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Making Sense of New Apple Varieties, Trademarks and Clubs: Current Status

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Abstract

9 "Many new apple varieties are being patented and trademarked and then being grown and marketed in a production and marketing club with access to grow the variety limited to club members. There are currently well over 30 club varieties, with the majority being grown outside of the US. The success of new club varieties will depend on both the quality of the new variety and on the marketing eff orts of the club. Consumer reaction and demand will help dictate how many new apple varieties the market will bear. " Tree Association) meetings in Germany in February 2009 were greeted with an overwhelming array of new varieties, new trademarks, brand-ing and many new club, or managed varieties. In trying to find informa-tion on these new varieties, confu-sion is common as patent names are not the same as the trademark and some varieties are marketed under several different names depending on the marketer or region in which they are grown. Many varieties of apples are being named or given selection numbers, then trademarked under another name and sometimes it is diffi cult to keep this straight. Th is article provides a bit of information on diff erent trademark names, brand names that designate a company's product, not a specifi c variety, and some of the club varieties being promoted. Th is is not a complete listing; growers who would like additional information may look at the US patent website-patent numbers, which are included in most of the write-ups below. At www. uspto.gov a patent search by number will allow you to access the full description of a patented variety often providing interesting information not shared in nursery catalogs or research article Th e number of plant patents for apple varieties has been steadily increasing with over 25 apple patents granted in the past year. Ironically, almost all of the US plant patents for apples over the last several years are of club varieties from Europe or sports of existing commercial varieties, with relatively few new off erings to the US industry. In the US there are currently only a few club apple varieties and most are on a relatively small scale, but the number is increas-ing. Club varieties include ' Ambrosia' 'Cameo' , 'Jazz' , 'Lady Alice' , 'Sonya' , 'Red Prince' , 'Pink Lady' and 'Pacifi c Rose'). Th e majority of these are grown by organizations in Washington State. In New York State some apple growers are members of NBT that will grow 'Minneiska (MN1914) and market it as 'SweeTango' ® (www.sweeTango.com). Th ere are also on-going discussions with the New York apple industry about some systems of controlled management of select new releases from the Cornell apple breeding program (reviewed in the New York Apple Association's Core Report (April 2009, Volume 16, Issue 10), but there will also continue to be general (non-exclusive) releases.
NEW YORK FRUIT QUARTERLY . VOLUME 17 . NUMBER 3 . FALL 2009 9
Many new apple varieties are being
patented and trademarked and
then being grown and marketed in a
production and marketing club with
access to grow the variety limited to club
members. There are currently well over
30 club varieties, with the majority being
grown outside of the US. The success of
new club varieties will depend on both
the quality of the new variety and on the
marketing e orts of the club. Consumer
reaction and demand will help dictate
how many new apple varieties the
market will bear.
Making Sense of New Apple Varieties,
Trademarks and Clubs: Current Status
S.K. Brown and K. E. Maloney
Department of Horticultural Sciences
New York State Ag. Exp. Station, Cornell University
Geneva, NY
This work was supported in part by the New York Apple Research and Development Program.
Growers who attended the IFTA (International Fruit
Tree Association) meetings in Germany in February
2009 were greeted with an overwhelming array of
new varieties, new
trademarks, brand-
ing and many new
club, or managed
varieties. In trying
to find informa-
tion on these new
varieties, confu-
sion is common
as patent names
are not the same as
the trademark and
some varieties are
marketed under
several different
names depending
on the marketer
or region in which
they are grown.
Many varieties of
apples are being
named or given selection numbers, then trademarked under
another name and sometimes it is diffi cult to keep this straight.
is article provides a bit of information on diff erent trademark
names, brand names that designate a company’s product, not a
specifi c variety, and some of the club varieties being promoted.
is is not a complete listing; growers who would like additional
information may look at the US patent website-patent numbers,
which are included in most of the write-ups below. At www.
uspto.gov a patent search by number will allow you to access the
full description of a patented variety often providing interesting
information not shared in nursery catalogs or research article
e number of plant patents for apple varieties has been
steadily increasing with over 25 apple patents granted in the past
year. Ironically, almost all of the US plant patents for apples over
the last several years are of club varieties from Europe or sports
of existing commercial varieties, with relatively few new off erings
to the US industry.
In the US there are currently only a few club apple varieties
and most are on a relatively small scale, but the number is increas-
ing. Club varieties include ‘Ambrosia’ ‘Cameo’, ‘Jazz’, ‘Lady Alice’,
‘Sonya’, ‘Red Prince’, ‘Pink Lady’ and ‘Pacifi c Rose’).  e majority
of these are grown by organizations in Washington State.
