has been replaced by an alternate accession maintained in a micro-mesh screenhouse.

Images (5 total. Click on image for more.)

Core Passport Data

Taxonomy:

Vitis vinifera L. subsp. vinifera

Top Name:

White Riesling

Origin:

Donated – California, United States

Maintained:

Natl. Germplasm Repository - Davis

Received by NPGS:

01 Jan 1983

Improvement Status:

Cultivated material

Form Received:

Cutting

Life Form:

Vine

Life Habit:

Woody Vine

Source History

Donated

01 January 1983.
California, United States
Comment: Donated to NCGR, Davis.
Donor(s):

Accession Names and Identifiers

White Riesling

Type: Unverified name

Type: Donor identifier

University of California, Davis, Viticulture Dept. vineyard location while under the care of Dr. Bioletti

Bioletti, F.T. University of California

X38:15-16

Type: Donor identifier

University of California, Davis, Viticulture Dept. vineyard location while under the care of Dr. Olmo

Olmo, Harold P. University of California

DVIT 1015

Type: Site identifier

Gewertztraube

Type: Other or unclassified name

synonym

Johannisberg Riesling

Type: Other or unclassified name

synonym

Johannisberger

Type: Other or unclassified name

synonym

Niederlaender

Type: Other or unclassified name

synonym

Narrative

Type = wine grape. Per Winkler (see citation): "The wines of the Rhine and Moselle valleys of Germany are made from the White Riesling. Its wines possess a strong varietal flavor and bouquet, and the other constituents harmonize to produce a superb product. This variety is suited only to cool areas of the coast regions, such as regions I and II and the cooler parts of region III. On moderately fertile soils it has produced 4 to 4.5 tons per acre. It is highly recommended for grower-wine producer planting. The clusters are small; cylindrical; well filled. The berries are small medium; spherical; greenish-yellow, speckled with russet dots; sprightly, somewhat aromatic in flavor; juicy. They ripen in early midseason." Per http:\\www.wineloverspage.com\wineguest\wgg: "A recent report (Regner, F., et al., Wein-Wissenshaft, 53(3), 114-18, 1998) has shown that this variety, along with Elbling, and Silvaner, are possibly derived from certain ancient crossings of the even more ancient Heunisch (Weiss) and Frankisch cepage varieties now considered to be the progenitors of all modern winegrapes; the core cultivar of the former variety being identical to Gouais blanc."

Vitis vinifera L. subspp. vinifera

Genus:

Vitis

Subgenus:

Vitis

Family:

Vitaceae

Subfamily:

Vitoideae

Nomen number:

426915

Verified:

01/24/2011 by ARS Systematic Botanists.

Other conspecific taxa

Vitis vinifera L. (215 active accession[s])
Vitis vinifera L. subsp. sylvestris Hegi (82 active accession[s])

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

Basionym
Vitis vinifera L. var. sativa DC.

Heterotypic Synonym(s)
Vitis vinifera L. subsp. sativa (DC.) Hegi

Common names

Language	Name	seq	Citation
English	wine grape	1	Wiersema, J. H. & B. León. 1999. World economic plants: a standard reference CRC Press, Boca Raton, FL.
French	lambrusque	2	Hanelt, P., ed. 2001. Mansfeld's encyclopedia of agricultural and horticultural crops. Volumes 1-6
French	vigne	2	Hanelt, P., ed. 2001. Mansfeld's encyclopedia of agricultural and horticultural crops. Volumes 1-6
French	vigne vinifère	2	Rehm, S. 1994. Multilingual dictionary of agronomic plants
German	Weinrebe	2	Rehm, S. 1994. Multilingual dictionary of agronomic plants
Italian	lambrusca	2	Hanelt, P., ed. 2001. Mansfeld's encyclopedia of agricultural and horticultural crops. Volumes 1-6
Italian	vite	2	Hanelt, P., ed. 2001. Mansfeld's encyclopedia of agricultural and horticultural crops. Volumes 1-6
Portuguese	vinho	2	Hanelt, P., ed. 2001. Mansfeld's encyclopedia of agricultural and horticultural crops. Volumes 1-6
Spanish	parra	2	Rehm, S. 1994. Multilingual dictionary of agronomic plants
Spanish	vid	2	Rehm, S. 1994. Multilingual dictionary of agronomic plants
Spanish	vino	2	Hanelt, P., ed. 2001. Mansfeld's encyclopedia of agricultural and horticultural crops. Volumes 1-6

