USPP20733P2 - Strawberry plant named ‘DrisStrawNine’ - Google Patents

Abstract

This invention relates to a new and distinct cultivar of strawberry plant named ‘DrisStrawNine’. A new cultivar primarily characterized by its small hollow center, early to medium flowering time, everbearing fruit, low number of achenes per berry, and moderate resistance to Strawberry Mottle Virus is disclosed.

Description

Genus and species: Fragaria×ananassa.

Variety denomination: ‘DrisStrawNine’.

BACKGROUND OF THE NEW PLANT

The present invention relates to a new and distinct strawberry cultivar designated ‘DrisStrawNine’ and botanically known as Fragaria×ananassa. This new strawberry cultivar was discovered in Summer, 2004 in Monterey, Calif. and originated from a cross between the female parent ‘94J283’, a proprietary strawberry plant (unpatented) and the male parent ‘112H25’, a proprietary strawberry plant (unpatented). The original seedling of the new cultivar was asexually propagated at a nursery in Monterey, Calif. ‘DrisStrawNine’ was subsequently asexually propagated and underwent further testing at a nursery in Monterey, Calif. for five years. The present invention has been found to retain its distinctive characteristics through successive asexual propagations.

DESCRIPTION OF THE PHOTOGRAPHS

The accompanying color photographs show typical specimens of the new cultivar at various stages of development as nearly true as it is possible to make in color reproductions. The photograph is of a plant about 7 months old.

FIG. 1 shows overall plant habit including fruit at various stages of development.

FIG. 2 shows leaves of the plant with three leaflets.

FIG. 3 shows both the upperside and underside of several of the flowers.

FIG. 4 shows the whole fruit.

FIG. 5 shows the fruit in longitudinal cross-section.

DESCRIPTION OF THE NEW CULTIVAR

The following description of ‘DrisStrawNine’ is based on observations taken from the 2004 to 2008 growing seasons in Monterey, Calif. This description is in accordance with UPOV terminology. Color designations, color descriptions, and other phenotypical descriptions may deviate from the stated values and descriptions depending upon variation in environmental, seasonal, climatic and cultural conditions. ‘DrisStrawNine’ has not been observed under all possible environmental conditions. Color terminology follows The Royal Horticultural Society Colour Chart, London (R.H.S.) (2001).

DETAILED BOTANICAL DESCRIPTION

Table 1 shows plant characteristics of the new variety compared with plant characteristics of the commercial varieties, ‘Driscoll Lanai’ (U.S. Plant Pat. No. 15,145) and ‘San Juan’ (U.S. Plant Pat. No. 12,899). Plant characteristics include plant height, diameter, number of crowns per plant, habit, density of individual plant and vigor.

TABLE 1
Characteristic	‘DrisStrawNine’	‘Driscoll Lanai’	‘San Juan’
Plant height	20.9	25.1	24.7
(cm)
Plant diameter	32.9	36.5	38.9
(cm)
Number of	3	3	3
crowns/plant
Habit	Upright	Flat globose	Globose
Density of	Medium	Medium	Between medium
individual plant			and dense
Vigor	Weak	Medium	Medium

Table 2 shows leaf characteristics of the new cultivar compared with leaf characteristics of ‘Driscoll Lanai’ and ‘San Juan’. Leaf characteristics include terminal leaflet length and width in centimeters, length to width ratio, number of teeth per terminal leaflet, shape of teeth, color of upperside and underside of leaf, leaf shape in cross section, leaf blistering, leaf glossiness, number of leaflets, leaflet margin, leaflet shape, shape of leaf apex and shape of leaf base.

TABLE 2
Leaf
Characteristic	‘DrisStrawNine’	‘Driscoll Lanai’	‘San Juan’
Terminal	6.8	7.9	7.4
leaflet
length (cm)
Terminal	7.2	7.6	7.9
leaflet
width (cm)
Terminal	1.0	1.0	0.9
leaflet
length/width
ratio
Terminal	As long as broad	As long as broad	As long as
leaflet:			broad
length/width
ratio
No.	24	23	25
teeth/terminal
leaflet
Shape of teeth	Rounded	Rounded	Rounded
Color of	RHS 147A	RHS 147A	RHS 147A
upperside of	Dark yellow-	Dark yellow-	Dark yellow-
leaf	green	green	green
Color of	RHS 147B	RHS 147C	RHS 147B
underside of	Medium	Medium yellow-	Medium yellow-
leaf	yellow-green	green	green
Leaf shape in	Concave	Slightly concave	Concave
cross section
Leaf blistering	Medium	Medium	Weak
Leaf	Between medium	Medium	Medium
glossiness	and strong
No. leaflets	Three only	Three only	Three only
Terminal	Flat	Revolute	Revolute
leaflet margin
Terminal	Orbicular	Orbicular	Orbicular
leaflet shape
Terminal	Rounded	Rounded	Rounded
leaflet
shape of base
Terminal	Rounded	Rounded	Rounded
leaflet
shape of apex

