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Genetic Resources and Crop Evolution 51: 1–109, 2004.

Research in plant genetic resources 1978–2003: General index of the second 25 volumes ‘Kulturpflanze’/‘GRACE’ Erika Pistrick1 , Klaus Pistrick2 and Karl Hammer3 1

Schmiedestr. 1, D-06466 Gatersleben, Germany; 2Institute of Plant Genetics and Crop Plant Research, Corrensstr. 3, D-06466 Gatersleben, Germany; 3University of Kassel, Institute of Crop Science, D-37213 Witzenhausen, Germany

Key words: Bibliography, Cultivated plants, History of science, Plant genetic resources

Abstract A general index of the second 25 volumes of ‘Kulturpflanze’ 1978–1990/‘GRACE’ (Genetic Resources and Crop Evolution) 1992–2003 is provided. Its predecessor covered the first 25 volumes of the periodical ‘Die Kulturpflanze’ and appeared in 1977. The index can be considered as a unique source for research in plant genetic resources.

A general index of the first 25 volumes of the periodical ‘Die Kulturpflanze’ was compiled by V. Liebert and A. Rieth and published 25 years ago. The very successful development of the journal founded by H. Stubbe could be documented from its very beginning (cp. Pistrick and Hammer 2003). ‘Die Kulturpflanze’ became well known to a large readership especially in the rising and quickly differentiating field of research in plant genetic resources. Therefore, the transformation into an international journal in 1992 (vol. 39) could be easily done (Hammer and Hanelt 1992). In view of new electronic information facilities today and long-term importance of many ‘Kulturpflanze’/‘GRACE’ articles, we now try to close the documentation gap of the last decades after having completed our 50 years jubilee volume. The general index is divided into the following subindices: Index to publications (pp. 2–48) Index to authors (pp. 48–64) Index to key words (pp. 65–109)

All publications excluding short editorial notes, book reviews and reports of the Gatersleben Institute in ‘Die Kulturpflanze’ are documented and listed alphabetically. Access is also provided by alphabetical lists of author names and standardized key words. We thank Kluwer Academic Publishers for the financial support of this work. Our ever young ‘GRACE’ starts now for another 25 years serving as All-round Journal of the One World community of researchers in plant genetic resources.

References Liebert V. and Rieth A. 1977. General-Register der ersten fu¨nfundzwanzig Jahrga¨nge der Schriftenreihe ‘Die Kulturpflanze’. Kulturpflanze 25: 339–359. Hammer K. and Hanelt P. 1992. Notes on the evolution of GRACE (Genetic Resources and Crop Evolution) and its progenitor – an editorial preface. Genet. Resour. Crop Evol. 39: 1–2. Pistrick K. and Hammer K. 2003. 50 years ‘Kulturpflanze’/ ‘GRACE’ – Retrospect and prospect. Genet. Resour. Crop Evol. 50: 1–2.

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Index to publications 1. Abedinia M., Henry R. J. and Clark S. C. 1998. Distribution and phylogeny of Potamophila parviflora R. Br. a wild relative of rice from eastern Australia. Genet. Resour. Crop Evol. 45: 399–406. 2. Acosta-Gallegos J. A., Quintero C., Vargas J., Toro O., Tohme J. and Cardona C. 1998. A new variant of arcelin in wild common bean, Phaseolus vulgaris L., from southern Mexico. Genet. Resour. Crop Evol. 45: 235–242. 3. Adler K., Brecht E., Meister A., Schmidt O. und Su¨ss K.-H. 1979. Die ChloroplastenThylakoid-Membran: Biogenese, Pigmentorganisation, Protein-Funktionsbeziehungen und Degeneration wa¨hrend der Seneszenz. ¨ bersicht. [The chloroplast thylakoid Eine U membrane: biogenesis, organization of pigments, protein-function relationships and degradation during senescence – review.] Kulturpflanze 27: 13–48. 4. Adler K. and Horstmann Ch. 1984. Electronmicroscopic investigations of reconstruction products of isolated subunits pairs of the plant storage protein legumin from Vicia faba. Kulturpflanze 32: S227–S228. 5. Adler K. und Scholz G. 1986. Die Chloroplastenstrukturen der Mutante chloronerva von Lycopersicon esculentum Mill. im Mutantenstatus und nach Normalisierung mit Nicotianamin. [Chloroplast structures of the mutant chloronerva (Lycopersicon esculentum Mill.) in the mutant state and after normalization with nicotianamin.] Kulturpflanze 34: 185–194. 6. Ahmed S., Akem C. and Abd El Moneim A. M. 2000. Sources of resistance to downy mildew in narbon (Vicia narbonensis) and common (Vicia sativa) vetches. Genet. Resour. Crop Evol. 47: 153–156. 7. Ahokas H. and Manninen M.-L. 2000. Retrospecting genetic variation of finnish oat (Avena sativa) landraces and observations on revived lines grown prior to 1957. Genet. Resour. Crop Evol. 47: 345–352. 8. Ahokas H. and Poukkula M. 1999. Malting enzyme activities, grain protein variation and yield potentials in the displaced genetic resources of barley landraces of Finland. Genet. Resour. Crop Evol. 46: 251–260.

