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We apologize, but the distribution of Solanum lycopersicum L. and Capsicum spp. is suspended due to the EU regulation (details); only accessions with CZE (CSK) origin are tested and available.


Details for: 03C0701354, Avena sativa L., 'Veles'


Summary Data
Taxonomy:
Avena sativa L.
Cultivar:
'Veles'
Origin:
Czechoslovakia
Received by NPGR:
1979
Improvement Status:
Advanced/improved cultivar
Life form:
Annual
Growth class:
spring
Is Core:
N
Form Received:
Seed
Availability
FormQuantityNoteInventoryCart
Seed3.5 gram03C0701354
This accession is protected by Intellectual Property Rights, it should be requested from the donor/developer.
  
There are no images for this accession.

Core Passport Data
Taxonomy:
Avena sativa L.
Cultivar:
'Veles'
Origin:
Czechoslovakia
Received by NPGR:
1979
Improvement Status:
Advanced/improved cultivar
Life form:
Annual
Growth class:
spring
Is Core:
N
Form Received:
Seed
Source History
Developed
 

Developer(s):
Accession Names and Identifiers
'Veles'
Type: Cultivar name

Veles
Type: National name

KR-356
Type: Donor identifier

Avena sativa var. mutica
Type: Full taxon

Narrative
Curator: Marta ZAVŘELOVÁ, Agricultural Research Institute Ltd., Kromeriz (CZE047) zavrelova@vukrom.cz
Group Note

Cereals
Avena sativa L.
Genus:
Avena
Family:
Poaceae (alt. Gramineae)
Subfamily:
Pooideae
Tribe:
Poeae
Subtribe:
Aveninae
Nomen number:

6123
Place of publication:

Sp. pl. 1:79. 1753
Verified:
01/28/1992 by ARS Systematic Botanists.
Common names
English
oat –
red oat –
side oat –
tree oat –
Arabic
shofan –
French
avoine byzantine –
avoine cultivée –
German
Hafer –
Mittelmeerhafer –
Saathafer –
Chinese
yan mai (燕麦) –
Italian
avena –
avena rossa –
Japanese Rōmaji
ma-karasu-mugi –
ōto –
ōto-mugi –
Portuguese
aveia –
aveia-amarela –
Spanish
avena –
avena común –
avena roja –
Swedish
havre –
rödhavre –
Transcribed Korean
gwiri –
Other conspecific taxa
Autonyms (not in current use), synonyms and invalid designations
Autonym(s)
Avena sativa L. subsp. sativa
Avena sativa L. var. sativa

Homotypic Synonym(s)
Avena fatua L. subsp. sativa (L.) Thell.