Table 3 shows information about the petiole, the petiolule, the bract, and the stipule of the new cultivar compared to ‘Driscoll Lanai’ and ‘San Juan’. This includes petiole length in centimeters, petiole diameter in centimeters, petiolule length in centimeters, petiolule diameter in centimeters, bract frequency per petiole, stipule length in centimeters, stipule width in centimeters, stipule pubescence, petiole pubescence, pose of hairs on the petiole, color of the petiole, color of the petiolule and stipule anthocyanin coloration.

TABLE 3
Characteristic	‘DrisStrawNine’	‘Driscoll Lanai’	‘San Juan’
Petiole length	11.2	13.6	11.0
(cm)
Petiole	0.323	0.389	0.404
diameter (cm)
Petiole	Dense	Dense	Dense
pubescence
Petiole pose of	Upwards	Outwards	Upwards
hairs
Petiole color	RHS 145A	RHS 144C	RHS 144C
	Medium yellow-	Medium yellow-	Medium yellow-
	green	green	green
Petiolule color	RHS 145B	RHS 144C	RHS 145A
	Medium yellow-	Medium yellow-	Medium yellow-
	green	green	green
Petiolule length	0.826	1.203	0.734
(cm)
Petiolule	0.158	0.151	0.177
diameter (cm)
Bract	1	0	1
frequency
Stipule length	3.4	3.5	3.2
(cm)
Stipule width	0.823	0.832	1.167
(cm)
Stipule	Medium	Dense	Dense
pubescence
Stipule	Absent to very	Absent to very	Absent to very
anthocyanin	weak	weak	weak
coloration

Table 4 shows stolon characteristics of the new cultivar compared to ‘Driscoll Lanai’ and ‘San Juan’. These characteristics include the number of stolons, average number of daughter plants, the anthocyanin coloration of the stolons, the thickness of the stolons, and the pubescence of the stolons.

TABLE 4
Characteristic	‘DrisStrawNine’	‘Driscoll Lanai’	‘San Juan’
Stolon number	Medium	Many	Between medium
			and many
Average	35	17	57
number of
daughter plants
Stolon	Medium	Strong	Strong
anthocyanin
Stolon	Medium	Between medium	Medium
thickness		and thick
Stolon	Sparse	Dense	Medium
pubescence

Table 5 shows inflorescence characteristics of the new cultivar compared to ‘Driscoll Lanai’ and ‘San Juan’. These characteristics include inflorescence position relative to foliage, relative flower size, flower diameter in centimeters (measured from petal tip to petal tip), petal shape, petal apex shape, petal base shape, petal margin, relative spacing of petals, petal length in centimeters, petal width in centimeters, petal length to width ratio, typical number of petals observed, petal color, calyx diameter in centimeters (measured on back of flower from sepal tip to sepal tip), diameter of calyx relative to corolla, diameter of inner calyx relative to outer, sepal shape, sepal apex shape, sepal margin, sepal length in centimeters (measured from sepal tip to point of attachment to receptacle), sepal width in centimeters, typical number of sepals observed, receptacle color and anther color.

TABLE 5
Characteristic	‘DrisStrawNine’	‘Driscoll Lanai’	‘San Juan’
Inflorescence	Above	Above	Above
position
relative to
foliage
Flower size	Medium	Medium	Medium
Flower	2.920	2.835	2.850
diameter (cm)
Petal shape	Orbicular	Orbicular	Orbicular
Petal apex	Rounded	Rounded	Rounded
Petal margin	Entire	Entire	Entire
Petal base	Concave-convex	Concave-convex	Concave-convex
shape
Petal spacing	Overlapping	Overlapping	Overlapping
Petal length	1.257	1.133	1.227
(cm)
Petal width	1.332	1.200	1.339
(cm)
Petal length/	0.9	0.9	0.9
width ratio
Typical and	7	6	6
observed petal
number
Petal length/	As long as broad	Longer than	Longer than
width ratio		broad	broad
Petal color	RHS 155B White	RHS 155B	RHS 155C White
		White
Calyx diameter	3.573	3.647	3.969
(cm)
Calyx diameter	Larger	Between larger	Larger
relative to		and much larger
corolla
Inner calyx	Same size	Same size	Same size
diameter
relative to outer
Sepal shape	Elliptical	Elliptical	Elliptical
Sepal apex	Convex	Convex	Convex
Sepal margin	Entire	Entire	Entire
Sepal length	1.318	1.297	1.330
(cm)
Sepal width	0.647	0.560	1.266
(cm)
Typical and	14	13	13
observed sepal
number
Receptacle	RHS 2B Medium	RHS 150B	RHS 2B Medium
color	yellow	Medium yellow-	yellow
		green
Anther color	RHS 22A	RHS N167C	RHS 163B
	Medium yellow-	Light greyed-	Medium greyed-
	orange	orange	orange

Table 6 shows fruit characteristics of the new cultivar compared to ‘Driscoll Lanai’ and ‘San Juan’.