9. Akimoto M., Shimamoto Y. and Morishima H. 1999. The extinction of genetic resources of Asian wild rice, Oryza rufipogon Griff.: A case study in Thailand. Genet. Resour. Crop Evol. 46: 419–425. 10. Alazzeh A. A., Hammer K., Lehmann Ch. O. and Perrino P. 1982. Report on a travel to the Socialist People’s Libyan Arab Jamahiriya 1981 for the collection of indigenous taxa of cultivated plants. Kulturpflanze 30: 191–202. 11. Alemayehu N. and Becker H. 2002. Genotypic diversity and patterns of variation in a germplasm material of Ethiopian mustard (Brassica carinata A. Braun). Genet. Resour. Crop Evol. 49: 573–582. 12. Alika J. E., Aken’Ova M. E. and Fatokun C. A. 1995. Variation among maize (Zea mays L.) accessions of Bendel State, Nigeria. Numerical analysis of zein protein band patterns. Genet. Resour. Crop Evol. 42: 393–399. 13. Al-Khatib M. M., McNeilly T. and Collins J. C. 1994. Between and within cultivar variability in salt tolerance in lucerne (Medicago sativa L.). Genet. Resour. Crop Evol. 41: 159–164. 14. Allem A. C. 1994. The origin of Manihot esculenta Crantz (Euphorbiaceae). Genet. Resour. Crop Evol. 41: 133–150. 15. Allem A. C. 2001. Managing genebanks: seed base collection examined. Genet. Resour. Crop Evol. 48: 321–328. 16. Al-Maskri A., Nagieb M., Hammer K., Filatenko A. A., Khan I. and Buerkert A. 2003. A note about Triticum in Oman. Genet. Resour. Crop Evol. 50: 83–87. 17. Alonso S. I., Guma I. R. and Clausen A. M. 1999. Variability for salt tolerance during germination in Lolium multiflorum Lam. naturalized in the pampean grasslands. Genet. Resour. Crop Evol. 46: 87–94. 18. Alvarez M. T., Sa´enz de Miera L. E. and Pe´rez de la Vega M. 1998. Genetic variation in common and runner bean of the Northern Meseta in Spain. Genet. Resour. Crop Evol. 45: 243–251. 19. Anbessa Y. and Bejiga G. 2002. Evaluation of Ethiopian chickpea landraces for tolerance to drought. Genet. Resour. Crop Evol. 49: 557–564. 20. Andonova P., Tyankova L. and Kudrev T. 1984. Effect of nutrient concentration on the protein yield and amino acid composition of the protein complex in grain of maize hybrids. Kulturpflanze 32: S245–S248.