Heterotypic Synonym(s)
Avena byzantina K. Koch
Avena byzantina K. Koch var. anopla Mordv.
Avena orientalis Schreb.
Avena sativa L. var. aristata Schltdl.
Avena sativa Körn. var. brunnea Körn.
Avena sativa L. var. cinerea Körn.
Avena sativa L. var. diffusa Neilr.
Avena sativa L. var. eligulata Vavilov ex Mordv.
Avena sativa L. var. flava Körn.
Avena sativa L. var. inermis Körn.
Avena sativa L. var. ligulata Vavilov ex Mordv.
Avena sativa L. var. montana Alef.
Avena sativa L. var. mutica Schltdl.
Avena sativa L. var. nigra Schrank
Avena sativa L. var. obtusata Alef.
Avena sativa L. var. orientalis (Schreb.) Hook. f.
Avena sativa L. var. pugnax Alef.
Avena sativa L. var. segetalis (Vavilov) Nevski
Avena sativa L. var. tristis Alef.
Avena volgensis (Vavilov) Nevski
Avena sativa L. var. nigra Haller
Avena sativa L. var. grisea Körn.
Avena diffusa (Neilr.) Asch. & Graebn. var. segetalis Vavilov
Avena diffusa (Neilr.) Asch. & Graebn. var. volgensis Vavilov
Avena sativa L. subsp. byzantina (K. Koch) Romero Zarco
Avena byzantina K. Koch var. alba Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. albomutica Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. byzantina
Avena byzantina K. Koch var. cinnamomea Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. cremea Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. culta (Thell.) Mordv.
Avena byzantina K. Koch var. graeca Mordv. ex Rodionova & Soldatov
Avena sterilis L. subsp. byzantina (Koch) Thell. var. hypatricha (Thell.) Malzev
Avena byzantina K. Koch var. incana Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. induta Thell.
Avena byzantina K. Koch var. maroccana Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. monathera Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. nigra Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. rubra Mordv. ex Rodionova & Soldatov
Avena byzantina K. Koch var. secundae (Malzev) Malzev
Avena byzantina K. Koch var. solida (Hausskn.) Maire & Weiller
Avena byzantina K. Koch var. ursina Mordv. ex Rodionova & Soldatov
Avena sativa L. var. affinis Körn.
Avena sativa L. var. armata Petrop.
Avena sativa L. var. asiatica Vavilov
Avena sativa L. var. aurea Körn.
Avena sativa L. var. bashkirorum Vavilov
Avena sativa L. var. borealis Petrop.
Avena sativa L. var. chinensis (Fisch. ex Roem. & Schult.) Döll
Avena sativa L. var. gymnocarpa Körn.
Avena sativa L. var. haussknechtii Vavilov & Mordv. ex Rodionova & Soldatov
Avena sativa L. var. homomalla Mordv.
Avena sativa L. var. iranica Vavilov
Avena sativa L. var. kasanensis Vavilov
Avena sativa L. var. krausei Körn.
Avena sativa L. var. maculata Mordv. ex Rodionova & Soldatov
Avena sativa L. var. mongolica (Pissarev ex Vavilov) Mordv.
Avena sativa L. var.-gr. nuda Alef.
Avena sativa L. var. persica Vavilov
Avena sativa L. var. setosa Körn.
Avena sativa L. var. tartarica Ard.
Avena sativa L. var. volgensis Vavilov
Avena nuda L. var. mongolica Pissarev ex Vavilov
Avena sativa L. var. nuda (L.) Körn. & H. Werner
Avena distans Schur
Avena racemosa Thuill.
Avena sterilis L. subsp. byzantina (Koch) Thell.
Avena sterilis L. subsp. byzantina f. hypatricha Thell.
Avena sterilis L. var. solida Hausskn.
Avena diffusa (Neilr.) Asch. & Graebn.
Avena diffusa (Neilr.) Asch. & Graebn. var. diffusa
Avena praegravis (Krause) Roshev.
Avena fatua L. subsp. praegravis (Krause) Malzev
Avena sativa L. subsp. praegravis (Krause) Mordv.
Avena sativa L. var. praegravis Krause
Annotations
  • Re-Identification: 06 Oct 2015, from Avena sativa L. var. mutica Schltdl. to Avena sativa L.
  • Re-Identification: 06 Oct 2015, from Avena sativa L. to Avena sativa L.
    • Other Links
    Actions
  • Curator Change: Previous: Michaela Kadlíková, Current: Marta Zavřelová. 06 May 2016.
  • Enter ECN Into System: . 06 May 1992.
    • Pathogens
    Vouchers
    Herbarium specimen
  • Located at Agricultural Research Institute Kromeriz, Ltd.. Inventory sample: 03C0701354.
    • Citations
    Pedigree
    Pollination type:
    (4) Crossing
    Description:
    Diadem/Civena//Tarpan/3/Bento
    Intellectual Property Rights
    Czech registration. , . Issued: 01 Jan 1981.
    AEGIS collection. (AEGIS collection.)
    AEGIS collection.
    MLS. (Multi-Lateral System FAO item.)
    MLS.
    FAO Standard Material Transfer Agreement.
    Year of termination of breeding. , . Issued: 01 Jan 1980.