In New York State some apple growers are members of NBT
that will grow ‘Minneiska (MN1914) and market it as ‘SweeTango’®
(www.sweeTango.com).
ere are also on-going discussions with the New York apple
industry about some systems of controlled management of select
new releases from the Cornell apple breeding program (reviewed
in the New York Apple Association’s Core Report (April 2009,
Volume 16, Issue 10), but there will also continue to be general
(non-exclusive) releases.
Organizations Developing, Growing and/or Promoting
New Apples (this is only a partial listing due to the number of
organizations involved in this area):
AIGN, the Association of International Group of Nurseries (www.
aign.org) is best known for it’s marketing of ‘Pink Lady’ and for
its membership in the Prevar group. Many diff erent nurseries
across the global are part of this network.
Better3Fruits a breeding company in Belgium has had a
series of recent releases including “Greenstar’, ‘Kanzi’, ‘Tunda’,
‘Zari’ and ‘Zongo’ (www.better3fruit.com).  is company has
taken an interesting twist on names, starting with the use of
‘Kanzi ‘, a South African word meaning “hidden treasure.
Foreign languages off er many possibilities for names to use
with fewer concerns about prior use or trademark eligibility.
A company-GKE (Greenstar-Kanzi-Europe) was developed
to promote Better3Fruit varieties ‘Greenstar and ‘Kanzi’ in
Europe.
CIV (Consorzio Italiano Vivaisti), a Consortium of three
enterprises in Ferrara, Italy.  is consortium has released ‘Rubens’
(‘Civni’) and ‘Modi’® (Civg198) and has an improved sport of ‘Fuji’;
‘Toshiro Fuji’ (www.civ.it).
IFO, (International Fruit Obtention), is a private company
located near Angers in France’s Loire Valley that specializes in
research and development of apple and pear varieties and root-
stocks. IFO is a joint venture of three French nurseries—Valois,
Mondial Fruit Selection, and Davodeau-Ligonniere.
INN, (International Nurser y Network), (www.inn.org) is a
group of nurseries in many diff erent countries that test varieties
for global commercialization.
Inova is a Dutch organization comprised of several diff erent
entities, which looks for new varieties to commercialize and is
promoting ‘Rubens’ and ‘Wellant’ (www.inovafruit.nl).
Kiku, Ltd. A company formed in 2005 by the Braun family,
with partners in Germany, Austria, Switzerland, Slovenia and
10 NEW YORK STATE HORTICULTURAL SOCIETY
Italy.  ey developed a marketing concept for Kiku-8, a well-
colored ‘Fuji’ sport. In North America, Columbia Fruit Packers
of Wenatchee, Washington have exclusive rights to grow and
market Kiku. Acreage is not limited but fruit must meet quality
standards to qualify for the Kiku brand name.
NBT, (Next Big  ing), is a 45-member grower coopera-
tive in the US that was awarded exclusive rights to market MN
1914 apple (‘SweeTango’®).  e overall strategy of the co-op
is to develop and market new products, with an emphasis on
quality.
Prevar™, the collaboration amongst NZ, Australia, and the
Association of International Group of Nurseries (AIGN) stands
for Premium Var iety (www.prevar.co.nz). Prevar has released
the apple variety ‘Sweetie’ as an open release and has recently
sold exclusive rights to three of its selections (PremA 17, PremA
153 and PremA 197-detailed below).
Varicom (variety commercialization and communication)
is a joint venture among Italian, French and German companies
founded in 2004 to commercialize (nationally and internationally)
interesting fruit varieties from Agriscope’s breeding program in
Switzerland (www.varicom.org).
Varieties in Some Type of Management System
Ambrosia’: Discovered and released in Canada and the US,
but then exclusive rights in the US were granted to McDougall
& Sons in WA who is in partnership with Columbia Marketing
International (CMI). US production is limited to 500 acres. Stuart
McDougall mentions interesting advantages to exclusive rights
such as having the opportunity to limit color or not having to
split the variety into too many grades.
Ariane’: A scab-resistant selection from the INRA program
at Angers, France that is being marketed under the Naturianes
brand. It is of complex pedigree. Additional information may be
found at www.pomme-ariane.com/en/nature.php.
Ariwa’: A Swiss release that is a cross of ‘Golden Delicious’
by a Swiss selection (A849-5).  is variety is scab and mildew
resistant, requires two to three harvests and is of medium size,
with fi rm fl esh and a good sugar/acid ratio.