3 21. Annicchiarico P. and Pecetti L. 1994. Morphophysiological traits as descriptors for discrimination of durum wheat germplasm. Genet. Resour. Crop Evol. 41: 47–54. 22. Annicchiarico P. and Piano E. 1997. Effect of selection under cultivation on morphological traits an yield of Ladino white clover landraces. Genet. Resour. Crop Evol. 44: 405–410. 23. Anthony F., Clifford M. N. and Noirot M. 1993. Biochemical diversity in the genus Coffea L.: chlorogenic acids, caffeine and mozambioside contents. Genet. Resour. Crop Evol. 40: 61–70. 24. Anu A. and Peter K. V. 2003. Analysis of seed protein of 29 lines of Capsicum annuum L. by polyacrylamide gelelectrophoresis. Genet. Resour. Crop Evol. 50: 239–243. 25. Apel P. 1978. Untersuchungen u¨ber Blattdicke und Ausbildung der Ertragskomponenten bei Sommergerste. [Investigations on leaf thickness and the expression of yield components in spring barley.] Kulturpflanze 26: 71–79. 26. Apel P. 1979. Leitbu¨ndeldichte und Stomatafrequenz von Gramineen-Arten mit C3- beziehungsweise C4-pathway der Photosynthese. [Leaf vein density and stomatal frequency in gramineous species with C3 and C4 pathway of photosynthesis.] Kulturpflanze 27: 91–93. 27. Apel P. 1983. Jungpflanzenentwicklung und Einzelpflanzenertrag bei Sommergerste. [Early development and single plant yield in spring barley.] Kulturpflanze 31: 167–172. 28. Apel P. 1986. Intrageneric hybrids within the genus Flaveria Juss. (Asteraceae). Kulturpflanze 34: 177–184. 29. Apel P. 1988. Some aspects of the evolution of C4 photosynthesis. Kulturpflanze 36: 225–236. 30. Apel P. 1988. Pha¨nologische Untersuchungen bei verschiedenen Temperaturen an einem Sortiment von Phaseolus vulgaris L. [Phenological investigations at different temperatures within a collection of Phaseolus vulgaris L.] Kulturpflanze 36: 331–341. 31. Apel P., Bauwe H., Frank R. und Peisker M. 1985. Beziehungen zwischen Kohlenstoff- und Stickstoffmetabolismus bei Pflanzen – eine ¨ bersicht u¨ber ausgewa¨hlte Aspekte. [InteracU tions between carbon and nitrogen metabolism in plants – a review of some selected topics.] Kulturpflanze 33: 41–72.

32. Apel P., Bergmann A., Jank H.-W. und Lehmann Ch. O. 1981. Variabilita¨t der Keimwurzelzahl bei Gerste. [Variability of seedling root numbers in barley.] Kulturpflanze 29: 403–415. 33. Apel P. und Peisker M. 1978. Einfluß hoher Sauerstoffkonzentrationen auf den CO2Kompensationspunkt von C4-Pflanzen. [Influence of high oxygen concentrations on the CO2 compensation concentration in C4-plants.] Kulturpflanze 26: 99–103. 34. Apel P. und Peisker M. 1979. Pflanzenarten mit intermedia¨rer Merkmalsauspra¨gung in Bezug auf den C3- and C4-pathway der Photosynthese. (Plant species with intermediate characteristics in relation to C3 and C4 photosynthesis) Kulturpflanze 27: 49–66. 35. Appa Rao S., Bounphanousay C., Schiller J. M., Alcantara A. P. and Jackson M. T. 2002. Naming of traditional rice varieties by farmers in the Lao PDR. Genet. Resour. Crop Evol. 49: 83–88. 36. Appa Rao S., Bounphanousay C., Schiller J. M. and Jackson M. T. 2002. Collection, classification, and conservation of cultivated and wild rices of the Lao PDR. Genet. Resour. Crop Evol. 49: 75–81. 37. Appa Rao S., Mengesha M. H. and Reddy K. N. 1996. Diversity in pearl millet germplasm from Cameroon. Genet. Resour. Crop Evol. 43: 173–178. 38. Appa Rao S., Prasada Rao K. E., Mengesha M. H. and Gopal Reddy V. 1996. Morphological diversity in sorghum germplasm from India. Genet. Resour. Crop Evol. 43: 559–567. 39. Aradhya M. K., Manshardt R. M., Zee F. and Morden C. W. 1999. A phylogenetic analysis of the genus Carica L. (Caricaceae) based on restriction fragment length variation in a cpDNA intergenic spacer region. Genet. Resour. Crop Evol. 46: 579–586. 40. Aradhya M. K., Yee L. K., Zee F. T. and Manshardt R. M. 1998. Genetic variability in Macadamia. Genet. Resour. Crop Evol. 45: 19–32. 41. Arellano E. and Casas A. 2003. Morphological variation and domestication of Escontria chiotilla (Cactaceae) under silvicultural management in the Tehuaca´n Valley, Central Mexico. Genet. Resour. Crop Evol. 50: 439–453.