Annotations

Nomenclature Name Change: 06 Aug 2002, from Vitis vinifera L. to Vitis vinifera L. subsp. vinifera
Taxonomic Re-Identification: 24 Sep 2007, from Vitis vinifera L. subsp. vinifera to Vitis vinifera L.
Taxonomic Re-Identification: 02 Oct 2007, from Vitis vinifera L. to Vitis vinifera L. subsp. vinifera

Observations

Phenotype Data

Category	Descriptor	Description	Value	Study	Inventory	Availability
CHEMICAL	1st Titratable Acidity	Percent Tartaric Acid for 50-100 berries	.51765	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
CHEMICAL	1st Titratable Acidity	Percent Tartaric Acid for 50-100 berries	.61868	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
CHEMICAL	1st Titratable Acidity	Percent Tartaric Acid for 50-100 berries	.84	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
CHEMICAL	1st Titratable Acidity	Percent Tartaric Acid for 50-100 berries	.89	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
CHEMICAL	1st Titratable Acidity	Percent Tartaric Acid for 50-100 berries	.915	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
CHEMICAL	2nd Titratable Acidity	Percent Tartaric Acid for 50-100 berries	.48	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
CHEMICAL	3rd Titratable Acidity	Percent Tartaric Acid for 50-100 berries	.39	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
CHEMICAL	1st Lab Brix Measurement	Ave. percent sugar content, measured with a digital refractometer, for 50-100 berries, harvested after the field Brix > 20	21	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
CHEMICAL	1st Lab Brix Measurement	Ave. percent sugar content, measured with a digital refractometer, for 50-100 berries, harvested after the field Brix > 20	22.5	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
CHEMICAL	1st Lab Brix Measurement	Ave. percent sugar content, measured with a digital refractometer, for 50-100 berries, harvested after the field Brix > 20	22.5	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
CHEMICAL	1st Lab Brix Measurement	Ave. percent sugar content, measured with a digital refractometer, for 50-100 berries, harvested after the field Brix > 20	22.6	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
CHEMICAL	1st Lab Brix Measurement	Ave. percent sugar content, measured with a digital refractometer, for 50-100 berries, harvested after the field Brix > 20	23	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
CHEMICAL	2nd Lab Brix Measurement	Ave. percent sugar content, measured with a digital refractometer, for 50-100 berries, harvested after the field Brix > 20	21.7	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
CHEMICAL	3rd Lab Brix Measurement	Ave. percent sugar content, measured with a digital refractometer, for 50-100 berries, harvested after the field Brix > 20	25.1	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
DISEASE	Disease	Observation of presence of disease on fruit	Absent	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
DISEASE	Disease	Observation of presence of disease on fruit	Absent	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
DISEASE	Disease	Observation of presence of disease on fruit	Absent	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
DISEASE	Disease	Observation of presence of disease on fruit	Absent	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
DISEASE	Disease	Observation of presence of disease on fruit	Absent	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Shape	Typical berry shape	4 - Short elliptic	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Shape	Typical berry shape	4 - Short elliptic	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Weight	Average weight of 50 berries	135.1	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Weight	Average weight of 50 berries	2.5	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Weight	Average weight of 50 berries	2.6	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Weight	Average weight of 50 berries	2.7	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Weight	Average weight of 50 berries	2.76	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Weight	Average weight of 50 berries	3.2	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
FLWR-FRUIT	Seed Color	Observation of typical seed color	1	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
FLWR-FRUIT	Seed Color	Observation of typical seed color	1	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
FLWR-FRUIT	Seed Color	Observation of typical seed color	13	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
FLWR-FRUIT	Seed Color	Observation of typical seed color	3	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
FLWR-FRUIT	Seed Color	Observation of typical seed color	7	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
FLWR-FRUIT	Flesh Firmness	Weight necessary for cracking the berries.	Medium	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
FLWR-FRUIT	Flesh Firmness	Weight necessary for cracking the berries.	Medium	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
FLWR-FRUIT	Number of Seeds/Berry	Average number of seeds per berry for 10 fruit	1.8	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
FLWR-FRUIT	Number of Seeds/Berry	Average number of seeds per berry for 10 fruit	2.8	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
FLWR-FRUIT	Number of Seeds/Berry	Average number of seeds per berry for 10 fruit	2.9	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
FLWR-FRUIT	Number of Seeds/Berry	Average number of seeds per berry for 10 fruit	3	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
FLWR-FRUIT	Number of Seeds/Berry	Average number of seeds per berry for 10 fruit	3.5	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Shape1	Typical berry shape	4 - Round	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Shape1	Typical berry shape	4 - Round	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
FLWR-FRUIT	Berry Shape1	Typical berry shape	4 - Round	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
FLWR-FRUIT	Seed Weight	Weight in grams of ten seeds.	0.6	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
FLWR-FRUIT	Seed Weight	Weight in grams of ten seeds.	1	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