Autento’® (‘Delcoros’): A selection from the Delbard Nurs-
ery in France, this variety is a hybrid of ‘Delgollune’ x ‘Cox’s
Orange Pippin’ that ripens three weeks before ‘Elstar’. Fruits are
sweet and fi rm. It is being targeted for consumers who like sweet
avor and a good aroma.
‘Cameo’ (‘Caudle’): An open release, this variety was a
chance seedling discovered in Washington State and once pro-
moted by Dole Fruits. American Cameo (www.americancameo.
com) is a group that formed to promote the variety. Two new
more highly colored sports of ‘Cameo’ have been discovered,
‘Dudek’ was granted USPP#19,766 in 2008 and ‘Caufl ight’ has a
plant application fi led.
‘Choupette’ (‘Dalinette’): A scab-resistant variety being
promoted by Ligonniere nursery in France, but the production
is only at 5,000 tons.
‘Delblush’: See ‘Tentation.
‘Diwa’: See ‘Junami.
‘Enchanted’® (‘Western Dawn’): From Australia this ‘Lady
Williams’ x ‘Golden Delicious’ hybrid is a sister to ‘Pink Lady.’ It
is known for its non-browning fl esh and attractive pink fruit.  e
cross was made in 1976 and the selection was fi rst propagated
in 1982. ‘Western Dawn’ received its US plant patent (#18, 640)
in March of 2008.  is variety was made available exclusively to
Perfection Fresh in Australia.
‘Envy’: A bicolor apple that was created by HortResearch and
is being handled by ENZA .  is hybrid of ‘Royal Gala’ x ‘Braeburn’
is very sweet apple (high Brix), high fl avor and juice content and
maintains its fi rmness in storage.  is apple will be available year
round, with dual hemisphere production. Currently there are fi eld
trials in New Zealand, the UK, France and the USA, and some
trialing is also being done with organic cultivation in Italy. ‘Envy’
is not yet available for sale due to the limited current production,
but the plan is to have similar volumes to Enza’s other specialty
club variety,’ Jazz.
‘Evelina’: A sport of ‘ Pinova’ being marketed in Europe.
‘Eva’: One of two trademarked brands (‘Eva’ and Mozart’)
representing apple varieties from Austria (www.eva-apples.com/
eva/eng/index.php).
‘Galmac’: is as yet non-trademarked variety is an early
apple that is a hybrid of ‘Jerseymac’ x ‘Gala.’ ‘Galmac’ is a product
of the Swiss breeding program.
‘Greenstar’® (‘Nicogreen’): Released by Better3Fruit in Bel-
gium, this variety was patented in the US in 2003 (USPP#16,559).
is green apple is a hybrid of ‘Delbarestival’ x ‘Granny Smith.
A company-GKE (Greenstar-Kanzi-Europe) was developed to
spread this variety in Europe. ‘Greenstar’ is said to have high
Vitamin C and fl esh that is resistant to browning.
‘Jazz’ (‘Scifresh’): Developed in New Zealand, ‘Scifresh’
was granted USPP#13,888 in 2003. Jazz is a hybrid of ‘Braeburn’
x ‘Royal Gala.’ It is being grown in New Zealand and Washington
State (marketed by Oppenheimer) to provide dual hemisphere
production. New York growers do not have access to ‘Jazz.’ A
sport of ‘Jazz’ has recently been patented.
‘Juliet’ (Co-op 43): is scab-resistant apple was named in
the US in 2003 by the PRI (Purdue-Rutgers-Illinois cooperative)
and patented in 200x. Exclusive rights in Europe assigned to the
Escande nurseries, Saint-Vite, France (www.pepinieres-escande.
com). It is marketed as an organic apple with a cartoon fi gure
trademarked with the name and the opportunity to become a
friend of ’Juliet’ at www.pomme-juliet.com.
‘Junami’® (‘Milwa’ or ‘Diwa’®): USPP#19,615 granted to
‘Milwa’ in January of 2009. Tested as FAW 5878, this hybrid of
a selection of ‘Idared’ x ‘Maigold’ crossed with ‘Elstar’ is from a
breeding program in Switzerland and is marketed as ‘Diwa’ in that
country and ‘Junami’® in Europe and internationally. ‘Junami’ is
reported to have high quality and a long storage life.  inning/
crop regulation is an area being researched with this variety.
‘Honeycrunch’®: ‘Honeycrisp’ is marketed in Europe as
‘Honeycrunch’ and the Pomanjou group in France controls ex-
clusive rights in Europe. ‘Honeycrunch’ has the same production
challenges as in the US: low pack-outs due to soft scald, bitter pit
and poor coloration.