4 42. Ariyo O. J. 1993. Genetic diversity in West African okra (Abelmoschus caillei (A. Chev.) Stevels) – Multivariate analysis of morphological and agronomic characteristics. Genet. Resour. Crop Evol. 40: 25–32. 43. Aryavand A., Ehdaie B., Tran B. and Waines J. G. 2003. Stomatal frequency and size differentiate ploidy levels in Aegilops neglecta. Genet. Resour. Crop Evol. 50: 175–182. 44. Ashburner G. R., Thompson W. K., Halloran G. M. and Foale M. A. 1997. Fruit component analysis of south Pacific coconut palm populations. Genet. Resour. Crop Evol. 44: 327–335. 45. Ashurmetov O. A. 1996. Selection of parental pairs for obtaining hybrids in the genera Glycyrrhiza L. and Meristotropis Fisch. et Mey. Genet. Resour. Crop Evol. 43: 167–171. 46. Assefa S. and Fehrmann H. 2000. Resistance to wheat leaf rust in Aegilops tauschii Coss. and inheritance of resistance in hexaploid wheat. Genet. Resour. Crop Evol. 47: 135–140. 47. Assefa K., Tefera H., Merker A., Kefyalew T. and Hundera F. 2001. Quantitative trait diversity in tef [Eragrostis tef (Zucc.) Trotter] germplasm from Central and Northern Ethiopia. Genet. Resour. Crop Evol. 48: 53–61. 48. Atanassov P., Borries Ch., Zaharieva M. and Monneveux Ph. 2001. Hordein polymorphism and variation of agromorphological traits in a collection of naked barley. Genet. Resour. Crop Evol. 48: 353–360. 49. Attene G., Ceccarelli S. and Papa R. 1996. The barley (Hordeum vulgare L.) of Sardinia, Italy. Genet. Resour. Crop Evol. 43: 385–393. 50. Ayana A. and Bekele E. 1999. Multivariate analysis of morphological variation in sorghum (Sorghum bicolor (L.) Moench) germplasm from Ethiopia and Eritrea. Genet. Resour. Crop Evol. 46: 273–284. 51. Ayana A., Bryngelsson T. and Bekele E. 2000. Genetic variation of Ethiopian and Eritrean sorghum (Sorghum bicolor (L.) Moench) germplasm assessed by random amplified polymorphic DNA (RAPD). Genet. Resour. Crop Evol. 47: 471–482. 52. Badenes M., Garce´s A., Romero C., Romero M., Clave´ J., Rovira M. and Lla´cer G. 2003. Genetic diversity of introduced and local Spanish persimmon cultivars

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5 64. Bartels D., Harberd N. P. and Thompson R. D. 1984. Analysis of storage protein genes in the developing endosperm of wheat (Triticum aestivum) using cDNA clones. Kulturpflanze 32: S65. 65. Bassu¨ner R., Huth A., Manteuffel R. and Rapoport T. A. 1984. Secretion of plant storage globulin polypeptides by Xenopus oocytes and legumin processing steps. Kulturpflanze 32: S215–S218. 66. Bassu¨ner R., Wobus U. and Rapoport T. A. 1984. Cotranslational processing of storage globulin polypeptides of Vicia faba L. by signal recognition particle and microsomal membranes in a cell-free translation system. Kulturpflanze 32: S71–S74. 67. Baum B. R. 1981. Taxonomy of the infraspecific variability of cultivated plants. Kulturpflanze 29: 209–239. 68. Baum B. R. and Bailey L. G. 2001. The 5S rRNA gene sequence variation in wheats and some polyploid wheat progenitors (Poaceae: Triticeae). Genet. Resour. Crop Evol. 48: 35–51. 69. Baum B. R., Nevo E., Johnson D. A. and Beiles A. 1997. Genetic diversity in wild barley (Hordeum spontaneum C. Koch) in the Near East: a molecular analysis using Random Amplified Polymorphic DNA (RAPD) markers. Genet. Resour. Crop Evol. 44: 147–157. 70. Bauwe H. 1990. Molekulare Regulation von Photosyntheseprozessen. [Molecular regulation of photosynthetic processes.] Kulturpflanze 38: 39–48. 71. Bayaa B., Erskine W. and Hamdi A. 1994. Response of wild lentil to Ascochyta fabae f. sp. lentis from Syria. Genet. Resour. Crop Evol. 41: 61–65. 72. Bayaa B., Erskine W. and Hamdi A. 1995. Evaluation of a wild lentil collection for resistance to vascular wilt. Genet. Resour. Crop Evol. 42: 231–235. 73. Bedigan D. 2003. Evolution of sesame revisited: domestication, diversity and prospects. Genet. Resour. Crop Evol. 50: 779–787. 74. Beebe St., Toro O., Gonza´lez A. V., Chaco´n M. I. and Debouck D. G. 1997. Wild-weed–crop complexes of common bean (Phaseolus vulgaris L., Fabaceae) in the Andes of Peru and Colombia, and their implications for conservation and breeding. Genet. Resour. Crop Evol. 44: 73–91.

