| Contents |
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| Bothmer R. von , Barkworth M.E., Holubec V.: Preface |
1 |
| Barkworth M.E., Bothmer R. von : Twenty-one years later: the impact of Löve and Dewey’s genomic classification proposal |
3 |
| Session I: Systematics and Phylogeny Chairmans: Jan Valkoun, Kazuhiro Sato, Bernard Baum |
| Anamthawat-Jónsson K.: The Leymus Ns-genome (key note) |
13 |
| Mason-Gamer R.J., M.M. Burns, M. Naum: Polyploidy, introgression, and complex phylogenetic patterns within Elymus (key note) |
21 |
| Bareš J., Hajnalová E., Hajnalová M., Komárková V.: Archaeobotany of Triticum in prehistory: domestication, spread and speciation (abstract only) |
27 |
| Petersen G., Seberg O.: Phylogenetic Analysis of allopolyploid species |
28 |
| Seberg O., Petersen G.: Incongruence and the phylogeny of the Triticeae (Poaceae)(abstract only) |
38 |
| Baum B.R.: Inferring genetic relationship among haplomes in Triticeae: The utility of the 5S DNA units with examples |
39 |
| Goncharov N.P.: Comparative-genetic analysis – a base for wheat taxonomy revision |
52 |
| Kawahara T., Yamane K.: Phylogeny of Aegilops and Triticum inferred from sequence data of cpDNA (abstract only) |
56 |
| Jakob S.S., Blattner F.R.: Phylogeographic analysis of the Mediterranean Hordeum marinum Species Group (Poaceae) (abstract only) |
57 |
| Lu B.-R., Liu Q.: The possible origin of the “StY”-genome Elymus: a new mechanism of allopolyproidy in plants (abstract only) |
58 |
| Barkworth M.E., McGrew J.: Combining herbarium data with spatial data: potential benefits, new needs |
59 |
| Poster Session I |
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| Barkworth M.E., McGrew J., Zhu G.: The Triticeae in China |
65 |
| De Bustos A., Jouve N.: Phylogenetic Study of Aegilops species and their relation with Triticum and Secale analysed by glutenin genes |
70 |
| Gerus D.E., Agafonov A.V.: Introgression between Elymus caninus and E. fibrosus as revealed by morphology and one-dimensional SDS-electrophoresis |
74 |
| Agafonov A.V., Gerus D.E., Salomon B.: A Biosystematic study of Elymus charkeviczii, E. mutabilis and E. subfibrosus from the Peninsula Kamchatka |
79 |
| Badmayeva N.K., Agafonov A.V.: Electrophoretic variation of endosperm proteins and its use for taxonomy and biosystematics in the genus Leymus (Poaceae) |
86 |
| Jakob S.S., Blattner F.R.: A chloroplast genealogy reveals the impossibility of obtaining correct phylogenetic inference from chloroplast data in Hordeum L. (Poaceae) (abstrace only) |
91 |
| Kishii M., Wang R.R.-C., Tsujimoto H.: GISH analysis revealed new aspect of genomic constitution of Thinopyrum intermedium |
92 |
| Komatsuda T., Azhaguvel P., Vidya-Saraswathi D.: Are North African barleys of type Eastern or Western? (abstract only) |
96 |
| Mahelka V., Krahulec F.: Hybridization in Elytrigia at Two ploidy levels: parents, progeny, chromosome numbers and genome size (abstract only) |
97 |
| Stewart A.V., Ellison N., Salomon B.: Genomic C¨constitution of the New Zealand Triticeae |
98 |
| Session II: Biodiversity and ConservationChairmans: Roland von Bothmer,
Mary Barkworth, Nikolay P. Goncharov |
| Sato K., Tsujimoto H., Bothmer R. von: Introduction of genetic diversity into cereals from their wild relatives (key note) |
103 |
| Jones T.A., Larson S.R.: Development of native Western North American Triticeae germplasm in a restoration context (key note) |
108 |
| Arzani A., Khalughi M.-R., Shiran B., Kharazian N.: Evaluation of diversity in wild relatives of wheat (key note) |
112 |
| Holubec V.: Triticeae biodiversity and conservation, a “genebanker” view |
118 |
| Börner A., Röder M.S., Cheborar S., Varshney R.K., Weidner A.: Molecular tools for genebank management and evaluation |
122 |
| Varshney R.K., Prasad M., Kota R., Sigmund R., Börner A. Valkoun, J., Scholz U., Stein N., Graner A.: Functional molecular markers in barley: Development and applications |
128 |
| Farooq S., Azam F.: In vivo conservation of agro-biodiversity: A selective but practical approach for its sustainable utilization |
134 |
| Sun G.: Molecular diversity of Elymus trachycaulus complex species and their relationships to other Elymus species (abstract only) |
140 |
| Balyan H.S., Gupta P.K., Rustgi S., Bandopadhyay R., Goyal A., Singh R., Kumar A., Kumar N., Sharma S.: Development and use of Ssrs of bread wheat for genetic and physical mapping and transferability to the species of Triticum-Aegilops complex |
141 |
| Hammer K.: Remarks to the breeding systems of the Triticeae with special reference to the pollen to ovule ratios |