‘Kanzi’® (‘Nicoter’): A release from the Belgium program
Better3Fruit that has been patented in the US (USPP#17,201 in
2006). A hybrid of ‘Gala’ x ‘Braeburn, ‘Kanzi’ is productive and has
good consistency for size and shape.  e name is South African
for “hidden treasure.” A company-GKE (Greenstar-Kanzi-Europe)
was developed to help commercialize ‘Kanzi’ and ‘Greenstar’ in
Europe. Storage disorders may include internal browning. VOG
and VIP have been granted rights to market ‘Kanzi’ in Italy. From
the www.kanziapple.com website: Currently there are 2.6 mil-
lion trees planted throughout Europe and each season a further
NEW YORK FRUIT QUARTERLY . VOLUME 17 . NUMBER 3 . FALL 2009 11
800,000 are added. Forecasts from GKE are for growth to continue
at a similar pace to the current one for several years to come.
In Europe, there are currently 740 growers growing approx. 15
million kilos this season. Almost half of the crop is grown in the
Netherlands, another 25% in Belgium and the rest in Germany,
England and Italy.
‘Kiku’® 8 (‘Brak’ Fuji’): A sport of ‘Fuji’ managed under strict
quality standards by Kiku Ltd. and trademarked along with the
slogan “fresh apple emotion.” (www.kiku-apple.com, www.kiku-
partner.com). ‘Golden Parsi (S) da rosa’® is a new clone of ‘Golden
Delicious’ being tested for commercialization by Kiku.
‘Lady Alice’: Rainier™ off ers this apple exclusively and in
very limited quantities in the US. A chance seedling of unknown
parentage, ‘Lady Alice’ derives its name from the mother of the
person who discovered in Washington State.
‘La Flamboyante’: See ‘Mairiac’®.
‘Marlene’: A brand of apple, not a specifi c variety that is
produced by the VOG, the largest group of Italian apple growers
in the Sudtirol, representing 21 producer cooperators.
‘Mairac® (‘La Flamboyante’): A hybrid of ‘Gala’ x ‘Maigold’
from Switzerland that was released in 2002 (www.mairac.ch).
Researchers are examining crop regulation and this varieties
sensitivity to cold and C02. ‘Mairac’® has rated very well in taste
test in Europe.
‘Milwa’: See ‘Junami’.
‘Modi’® (‘Civg198’): A product developed by CIV in Fer-
rara, Italy, ‘Modi’® is named for the artist Modigliani.  is red
apple is scab resistant and marketed under the slogan this apple
is “green” (www.modiapple.com). ‘Modi’ is restricted in amount
of cultivation with 500 tons now and 50,000 tons targeted.  ere
is a Modi Europa group targeting commercialization. ‘Modi’ has
been patented in the US (USPP#18,730). Fruits have high sugar
and a good sugar/acid balance. ‘Modi’ is very tolerant to powdery
mildew and to aphids in Europe.
‘Mozart’: One of two trademarked brands (‘Eva’ and ‘Mo-
zart’) of Austrian apples (not a specifi c variety) that are supposed
to denote premium quality.
‘Opal’: A hybrid of ‘Golden Delicious x ’Topaz’, this scab-
resistant apple is also tolerant to mildew in Europe. Breeders in
the Czech Republic have already patented this variety in the US
(USPP#15,963 in 2005 as UEB 3264/2), with Varieties Interna-
tional in Oregon granted the US license. ‘Opal’ has generated a
new management company based in the Czech Republic called
Fruit-select, with partners including two French nurseries (D-
Ligonniere and Star fruits) and collaborators in the Netherlands,
the Czech republic and Austria.
‘Pacifi c Rose’: One in the Pacifi c series release by the New
Zealand breeding program and marketed by ENZA. ‘Pacifi c
Rose’ is grown in a dual hemisphere production with New Zea-
land and growers in Washington State. ‘Pacifi c Rose’ and ‘Jazz’
are marketed by Oppenheimer in North America. Washington
State growers must pay both a per acre franchise fee and a set
percentage of the gross for marketing.
‘Piñata’: (formerly ‘Pinova’, ‘Corail’, ‘Sonata’): Exclusive in
the US to Stemilt in Washington State and Dennis Courtier in
MN.  is variety was released in Germany by the Pilnitz-Dresden
apple breeding program in 1986 and patented in US in 2000. Trees
leased to growers at $.75 per tree and there are annual produc-
tion costs of 2.5% of gross receipts in addition to 8 to 10%.  e
‘Evelina’ sport of ‘Pinata’/’Pinova’ is being marketed in Europe.