TABLE 6
		‘Driscoll
Characteristic	‘DrisStrawNine’	Lanai’	‘San Juan’
Fruiting truss	16.9	22.2	25.1
length (cm)
Fruiting truss	0.512	0.360	0.481
diameter (cm)
Number of	4	4	4
berries per
fruiting truss
Fruiting truss	Semi-erect	Semi-erect	Semi-erect
attitude
Fruiting truss	Medium	Long	Long
length
Truss color	RHS 144A	RHS 144A	RHS 144A
	Medium yellow-	Medium yellow-	Medium yellow-
	green	green	green
Fruit length	4.274	4.327	4.857
(cm)
Fruit width	4.222	4.431	4.603
(cm)
Fruit length/	1.0	1.0	1.1
width ratio
Fruit length/	As long as broad	As long as	As long as
width ratio		broad	broad
Fruit weight (g)	23.1	25.6	28.0
Relative fruit	Medium	Medium	Large
size
Predominant	Conical	Conical	Conical
fruit shape
Difference in	Slight	Slight	Slight
shape between
primary & sec-
ondary fruits
Band without	Narrow	Narrow	Narrow
achenes
Unevenness of	Weak	Between	Medium
fruit surface		medium and
		strong
Fruit skin color	RHS 46A Dark	RHS 46A Dark	RHS 53A
	red	red	Dark red
Evenness of	Even	Even	Even
fruit color
Fruit glossiness	Medium	Medium	Between
			medium and
			strong
Insertion of	Level with	Above surface	Below surface
achenes	surface
Achene	RHS 184A Dark	RHS 183C	RHS 180B
coloration-	greyed-purple	Dark greyed-	Dark greyed-
sunward side of		purple	red
berry
Achene	RHS 153B	RHS 152B	RHS 150B light
coloration-	Medium yellow-	medium yellow-	yellow-green
shaded side of	green	green
berry
Achenes per	320	345	397
berry
Achene weight	0.0005525	0.000497336	0.000558419
(g)
Insertion of	Level	Level	Level
calyx
Pose of calyx	Spreading	Reflexed	Reflexed
segments
Size of calyx in	Larger	Larger	Between
relation to fruit			smaller and
			same size
Adherence of	Strong	Medium	Strong
calyx
Firmness of	Medium	Medium	Firm
flesh
Color of the	RHS 155C White	RHS 155A	RHS 155B
flesh	and RHS 41A	White and RHS	White and RHS
	medium red	41B medium	41A medium
		red	red
Evenness of	Uneven	Slightly uneven	Slightly uneven
flesh color
Distribution of	Marginal and	Marginal and	Marginal and
flesh color	central	central	central
Fruit hollow	1.341	2.055	2.169
length (cm)
Fruit hollow	1.023	0.774	0.738
width (cm)
Fruit hollow	1.3	2.7	2.9
length/width
ratio
Hollow center	Small	Medium	Small
Sweetness	Medium	Medium	Strong
Acidity	Medium	Medium	Weak
Texture when	Medium	Medium	Fine
tasted
Time of	Between early	Between early	Between early
flowering	and medium	and medium	and medium
Harvest	Late March to	Late March to	Late March to
maturity (50%	early November	early	early
of plants with		November	November
ripe fruit)
Type of	Fully everbearing	Partially	Partially
bearing		everbearing	everbearing
Grams of	1,505	1,609	1,412
fruit/plant

Table 7 shows pest and disease characteristics of the new cultivar compared to ‘Driscoll Lanai’ and ‘San Juan’.

TABLE 7
Pest or Disease	‘DrisStrawNine’	‘Driscoll Lanai’	‘San Juan’
Tetranychus	Moderately	Susceptible	Moderately
urticae (2-	susceptible		susceptible
spotted spider
mite)
Botrytis fruit	Susceptible	Susceptible	Susceptible
rot
Powdery	Between	Susceptible	Susceptible
mildew	moderately
	susceptible and
	susceptible
Verticillium	Susceptible	Moderately	Susceptible
wilt		susceptible
Viral diseases-	Moderately	Moderately	Moderately
Strawberry	resistant	resistant	resistant
Mottle Virus
Xanthomonas	Moderately	Moderately	Moderately
fragariae	susceptible	susceptible	susceptible

Claims (1)

1. A new and distinct cultivar of strawberry plant, as described and shown herein.

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