145 |
| Ovesná J., Nguyen M.-C., Kučera L., Holubec V.: Diversity of granule bound starch synthase i coding sequence within selected wild and cultivated Triticeae |
154 |
| Knüpffer H.: Access to genetic resources and biodiversity information in Triticeae (abstract only) |
159 |
| Poster Session II |
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| Bradová J., Šašek A.: Diversity of gliadins and HMW glutenin subunits in Czech registered wheat varieties |
160 |
| Bradová J., Stehno Z., Dotlačil L., Hermuth J.: Diversity of evaluated characters and HMW-Glu alleles in landraces and cultivars of emmer, einkorn and spelt wheat |
164 |
| Caballero L., Alvarez J.B., Martín L.M.: LMW glutenin subunits variation in Persian and Polish wheat |
171 |
| CaballeroL., Martín L.M., Alvarez J.B.: Collection and characterisation of populations of spelt and emmer in Asturias (Spain) |
175 |
| Farooq S., Azam F., Qureshi R.M.: Variability for Fe and Zn in selected germplasm growing on stressed lands |
179 |
| Holubec V., Dvořáček V.: Protein structure variability of Aegilops species |
184 |
| Holubec V., Dumalasová V., Hanzalová A.: Triticeae Genebank collection as a source of resistance to fungal diseases |
189 |
| Kocourková Z., Kohutová Z., Vlastníková H., Sedlák P.: A comparison of electrophoretic separative methods of RAPD products of wheat (Triticum aestivum L.) (abstract only) |
193 |
| Komatsudaa T., Manoa Y., Turuspekovb Y., Hondab I., Kawadab N., Watanabe Y.: Inheritance and genetic diversity of flowering types in barley (abstract only) |
194 |
| Kovářová P., Kubaláková M., Suchánková P., Bartoš J., Číhalíková J., Doležel J.: A flow-based toolkit for dissection of Triticeae genomes (abstract only) |
195 |
| Krystkowiak K.,. Adamski T, Kaczmarek Z., Surma M.: Genotypic and phenotypic distances between chosen varieties of wheat (Triticum aestivum L.) (abstract only) |
196 |
| Leišová L., Bradová J., Gregová E.: Diversity of HMW-Glu aalleles in landraces and cultivars of winter wheat (Triticum aestivum), spelt (Triticum spelta) and emmer (Triticum dicoccoides) (abstract only) |
197 |
| Stehno Z., Dotlačil L., Faberová I., Bareš I.: Development and structure of wheat collection in the Research Institute of Crop Production, Prague |
198 |
| Suchánková P., Kubaláková M., Kovářová P., Bartoš J., Číhalíková J., Endo T., Doležel J.: Dissecting the barley genome to chromosome arms by flow sorting (abstract only) |
201 |
| Šafář J., Janda J., Bartoš J., Kubaláková M., Kovářová P., Číhalíková J., Šimková H., Sourdille P., Bernard M., Chalhoub B., Doležel J.: Development of BAC resources for genomic research on wheat (abstract only) |
202 |
| Švec M., P. Civáň P., Mikulová K., Kuchta T., Siekel P., Hauptvogel P., Masák Š.: DNA polymorphism in some samples of European emmer |
203 |
| Warek U., Bedell J.A., Budiman M.A., Lakey N.: GeneThresher® methylation filtering technology – A path to rapid gene and marker discovery in plants (abstract only) |
207 |
| Watanabe N., Takesada N., Fujii Y., Martinek P.: The genes on homoeologous group 3 chromosomes determine brittle rachides in Triticum and Aegilops |
208 |
| Zámečník J., Holubec V.: Heterogeneity in carbon isotope discrimination in leaves, stalks and spikes of ten annual wild Triticeae species |
212 |
| Žofajová A., Masar S., Užík M.: Anther culture derived progeny of winter wheat with rye-translocation (abstract only) |
218 |
| Svensson J. T., Xu J., Zheng J., Witt H.N., Condamine P., Wanamaker S., Madishetty K., You F.M., Luo M.-Ch., Roose M., Jiang T., Cui X., Lonardi S., Close T.J.: Coupling expressed sequences and bacterial artificial chromosome resources to access the barley genome (abstract only) |
219 |
| Barkworth M.E., Lim S. J.: A Triticeae Website: report of discussion (workshop) |
220 |
| Session III: Breeding and Utilization of Genetic ResourcesChairmans: Takao Komatsuda, Helmut Knüpffer, William Rogers, Ahmad Arzani |
| Valkoun J.: Wild cereals in breeding (abstract only) (key note) |
227 |
| Rubio S., Jouve N., González J. M.: Biolistic and Agrobacterium-mediated transient expression of UidA in Triticale immature embryos |
228 |
| Heidari B., Saeidi G., Sayed Tabatabaei B.E., Suenaga K.: The interrelationships of agronomic characters in a doubled haploid population of wheat |
233 |
| Urashima A.S., Galbieri R., Stabili A.: Dna fingerprinting and sexual characterization revealed two distinct populations of Magnaporthe grisea in wheat blast from Brazil |
238 |