FLWR-FRUIT	Cluster Weight	Average weight in grams of one cluster with two replicates.	188.25	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
FLWR-FRUIT	Cluster Weight	Average weight in grams of one cluster with two replicates.	199.4	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.WEO.1996	DVIT 1015 0000A PL
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2007	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Sex of Flower	Observation during flowering, mean value of 10 inflorescences	3 - Hermaphrodite (Concord)	GRAPE.CHAR.WEO.2009	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Flesh Color	Flesh colored or not colored	1 - Flesh not colored	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Flesh Color	Flesh colored or not colored	1 - Flesh not colored	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Leaf lobes on mature leaf	Observation of the number of lobes on mature leaves	2 - Three	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Leaf lobes on mature leaf	Observation of the number of lobes on mature leaves	3 - Five	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Leaf lobes on mature leaf	Observation of the number of lobes on mature leaves	3 - Five	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Leaf lobes on mature leaf	Observation of the number of lobes on mature leaves	3 - Five	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Leaf lobes on mature leaf	Observation of the number of lobes on mature leaves	3 - Five	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Leaf lobes on mature leaf	Observation of the number of lobes on mature leaves	4 - Seven	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Leaf lobes on mature leaf	Observation of the number of lobes on mature leaves	4 - Seven	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Leaf Shape of Mature Leaf	Shape of a mature count leaf on a count shoot.	2 - Wedge-shaped	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Shape of Mature Leaf	Shape of a mature count leaf on a count shoot.	3 - Pentagonal	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Shape of Mature Leaf	Shape of a mature count leaf on a count shoot.	3 - Pentagonal	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Leaf Shape of Mature Leaf	Shape of a mature count leaf on a count shoot.	3 - Pentagonal	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Shape of Mature Leaf	Shape of a mature count leaf on a count shoot.	3 - Pentagonal	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Shape of Mature Leaf	Shape of a mature count leaf on a count shoot.	3 - Pentagonal	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Leaf Shape of Mature Leaf	Shape of a mature count leaf on a count shoot.	3 - Pentagonal	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Shoot Young Tip Color	Color of the young shoot tip	5 - Bronze	GRAPE.WEO.1996	DVIT 1015 0000A PL
MORPHOLOGY	Shoot Young Tip Color	Color of the young shoot tip	5 - Bronze	GRAPE.WEO.1996	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Shoot habit	Observation of shoot habit	1 - Erect	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Shoot habit	Observation of shoot habit	1 - Erect	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Shoot habit	Observation of shoot habit	1 - Erect	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Shoot habit	Observation of shoot habit	3 - Semi-erect	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Shoot habit	Observation of shoot habit	3 - Semi-erect	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Shoot habit	Observation of shoot habit	3 - Semi-erect	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Shoot habit	Observation of shoot habit	3 - Semi-erect	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Shoot Tip Color Intensity	Intensity of the color of the young shoot tip	3 - Weak	GRAPE.WEO.1996	DVIT 1015 0000A PL
MORPHOLOGY	Shoot Tip Color Intensity	Intensity of the color of the young shoot tip	3 - Weak	GRAPE.WEO.1996	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Shoot tip form	Observation of shoot tip form	2 - Slightly-open	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Shoot tip form	Observation of shoot tip form	4 - Wide-open	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Shoot tip form	Observation of shoot tip form	4 - Wide-open	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Shoot tip form	Observation of shoot tip form	4 - Wide-open	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Shoot tip form	Observation of shoot tip form	4 - Wide-open	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Shoot tip form	Observation of shoot tip form	4 - Wide-open	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Shoot tip form	Observation of shoot tip form	5 - Fully-open	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Tooth	Observation of petiolar sinus tooth presence	0 - Absent	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Tooth	Observation of petiolar sinus tooth presence	0 - Absent	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Leaf Petiolar Sinus Tooth	Observation of petiolar sinus tooth presence	0 - Absent	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Tooth	Observation of petiolar sinus tooth presence	0 - Absent	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Tooth	Observation of petiolar sinus tooth presence	0 - Absent	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Tooth	Observation of petiolar sinus tooth presence	0 - Absent	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Leaf Petiolar Sinus Tooth	Observation of petiolar sinus tooth presence	0 - Absent	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Openness	Observation of the openness or overlap of the petiolar sinus opening on mature leaves	4 - Slightly open	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Openness	Observation of the openness or overlap of the petiolar sinus opening on mature leaves	4 - Slightly open	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Openness	Observation of the openness or overlap of the petiolar sinus opening on mature leaves	4 - Slightly open	