    Observations

    Phenotype Data

    CategoryDescriptorDescriptionValueStudyInventoryAvailability
    BIOLOGY044 Lodging - resistance 3 - low1997 Agricultural Research Institute Kromeriz, Co. Ltd. (7)  
    BIOLOGY053 Crown rust - resistance 8 - high - very high1984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    BIOLOGY054 Black stem rust - resistance 9 - very high1984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    BIOLOGY055 Powdery mildew - resistance 7 - high1984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    CHEMICAL097 Grain - crude protein content 8 - 16,1-18,0 %1984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    MORPHOLOGY003 Plant - height 4 - medium short 81-100 cm2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY014 Leaf - ligule presence 1 - present2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY037 Stem - pubescence of the upper node 0 - absent2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY089 Panicle - grain mass 7 - high 2,4-2,7 g2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY090 Panicle - number of grains 8 - 76-902008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY094 Grain - portion of lemmas 6 - 27,1-30,0 %2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY095 Grain - uniformity 5 - medium 76-80 %1984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    MORPHOLOGY077 Stand - number of panicles 5 - intermediate 401-500/m22008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY096 Grain - volume mass 9 - very high >48,0 kg2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY001 Plant - tuft shape (at tillering) 3 - semi-erect 25-40°2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY009 Leaf - flag - position (at the beginning of heading) 7 - nodding 91-135°2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY010 Leaf second upper - length 5 - medium 29,1-34,0 cm2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY011 Leaf second upper-width 3 - narrow 1,0-1,5 cm2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY012 Leaf - colour (at heading) 5 - green2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY018 Panicle - shape 7 - divergent2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY019 Panicle - branch position (at full ripeness) 5 - horizontal 86- 95°2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY020 Panicle - number layers 7 - large 5,6-6,02008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY021 Panicle - length 7 - long 18,5-19,7 cm2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY022 Panicle - awnedness 0 - awnless2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY029 Caryopsis - huskinnes 1 - present (husked)2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY032 Caryopsis - colour 1 - white2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY038 Leaf - sheath pubescence of the lower leaf 3 - weak2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY039 Leaf - hairiness of margin of the second upper leaf 7 - strong2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY050 Panicle - glume waxy bloom 3 - weak2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    MORPHOLOGY051 Panicle - position of spikelets 9 - pendulous2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    OTHER110 Germination seed - store 1 - present2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    OTHER040 Vegetation - character 1 - spring1984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    PHENOLOGY041 Vegetation period - cultivar (to standard cv. days) 5 - midle-early -1+12008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    PHENOLOGY042 Vegetation period - sowing to heading (to standard cv. days) 6 - +2-32008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    PRODUCTION080 Stand - grain yield preliminary (to the standard cv.) 4 - 85,1- 95,0 %2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    PRODUCTION082 Stand - 1000 husked grain mass 6 - 30,1-35,0 g2008 Agricultural Research Institute Kromeriz, Co. Ltd. (11)  
    PRODUCTION085 Stand - dried biomass yield (to the standard cv.) 4 - 85,1- 95,0 %1984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    PRODUCTION087 Plant - grain mass (to the standard cv.) 7 - high 115,1-125,0 %1984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    PRODUCTION088 Plant - number of productive tillers 5 - medium 2,1-3,01984 Agricultural Research Institute Kromeriz, Co. Ltd. (4)  
    Genotype Data
    Poly TypeMarkerValueEvaluationStudy TypeInventory
    MICROSATELLITEAM210262 262SSR analysis - test  
    MICROSATELLITEAM221253 253SSR analysis - test  
    MICROSATELLITEAM87165 165SSR analysis - test  
    MICROSATELLITEAM115213 213SSR analysis - test  
    MICROSATELLITEAM206124 124SSR analysis - test  
    MICROSATELLITEAM217b205 205SSR analysis - test  
    MICROSATELLITEAM83190 190SSR analysis - test  
    MICROSATELLITEAM107268 268SSR analysis - test  
    MICROSATELLITEAM1b191 201SSR analysis - test  
    MICROSATELLITEAM216275 275SSR analysis - test  
    MICROSATELLITEAM47265 265SSR analysis - test  
    MICROSATELLITEAM103189 189SSR analysis - test  
    MICROSATELLITEAM212182 182SSR analysis - test  
    MICROSATELLITEAM42a183 183SSR analysis - test  
    MICROSATELLITEAM102204 220SSR analysis - test  
    MICROSATELLITEAM208a190 190SSR analysis - test  
    MICROSATELLITEAM219191 191SSR analysis - test  
    MICROSATELLITEAM203349 349SSR analysis - test  
    MICROSATELLITEAM4b135 135SSR analysis - test  
    MICROSATELLITEAM92b149 159SSR analysis - test  
    MICROSATELLITEAM214281 281SSR analysis - test  
    MICROSATELLITEAM3259 259SSR analysis - test  
    MICROSATELLITEAM114a50 50SSR analysis - test  
    MICROSATELLITEAM209149 149SSR analysis - test  
    MICROSATELLITEAM2a111 111SSR analysis - test  
    MICROSATELLITEAM42b207 207SSR analysis - test  
    MICROSATELLITEAM205255 255SSR analysis - test  
    MICROSATELLITEAM217a175 175SSR analysis - test  
    MICROSATELLITEAM25229 229SSR analysis - test  
    MICROSATELLITEAM1a157 157SSR analysis - test  
    MICROSATELLITEAM215b214 214SSR analysis - test  
    MICROSATELLITEAM84100 100SSR analysis - test  
    MICROSATELLITEAM114c203 203SSR analysis - test  
    MICROSATELLITEAM211202 202SSR analysis - test  
    MICROSATELLITEAM54177 177SSR analysis - test  
    MICROSATELLITEAM104186 186SSR analysis - test  
    MICROSATELLITEAM207184 184SSR analysis - test  
    MICROSATELLITEAM220298 298SSR analysis - test  
    MICROSATELLITEAM2b139 139SSR analysis - test  
    MICROSATELLITEAM201277 277SSR analysis - test  
    MICROSATELLITEAM22139 139SSR analysis - test  
    MICROSATELLITEAM92a121 121SSR analysis - test  
    MICROSATELLITEAM114b203 203SSR analysis - test  
    MICROSATELLITEAM213268 268SSR analysis - test  
    MICROSATELLITEAM218192 192SSR analysis - test  
    MICROSATELLITEAM4c139 139SSR analysis - test  
    MICROSATELLITEAM112247 247SSR analysis - test  
    MICROSATELLITEAM208b198 198SSR analysis - test  
    MICROSATELLITEAM215a174 174SSR analysis - test  
    MICROSATELLITEAM4a123 123SSR analysis - test  
    MICROSATELLITEAM204401 401SSR analysis - test  


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    According to the Decree no.458/2003 to the Act no.148/2003 on plant genetic resources in the Czech Republic users are allowed to order a maximum of 30 generatively and 10 vegetatively propagated samples per year (our business year is from November until October).

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