| Shahinnia F., Rezai A.M., Sayed Tabatabaei B.E.: Variation and path coefficient analysis of important agronomic traits in two- and six-rowed recombinant inbred lines of barley (Hordeum vulgare L.) |
246 |
| Konopka J., Valkoun J.: Global database of wheat wild relatives (abstract only) |
251 |
| Farooq S., Azam F.: Salinity tolerance in Triticeae |
252 |
| Golabadi M., Arzani A,, Maibody S.M.M.: Evaluation of variation among durum wheat f3 families for grain yield and its components under normal and water-stress field conditions |
263 |
| Mohabbati F.: Effects of salinity on syntethic wheat genotypes |
268 |
| Moosavi S. S., Yazdi Samadi B., Zali A., Ghannadha M., OmidiM., Naghavi M. : Investigation the effect of abscisic acid on drought stress introduction in wheat seedlings |
273 |
| Poster Session III |
|
| Balyan H.S., Gupta P.K., Kulwal P.L., Kumar N.: QTL analyses for three grain quality traits in bread wheat using intervarietal mapping populations |
281 |
| Bartoš P., V. Šíp, A. Hanzalová, Kučera L., Ovesná J., Valkoun J., Chrpová J., Hanušová R., Dumalasová V., Stuchlíková E., Zadražil K.: Utilization of wild relatives and primitive forms of wheat in Czech wheat breeding |
284 |
| Benito C., Fontecha G., Silva-Navas J., Hernández-Riquer V., Eguren M., Escribano R.M., Mestres M. A., Gallego F.J.: Chromosomal location of molecular markers linked to aluminum tolerance genes in rye (abstract only) |
288 |
| Burešová I., Martinek P.: Bread-making quality of Triticale with Glu-D1 5+10 introduced into 1R (abstract only) |
289 |
| De Bustos A., Pérez R., Jouve N.: Study of the homologous recombination genetic system to improve genetic transformation of wheat |
290 |
| Gregová E., Šliková S.: Development of winter wheat genotypes with unique combination of glutenin alleles by marker-assisted selection (abstract only) |
294 |
| Hnilička F., Petr J., Hniličková H., Martinková J.: The yield formation in the alternative varieties of wheat |
295 |
| Kochanová M., Dumalasová V., Prokinová E., Ryšánek P.: Early detection of common bunt in Triticeae by PCR method |
302 |
| Krejčířová L., Capouchová I.: Relation of the protein fractions composition to the qualitative parameters of wheat for different ways of utilization (abstract only) |
304 |
| Kuczyńska A., Surma M., Kaczmarek Z., Adamski T.: The frequency of transgression effects in F1DH, F2DH, SSD barley lines (abstract only) |
305 |
| Lukovic J., Kraljevic-Balalic M.: The influence of spikelet position on mass and number of wheat grains (abstract only) |
306 |
| Mikulová K., Švec M., Lux A., Civáň P.: Papillar resistance against powdery mildew fungus in Triticum sp. |
307 |
| Moosavi S.S., Samadi Y.B., Zali A., Ghannadha M.R.: Genetic analysis of quantitative traits in bread wheat under normal and moisture stress conditions (abstract only) |
311 |
| Moosavi S.S:, Samadi Y.B., Zali A., Ghannadha M.R.: Evaluation of general and specific combining ability of bread wheat quantitative traits in normal and moisture stress conditions (abstract only) |
312 |
| Petr J., Hradecká D.: Peculiarities of the growth and development of triticale in comparision with wheat and rye (abstract only) |
313 |
| Rogers W.J., Robutti J.L., Lerner S.E., Di Martino A.M., Ponzio N.R., Borrás F.S., Cogliatti M., Seghezzo M.L., Molfese E.R.: Multivariate RP-HPLC analysis as a tool in quality studies in durum wheat |
314 |
| Rębarz M., Moczulski M., Surma M., Adamski T.: HMW glutenin composition in wheat doubled haploid populations (abstract only) |
319 |
| Suchánková P., Kubaláková M., Bartoš J., Číhalíková J., Endo T., Doležel J.: Dissecting the barley genome to chromosome arms by flow sorting (abstract only) |
320 |
| Šliková S., Gregová E., Bartoš P., Hanzalová A.: Utilization of alien leaf rust resistance genes for development of resistant wheat genotypes by backross (abstract only) |
321 |
| Trčková M., Raimanová I., Stehno Z.: Differences among Triticum dicoccum, T. monococcum and T. spelta in rate of nitrate uptake |
322 |
| Věchet L., Vojáčková M.: Resistance of wheat (Triticum aestivum) to Septoria tritici blotch (Mycosphaerella graminicola) on leaf segments (abstract only) |
325 |
| Waines J.G., Ehdaie B.: Breeding for root characters and grain yield in wheat |
326 |
| Žofajová A., Masár S., Užík M.: Anther culture derived progeny of winter wheat with rye-translocation (abstract only) |
331 |
| Session IV: Closing Session Chairman: Karl Hammer |
|
| Mackay M., Bothmer R. von, Skovmand B.: Conservation and utilization of plant genetic resources – future directions |
335 |
| Author Index |
I |