‘Pink Lady’® (‘Cripps Pink’): One of the fi rst and best known
of the club (managed) varieties. Many sports of ‘Cripps Pink’ are
being patented.
PremA17 (T17): A Prevar selection that was granted an
exclusive license with a consortium called T Seventeen Ltd. Com-
pany, representing nine NZ companies. All members will plant
this variety and have market access but there will be a managed
strategy for export. T17 is acid & sweet, juicy, crunchy, grower
and consumer friendly and is an early maturing bi-color apple.
PremA153: A bright yellow apple with a hint of a pink blush,
this selection has full fl avor and a fi rm and crunchy texture. It is a
hybrid of ‘Royal Gala’ x Braeburn’ and has plant variety rights and
will be released under a trademarked name.  is Prevar selection
has been licensed exclusively with Johnny Appleseed Holdings
Limited (NZ Yummy brand). Small volumes of fruit are available
in 2009.
PremA197: A Prevar selection again granted to a consor-
tium called T 197.
‘Red Prince’®: Exclusive to Riveridge Produce Marketing
company (www.riverridge.com) in Michigan. Grown in Canada
but marketed in the US. ‘Red Prince’ has the same parentage as
‘Jonagold’ and was discovered in Germany and tested there.
‘Rubens’
® (‘Civni’): From the CIV program in Italy, this
‘Gala’ x ‘Elstar’ hybrid was from a 1988 cross. It is being trialed
in numerous European countries, which may pose a problem
with consistency of fruit in the market.  e name comes from
Latin for red, but its association with a famous Flemish painter
is a plus in marketing.  ere is also an older ‘Rubens’ apple and
an apple ‘Rubin’ that are both distinct from ‘Rubens’ (‘Civni’).
‘Sonya’ (Nevson’): Otago International LLC, in Wenatchee
Washington is the exclusive producer and marketer of ‘Sonya’
apples in North America. A production of 500,000 boxes is tar-
geted in the US. Sonya apples are marketed and distributed by
Sage Fruit Company, Rainier Fruit Company and L&M Compa-
nies of the Yakima Valley. All three companies off er Sonya apples
to U.S. retailers. ‘Sonya’ is a cross of ‘Royal Gala’ x ‘Delicious’ and
is very typey. ‘Sonya’ is also being grown in its country of origin,
New Zealand, in Europe and in South America. It was developed
by the Nevis Fruit Company. ‘Sonya’ has US plant patent #12,415
(in the name of ‘Nevson’) in 2002 and is also trademarked in the
US and globally.
‘SweeTango’® (MN 1914, ‘Minneiska’): is hybrid of
‘Honeycrisp’ x ‘Zestar’ was granted US plant patent USPP#18,812
in 2008. A product of the University of Minnesota, MN 1914 is
an exclusive of the NBT (Next Big  ing), a 45-member grower
cooperative that includes members in the US and Canada. In-
formation is available at www.sweetango.com.
‘Sweetie’ (Var-One or Prem1A cv): A release from Prevar
that is non-exclusive, ‘Sweetie’ has similarity to ‘Gala ’and is being
tested in several diff erent locations in the world.
‘Tentation’® (‘Delblush’): A hybrid of ‘Golden Delicious’
x ‘Grifer’ (‘Blushing Golden’) developed by Delbard Nursery in
France that is similar to ’Golden Delicious’ in appearance but
with more acid and more complex fl avor. Sixteen New Zealand
growers have exclusive rights in NZ with a goal of up to 250 acres
(~250,000 boxes). In Europe low pack-outs and bruising have
been issues.
‘Tunda’: From Better3Fruits this hybrid of ‘Delbarestivale’
x ‘Liberty’ is a high acid (.89 malic acid) variety.
‘Wellant’® (CPRO #47): is variety, a hybrid of a CPRO
12 NEW YORK STATE HORTICULTURAL SOCIETY
selection x ‘Elise’, ripens two to three weeks after ’Elstar’ and be-
fore ‘Jonagold’ in the Netherlands.  is variety is well received in
Europe due to its crisp attractive fruits with strong aroma. It has
been reported that GA4/7 is being researched for russetting.
‘Western Dawn’: See ‘Enchanted’®.
‘Zari’: A hybrid of ‘Elstar’ x ‘Delcorf ’ (‘Delbarestivale’) that
was bred in Belgium (Better3Fruit). Ripens two weeks earlier than
‘Gala’. Fruits are 75% orange-red on a yellow/green background.
Trees are very vigorous and spreading. Granted US plant patent
#19,473 in 2008. Rights to ‘Zari’ have been assigned to Carolus C.
and N.V. Renee Nicolai for Germany, France, Sweden, Denmark
and Finland.