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Leaf Petiolar Sinus Openness	Observation of the openness or overlap of the petiolar sinus opening on mature leaves	5 - Closed	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Openness	Observation of the openness or overlap of the petiolar sinus opening on mature leaves	6 - Lobes slightly overlapping	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Leaf Petiolar Sinus Openness	Observation of the openness or overlap of the petiolar sinus opening on mature leaves	6 - Lobes slightly overlapping	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Berry Skin Pigment 2	Observation of typical skin color 2	1 - Green-yellow	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Node of 1st Cluster	Observation of node of the first cluster	2	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Node of 1st Cluster	Observation of node of the first cluster	2	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Node of 1st Cluster	Observation of node of the first cluster	2	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Node of 1st Cluster	Observation of node of the first cluster	3	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Density	Observation of cluster density	3 - Loose (single berries with	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Density	Observation of cluster density	5 - Medium (densely distributed	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Density	Observation of cluster density	7 - Dense (berries not readily movable)	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Density	Observation of cluster density	9 - Very dense (berries pressed	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Density	Observation of cluster density	9 - Very dense (berries pressed	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Length	Length of a first cluster in centimeters	101.67	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Length	Length of a first cluster in centimeters	115	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Length	Length of a first cluster in centimeters	12.26	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Length	Length of a first cluster in centimeters	120.67	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Length	Length of a first cluster in centimeters	8.5	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Morphology	Observation of cluster shape	1	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Morphology	Observation of cluster shape	3	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Morphology	Observation of cluster shape	7	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Morphology	Observation of cluster shape	7	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Bunch Morphology	Observation of cluster shape	8	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Width	Width of a first cluster in centimeters	72.25	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Width	Width of a first cluster in centimeters	73	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Width	Width of a first cluster in centimeters	8.2	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Width	Width of a first cluster in centimeters	9.52	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	1st Cluster Width	Width of a first cluster in centimeters	94.04	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Count Shoots	Number of count shoots	21	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Count Shoots	Number of count shoots	25	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Count Shoots	Number of count shoots	25	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Count Shoots	Number of count shoots	25	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Count Shoots	Number of count shoots	26	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Count Shoots	Number of count shoots	26	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Count Node	Number of count nodes	27	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Count Node	Number of count nodes	28	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Count Node	Number of count nodes	28	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Count Node	Number of count nodes	28	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Count Node	Number of count nodes	28	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Count Node	Number of count nodes	38	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Naked Vein	Observation of naked vein presence	0 - Absent	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Naked Vein	Observation of naked vein presence	0 - Absent	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Naked Vein	Observation of naked vein presence	0 - Absent	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Naked Vein	Observation of naked vein presence	0 - Absent	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Naked Vein	Observation of naked vein presence	0 - Absent	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Naked Vein	Observation of naked vein presence	0 - Absent	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Naked Vein	Observation of naked vein presence	0 - Absent	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Non Count Shoot	Number of non count shoots	0	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Non Count Shoot	Number of non count shoots	2	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Non Count Shoot	Number of non count shoots	2	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Non Count Shoot	Number of non count shoots	2	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Non Count Shoot	Number of non count shoots	4	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Non Count Shoot	Number of non count shoots	4	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Peduncle Length	Length of peduncle of a first cluster in centimeters	0.4	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Peduncle Length	Length of peduncle of a first cluster in centimeters	1.2	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Peduncle Length	Length of peduncle of a first cluster in centimeters	11	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Peduncle Length	Length of peduncle of a first cluster in centimeters	15.98	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Peduncle Length	Length of peduncle of a first cluster in centimeters	7.68	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Petiolar Sinus Mature Leaf	General shape of petiole sinus	4	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Percentage of Shot Berries	Observation of percent of shot berries	10	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