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15 273. Greef J. M., Deuter M., Jung C. and Schondelmaier J. 1997. Genetic diversity of European Miscanthus species revealed by AFLP fingerprinting. Genet. Resour. Crop Evol. 44: 185–195. 274. Green F. N., Baur R., Thomson M. and McCarthy L. 1997. An example of chartreuse skin colour in onion (Allium cepa L.) cultivar Greenella. Genet. Resour. Crop Evol. 44: 491–493. 275. Gregorova´ E., Hermuth J., Kraic J. and Dotlacˇil L. 1999. Protein heterogeneity in European wheat landraces and obsolete cultivars. Genet. Resour. Crop Evol. 46: 521–528. 276. Gregorova´ E., Tisova V. and Kraic J. 1997. Genetic variability at the Glu-1 loci in old and modern wheats (Triticum aestivum L.) cultivated in Slovakia. Genet. Resour. Crop Evol. 44: 301–306. 277. Gro¨ber K. 1986. Zytologische und embryologische Untersuchungen am Nucellus apomiktischer Sippen der Wiesenrispe (Poa pratensis L.) [Cytological and embryological studies in nucelli of apomictic specimens of Poa pratensis L.).] Kulturpflanze 34: 147–158. 278. Gro¨ber K., Matzk F. und Zacharias M. 1978. Untersuchungen zur Entwicklung der apomiktischen Fortpflanzungsweise bei Futtergra¨sern III. Beziehungen zwischen apomiktischer bzw. amphimiktischer Samenausbildung, vegetativer Leistung und Chromosomenzahl bei Poa pratensis L. [Studies on the development of apomictic reproduction in forage grasses. III. Relations between apomictic or amphimictic reproduction, vegetative performance and number of chromosomes in Poa pratensis L.] Kulturpflanze 26: 303–327. ¨ ber 279. Gro¨ber K. und Zacharias M. 1983. U Nutzungsmo¨glichkeiten der apomiktischen Samenbildung bei ausgewa¨hlten Kulturpflanzen. [Possibilities of utilizing apomictic seed formation in certain cultivated plants.] Kulturpflanze 31: 145–163. 280. Groll U., Frauenstein K. und Hammer K. 1985. Pru¨fung von Aegilops-Arten auf Resistenz gegen Pseudocercosporella herpotrichoides (Fron) Deighton. [Testing Aegilops species for their reaction to Pseudocercosporella herpotrichoides (Fron) Deighton.] Kulturpflanze 33: 165–172.

281. Gru¨neberg W. J., Freynhagen-Leopold P. und Delgado-Va´quez O. 2003. A new yam bean (Pachyrhizus spp.) interspecific hybrid. Genet. Resour. Crop Evol. 50: 757–766. 282. Gupta R., Sastry K. P., Banerjee S., Mallavarapu G. R. and Kumar S. 2001. Genetic resource enhancement by isolation of diverse genotypes from seed progeny in predominantly sterile rose scented geranium Pelargonium graveolens. Genet. Resour. Crop Evol. 48: 629–636. 283. Hadjichristodoulou A. 1995. Evaluation of barley landraces and selections from natural outcrosses of Hordeum vulgare ssp. spontaneum with ssp. vulgare for breeding in semi-arid areas. Genet. Resour. Crop Evol. 42: 83–89. 284. Hamdi A., Ku¨smenoglu I. and Erskine W. 1996. Sources of winter hardiness in wild lentil. Genet. Resour. Crop Evol. 43: 63–67. 285. Hammer K. 1978. Bericht u¨ber eine Reise in die CˇSSR 1977 zur Sammlung autochthoner Sippen von Kulturpflanzen. [Report on a travel for collection of indigenous taxa of cultivated plants to CˇSSR in 1977.] Kulturpflanze 26: 261–270. 286. Hammer K. 1978. Blu¨teno¨kologische Merkmale und Reproduktionssystem von Aegilops tauschii Coss. (syn. Ae. squarrosa L.). [Characters of pollination ecology and breeding systems in Aegilops tauschii Coss. (syn. Ae. squarrosa L.).] Kulturpflanze 26: 271–282. 287. Hammer K. 1980. Vorarbeiten zur monographischen Darstellung von Wildpflanzensortimenten: Aegilops L. [Studies towards a monographic treatment of wild plant collections: Aegilops L.] Kulturpflanze 28: 33–180. 288. Hammer K. 1981. Problems of Papaver somniferum-classification and some remarks on recently collected European poppy landraces. Kulturpflanze 29: 287–296. 289. Hammer K. 1984. Das Domestikationssyndrom. [The domestication syndrome.] Kulturpflanze 32: 11–34. 290. Hammer K. 1984. Blu¨tenbiologische Untersuchungen an der Gaterslebener WildgerstenKollektion (Hordeum L. subgenus Hordeum) [Studies of pollination ecology in the Gatersleben collection of wild barleys (Hordeum L. subgenus Hordeum).] Kulturpflanze 32: 79–88. 291. Hammer K. 1985. Vorarbeiten zur monographischen Darstellung von Wildpflanzensortimenten: Aegilops L. – Resistenzuntersuchungen.