‘Zonga’: Another release from Better3Fruits in Belgium,
‘Zonga’ is a hybrid of ‘Alkmene’ x ‘Delbarestivale.
Future of Club Varieties and Their Diversi cation
ere are currently well over 30 club varieties, predominately
being grown outside of the US when on a large scale.  ese va-
rieties will need to off er consumers and growers a high quality,
consistent product regardless of the area in which it is grown.
e success of new varieties will depend on it distinctiveness,
consistence of quality and the eff orts of those growing, packing
and marketing it. New varieties off er enhanced quality often
coupled with unique attributes. While some argue that new club
varieties will cannibalize shelf space of existing varieties, there are
varieties on the market that need to be retired. Consumer reac-
tion and demand will help dictate how many new apple varieties
the market will bear.
Susan Brown is a Professor in the Department of
Horticultural Sciences, Geneva Campus who leads the apple
breeding program at Cornell University. Kevin Maloney is
a Research Support Specialist who works with Dr. Brown in
the apple breeding program.
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... The standardization of the final product facilitates strategies based on branding and consumer loyalty. Marketing rights may or may not be claimed by the breeder as long as the brand identity of the product is preserved (Brown and Maloney 2009;Asioli et al. 2016;Canavari 2018). ...
Conference Paper
This paper aims at investigating the effects of regulation on patentability of plant varieties on the governance of agri-food value chains. The development of new varieties is a key factor for improving productivity and sustainability of agriculture. Thus, genetic research is one of the most important drivers of value in modern value chains. We explore the new governance forms emerging from genetic-centred value chain. In these chains, the patent-owner is the leading firm who has the ability (and the will) to organize the transactions. We provide an empirical and a theoretical approach to achieve two main objectives. Firstly, we adapt existing theoretical frameworks of governance of agri-food value chains to the case of genetic-centred supply chains. The new framework considers the possible combinations of value chain leadership and ownership of the patent explicitly, showing the impact of intellectual property rights on governance. Secondly, we apply the framework to the case of Zespri kiwifruit. In this genetic-centred value chain, farmers have no entrepreneurial independence and are subjected to a strict production standard. Their competitive advantage is based on cost-efficiency alone. We interviewed opinion leaders and farmers to identify farmers’ incentives to join Zespri’s value chain. Risk transfer emerged as one of the key determinants. Results show how the strong monetary incentive to innovation and the transfer of risk to the cultivar supplier have important consequences along supply chain. In fact, farmers have the opportunity to capture a share of the benefits from the enhanced productivity of the new input not worrying about risk management practices. Our paper represents a response to the literature that suggests that the innovation treadmill problem has not been solved yet.
... At least ten thousand apple cultivars are reported in the world (Watkins, 1985;Janick, 1996) and every year breeding programs release new cultivars. In recent years, the number of documented cultivars has increased dramatically (Brown and Maloney, 2009;Gasic and Preece, 2014) and in many cases, the marketable lifespan of a new cultivar is quite short; commercialized apple varieties exist on a supplydemand curve, which compels growers to periodically plant new cultivars to stay "ahead of the curve" and remain profitable (Legun, 2015). Indeed, only a few new cultivars can last on the market more than 20 years before becoming commercially obsolete. ...
... Clubs take control of the productive chain to carefully manage production and define strict quality standards to maintain a high price in the market (Legun, 2015;Sansavini and Gregori, 2019). The club model provides several advantages to the production chain, for instance, the ability to restrict the number of trees produced every year, the ability to limit the number of growers who can establish orchards for a specific cultivar, and control over cultivation areas, selecting those with the most suitable environmental conditions (Brown and Maloney, 2009;Sansavini and Gregori, 2019). Despite production constraints imposed 2012), S 49 from Malus orientalis and Malus sylvestris (Li et al., 2012), S 50 from Malus tschonoskii (Li et al., 2012), S 51 from Malus komarovii (Li et al., 2012), S 52 from Malus manshurica (Li et al., 2012) and S 57 from Malus prunifolia (Kim et al., 2016). ...