MORPHOLOGY	Percentage of Shot Berries	Observation of percent of shot berries	30	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Percentage of Shot Berries	Observation of percent of shot berries	5%	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Percentage of Shot Berries	Observation of percent of shot berries	5%	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Percentage of Shot Berries	Observation of percent of shot berries	60%	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Tip Anthocyanin	Observation of anthocyanin colouration of shoot tip	0 - Absent	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Tip Anthocyanin	Observation of anthocyanin colouration of shoot tip	1 - Very weak	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Tip Anthocyanin	Observation of anthocyanin colouration of shoot tip	3 - Weak	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Tip Anthocyanin	Observation of anthocyanin colouration of shoot tip	3 - Weak	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Tip Anthocyanin	Observation of anthocyanin colouration of shoot tip	5 - Medium	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Tip Anthocyanin	Observation of anthocyanin colouration of shoot tip	5 - Medium	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Shoot Node	Total count shoots per node	0.68	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
MORPHOLOGY	Shoot Node	Total count shoots per node	0.78	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
MORPHOLOGY	Shoot Node	Total count shoots per node	0.89	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
MORPHOLOGY	Shoot Node	Total count shoots per node	0.89	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
MORPHOLOGY	Shoot Node	Total count shoots per node	0.89	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
MORPHOLOGY	Shoot Node	Total count shoots per node	0.93	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	70	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	71	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	77	GRAPE.WEO.1996	DVIT 1015 0000A PL
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	77	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	78	GRAPE.CHAR.WEO.2007	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	83	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	85	GRAPE.WEO.1996	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	85	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	92	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	92	GRAPE.CHAR.WEO.2009	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bud Burst Date	Julian days from January 1 when 50% of the buds are wooly	93	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
PHENOLOGY	Leaf Date	Julian days from January 1 when 50% of the buds have a green leaf	81	GRAPE.WEO.1996	DVIT 1015 0000A PL
PHENOLOGY	Leaf Date	Julian days from January 1 when 50% of the buds have a green leaf	83	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	Leaf Date	Julian days from January 1 when 50% of the buds have a green leaf	84	GRAPE.CHAR.WEO.2007	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Leaf Date	Julian days from January 1 when 50% of the buds have a green leaf	93	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	Leaf Date	Julian days from January 1 when 50% of the buds have a green leaf	95	GRAPE.WEO.1996	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Leaf Date	Julian days from January 1 when 50% of the buds have a green leaf	95	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	127	GRAPE.WEO.1996	DVIT 1015 0000A PL
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	127	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	127	GRAPE.CHAR.WEO.2007	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	132	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	132	GRAPE.CHAR.WEO.2009	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	133	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	133	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	142	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	145	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
PHENOLOGY	Bloom Date	Julian days from January 1 when 50% of the grape flowers are in bloom	145	GRAPE.CHAR.WEO.2005	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Observation Date	Julian days from January 1 when laboratory observations were made.	234	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	Observation Date	Julian days from January 1 when laboratory observations were made.	238	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
PHENOLOGY	Observation Date	Julian days from January 1 when laboratory observations were made.	256	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	Observation Date	Julian days from January 1 when laboratory observations were made.	265	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
PHENOLOGY	Observation Date	Julian days from January 1 when laboratory observations were made.	277	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