Article
Apples (Malus × domestica Borkh.) are an economically important crop in many temperate growing regions around the world. Apple being characterized by gametophytic self-incompatibility (GSI) requires cross-pollination with compatible apple pollen during bloom to achieve sufficient fruit set for commercial production. For this reason, in commercial orchards it is common practice to plant pollinizer trees, which can be either crabapples or different apple cultivars, at a density of 5–10%. Crabapple trees, in addition to their ornamental traits, are valued as a source of genetic diversity for pollinating apple orchards. The genetics underlying cross-compatible responses among crabapples and domesticated apples, especially recently released cultivars, have been largely understudied. In this study, we characterized one novel S-RNase allele from the crabapple Malus ‘Doubloons’, named S59, and report an allele-specific PCR method for detection of this allele from genomic DNA. Further, we characterized the self-incompatibility genotypes (S-genotypes) of over twenty previously unreported Malus accessions, including some recent releases from the breeding programs of the University of Minnesota and Washington State University. The results of this work aim to provide new information about cross-compatibility of cultivars and pollinizers and may be used to aid parent selection in apple breeding programs, as well as pollinizer selection for the commercial orchard.
... New fruit perennial varieties with long life spans, such as tree fruits and vines, take a long, expensive, and up to 15-20 years process from the initial cross of two parent cultivars to create and ready for potential commercialization. As a way to sell a new variety, build important brand equity, and safeguard the long-term investment made in breeding and marketing new varietals, the development of trademarked (TM) brand names for such fruit is rising (Brown et al., 2009). ...
Book
The book “Emerging trends in fruit production innovations and future directions”, is an effort to compile latest efforts in the field of fruit production throughout the nation. According to 3rd Advance Estimate (2018-19) by the National Horticulture Board, the total area under Fruits is 6.64 Million hectares with a production of 98.57 Million Tonnes. The book deals in canopy architecture management in fruit crops, climate and environmental factors in fruit production and sustainable soil management for fruit orchards. The book has been designed in such a manner so as to include works done in precision Horticulture and digital technologies in fruit crop improvement and use of new generation PGR’s in fruit production. It also contains information about organic and biodynamic fruit production systems. intellectual property rights and commercialization of fruit varieties have also been included in the book. Micro-propagation in fruit crops is one of the latest trends in fruit production. Role of pollinators and pollinizers for fruit production along with fruit thinning techniques for enhanced crop load management are the major highlights of the book. Advanced techniques for fruit set enhancement, future directions and emerging technologies in fruit breeding, breeding for abiotic stress tolerance in fruit trees have also been covered thoroughly in the content of the book. Polyploidy and its applications in fruit breeding, quality traits and flavour improvement in fruit breeding, preharvest factors influencing postharvest fruit quality, innovative packaging technologies for extended shelf life of fruits, cold chain management: post-harvest cooling, storage and transportation of harvested commodities is also included. Value addition and enhancement of shelf life is a major concern in fruit Crops. In the concluding chapter of the book, value added products and utilization of fruit crops have been discussed in detail. I hope that the book is helpful to the students, teachers and researchers working in the field of fruit production and becomes building block in the improvement of fruit production technology.
... Second, after many years of development, it is of paramount importance to be able to protect the innovation from unauthorized reproduction. Finally, in marketing the new product it is necessary to coordinate a large number of actors along the supply chain (Brown et al., 2009;. ...
... 'Ambrosia', on the other hand, is a reddish-pink, scab susceptible cultivar (Mennell and Mennell, 1997), which is commercialized through farmers clubs, a commercial formula where farmers must pay a licensing fee and/or join an exclusive group to be allowed to grow this cultivar (Brown and Maloney, 2009). ...
Article
With the introduction of new apple varieties, emerging diseases have been recorded including dry lenticel rot and white haze. Ramularia mali has been identified as the causal agent of dry lenticel rot, whereas species of Golubevia, Tilletiopsis and Entyloma have been associated to white haze, but the epidemiology of these pathogens remains unclear. In the present study, we measured fruit disease incidence and quality parameters, and we used metabarcoding to characterize both epiphytic and endophytic microbial communities of apple fruit of two commercial cultivars, ‘Opal’ and ‘Ambrosia’, across six time points from early fruit development up to the end of shelf life. R. mali first develops in both cultivars as an endophyte at BBCH (Biologische Bundesanstalt, Bundessortenamt and CHemical industry) phenological phase 73 (10–11% relative abundance), BBCH 77 (26–33% relative abundance) and BBCH 81 (1–7% relative abundance), then it appears as an epiphyte from BBCH 87 onward (1–2% relative abundance), when symptoms start to be visible. This was confirmed in endophytic samples through qPCR specific for R. mali. Among the genera associated to white haze, Golubevia was the most abundant epiphyte (2–4%) from BBCH 81 to the end of shelf life. Alpha and beta diversity analyses unveiled the presence of significant difference both in richness and composition among different tissue, time points and cultivars. In conclusion, the study helps to explain the epidemiology of white haze and dry lenticel rot, and to design a targeted crop protection strategy, reinforcing the hypothesis that fruit metabarcoding could be a valuable tool for assessment and prediction of postharvest diseases, before symptoms occurrence in fruit.
... In most commercial varieties included in this study, the content of esters exceeded 50%, ranging up to 82.5% in "Scilate [Envy®]". This was expected, as breeders selected fruity and aromatic genotypes to meet consumer expectations [43]. On the other hand, Granny Smith's (Comm) volatiles were dominated by aldehydes, while "Elstar" (Comm) was characterised by a higher content of alcohols. ...
Article
Full-text available
This study provides cultivar-specific metabolic fingerprints of volatile organic compounds in the headspace of cloudy apple juices. Cloudy juices from 47 “true to type” apple cultivars grown under identical agricultural and climatic conditions in South Tyrol, Italy, have been analysed through headspace solid-phase microextraction gas chromatography coupled with high-resolution time-of-flight mass spectrometry (HS–SPME/GC–HRTOF–MS), yielding cultivar-specific volatile organic compound (VOC) profiles. Apple cultivars included 10 old cultivars with local relevance, 18 commercial cultivars, dominating the current international market, 10 scab-resistant and 9 red-fleshed ones. The 28 most abundant VOCs were found in the whole dataset, indicating a remarkable chemodiversity within juices. The main discriminant metabolites were butyl acetate; pentyl acetate; 2-methylbutyl acetate; pentan-1-ol; hexan-1-ol; n-hexanal and (E)-2-hexenal. A principal component analysis (PCA) and a hierarchical cluster analysis (HCA) have not identified a clear separation of the analysed cultivar classes. Nevertheless, a series of scab-resistant and red-fleshed cultivars with VOC profiles similar to established commercial cultivars were identified; these data could help substituting current cultivars with more sustainable ones. On a more general basis, our study supports a knowledge-driven selection of apple cultivars for specific consumer preferences and helps appreciating the biodiversity of apples across old local and more recent (scab-resistant and red-fleshed) cultivars.
Technical Report
Full-text available
A produção de maçã, em escala mundial, é ob-tida através de centenas de cultivares disponíveis aos produtores e aos consumidores (Fideghelli; Della Strada, 2010). No Brasil, todavia, ela está baseada quase que exclusivamente nas cultivares Gala e Fuji, por meio de seus clones, que são deri-vados de mutações somáticas espontâneas. O gru-po 'Gala' responde por aproximadamente 65% da produção nacional e o grupo 'Fuji' por cerca de 30%. Na mesma linha, na região Sul, principal produtora de maçãs do Brasil, se observa grande concentração da produção de maçãs dos grupos 'Gala' e 'Fuji', incluindo seus clones, que normalmente se distinguem pela coloração da epiderme e que têm mostrado bom desempenho produtivo e elevada aceitação pela cadeia produtiva e pelos consumidores (Fioravanço et al., 2010; Oliveira et al., 2011; Fioravanço et al., 2016). A análise do comportamento dos consumidores de maçã tem revelado o interesse em experimentar novidades, em termos de cultivares. Este aspecto tem se materializado em mudanças de preferência, em que o consumidor busca frutas de melhor qualidade, o que reforça a necessidade de inovar no quadro varietal e na forma de organizar a produção e a comercialização, como meios de garantir a sustentabilidade da cadeia produtiva, tendo em vista a grande competição existente nos Foto: Fábio Ribeiro dos Santos 231 Figura 1. 'BRS Gala JVZ64'. Primeira cultivar de maçã do grupo 'Gala' full color desenvolvida no Brasil.
Article
Full-text available
Apple breeding is a laborious and long-lasting process that requires qualified resources, land, time, and funds. In this study, more than 5000 F1 apple hybrids from direct and testcrosses were analyzed. The results revealed how the phenotypic expression of the main quantitative traits of interest assessed in five half-sib families was controlled by the additive genetic effects and by non-additive effects of dominance and epistasis. The statistical number of hybrids required to ensure efficient selection increased exponentially with the number of desirable traits. The minimum number of progenies required to obtain a hybrid with associated quantitative traits of agronomic interest was highly variable. For two independent traits essential in selection (fruit size and quality), but incorporated together in the same hybrid, the statistical number was between about 30 and 300. If three more cumulative traits were added (a large number of fruits per tree, resistance/tolerance to apple scab, and powdery mildew attack), the limits increased to between 1500 and 18,000. The study highlighted the need for new apple varieties due to the narrowing of the genetic diversity of the cultivated species and how the choice of parents used in hybridizations (as well as the objectives pursued in the selection) can increase the efficiency of apple breeding.
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