PHENOLOGY	1st Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	20	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	10th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	20.8	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	11th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	22.8	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	2nd Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	20	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	2nd Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	6.2	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	3rd Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	19.2	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	3rd Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	22	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	4th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	18	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	4th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	22	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	5th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	19	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	5th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	22	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	6th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	17	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	6th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	24	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	7th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	19	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	8th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	20.2	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	9th Weekly Field Brix	Percent sugar content measured weekly in the field with a hand refractometer	20.2	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	1st Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX1) was measured in the field	207	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	1st Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX1) was measured in the field	228	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	10th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX10) was measured in the field	270	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	11th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX11) was measured in the field	277	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	2nd Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX2) was measured in the field	214	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	2nd Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX2) was measured in the field	234	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	3rd Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX3) was measured in the field	221	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	3rd Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX3) was measured in the field	241	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	4th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX4) was measured in the field	228	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	4th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX4) was measured in the field	248	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	5th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX5) was measured in the field	235	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	5th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX5) was measured in the field	256	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	6th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX6) was measured in the field	242	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	6th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX6) was measured in the field	263	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	7th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX7) was measured in the field	249	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	8th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX8) was measured in the field	256	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	9th Weekly Field Brix Date	Julian days from January 1 when brix (FBRIX9) was measured in the field	263	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	1st Brix and TA Date	Julian days from January 1 when brix (LBRIX) and the Titratable Acidity (TITRATCID) were measured	235	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	1st Brix and TA Date	Julian days from January 1 when brix (LBRIX) and the Titratable Acidity (TITRATCID) were measured	238	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
PHENOLOGY	1st Brix and TA Date	Julian days from January 1 when brix (LBRIX) and the Titratable Acidity (TITRATCID) were measured	241	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
PHENOLOGY	1st Brix and TA Date	Julian days from January 1 when brix (LBRIX) and the Titratable Acidity (TITRATCID) were measured	256	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	2nd Brix and TA Date	Julian days from January 1 when brix (LBRIX) and the Titratable Acidity (TITRATCID) were measured	277	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
PHENOLOGY	3rd Brix and TA Date	Julian days from January 1 when brix (LBRIX) and the Titratable Acidity (TITRATCID) were measured	303	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL
PHENOLOGY	Date Leaf Data Taken	Julian days from January 1 when leaves were observed.	143	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PHENOLOGY	Leaf Observation Date	Julian days from January 1 when leaf observations were made.	141	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	Leaf Observation Date	Julian days from January 1 when leaf observations were made.	141	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
PHENOLOGY	Full Bloom Date	Julian days from January 1 when 90% of the grape flowers are in bloom	134	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PHENOLOGY	Full Bloom Date	Julian days from January 1 when 90% of the grape flowers are in bloom	135	GRAPE.CHAR.WEO.2008	DVIT 1015 0000B PL	Not Available
PRODUCTION	Flavor	Particular flavor of berries	0 - None (no especially distinctive flavor)	GRAPE.CHAR.WEO.2005	DVIT 1015 0000A PL
PRODUCTION	Flavor	Particular flavor of berries	0 - None (no especially distinctive flavor)	GRAPE.CHAR.WEO.2007	DVIT 1015 0000A PL
PRODUCTION	Flavor	Particular flavor of berries	0 - None (no especially distinctive flavor)	GRAPE.CHAR.WEO.2008	DVIT 1015 0000A PL
PRODUCTION	Flavor	Particular flavor of berries	0 - None (no especially distinctive flavor)	GRAPE.CHAR.WEO.2009	DVIT 1015 0000A PL
PRODUCTION	Flavor	Particular flavor of berries	1 - Muscat	GRAPE.CHAR.WEO.2006	DVIT 1015 0000A PL