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[Studies towards a monographic treatment of wild plant collections: Aegilops L. – resistance tests.] Kulturpflanze 33: 123–131. Hammer K. 1985. Bericht u¨ber eine Reise in die VR Polen zur Sammlung autochthoner Sippen von Kulturpflanzen im Jahre 1984. [Report on a mission to PR Poland in 1984 for the collection of indigenous taxa of cultivated plants.] Kulturpflanze 33: 213–223. Hammer K. 2003. A paradigm shift in the discipline of plant genetic resources. Genet. Resour. Crop Evol. 50: 3–10. Hammer K., Baik M.-Ch. and Han U.-X. 1986. Notes on a mission to the Democratic People’s Republic of Korea 1985 for the collection of land-races of cultivated plants. Kulturpflanze 34: 293–304. Hammer K., Cifarelli S. and Perrino P. 1986. Collection of land-races of cultivated plants in South Italy, 1985. Kulturpflanze 34: 261–273. Hammer K., Esquivel M., Fuentes V., Lima H. and Knu¨pffer H. 1990. Additional notes to the checklist of Cuban cultivated plants (1). Kulturpflanze 38: 325–343. Hammer K., Filatenko A. A. and Korzun V. 2000. Microsatellite markers – a new tool for distinguishing diploid wheat species. Genet. Resour. Crop Evol. 47: 497–505. Hammer K., Go´rski M., Hanelt P., Ku¨hn F., Kulpa W. and Schultze-Motel J. 1981. Variability of wheat land-races from Czechoslovakia and Poland. Kulturpflanze 29: 91–97. Hammer K., Han U.-X. and Hoang H.-D. 1987. Additional notes to the check-list of Korean cultivated plants (1). Kulturpflanze 35: 323–333. Hammer K. und Hanelt P. 1979. Botanische Ergebnisse einer Reise in die VR Polen 1976 zur Sammlung autochthoner Landsorten von Kulturpflanzen. [Botanical results of a trip to PR Poland 1976 for the collection of indigenous land races of cultivated plants.] Kulturpflanze 27: 109–149. Hammer K. and Hanelt P. 1992. Notes on the evolution of GRACE (Genetic Resources and Crop Evolution) and its progenitor – an editorial preface. Genet. Resour. Crop Evol. 39: 1–2. Hammer K. and Hanelt P. 1992. Ch. O. Lehmann (1926–1992). Obituary. Genet. Resour. Crop Evol. 39: 61–69.

303a. Hammer K. and Hanelt P. 1995. John G. Hawkes. Octogenarius. Genet. Resour. Crop Evol. 42: III. 303b. Hammer K. and Hanelt P. 1995. Frantisˇek Ku¨hn 1931–1995. Genet. Resour. Crop Evol. 42: V–VI. 304. Hammer K. and Hanelt P. 1999. Jack R. Harlan (07.06.1917–26.08.1998). Genet. Resour. Crop Evol. 46: 1. 305. Hammer K., Hanelt P. und Knu¨pffer H. 1982. Vorarbeiten zur monographischen Darstellung von Wildpflanzensortimenten: Agrostemma L. [Studies towards a monographic treatment of wild plant collections: Agrostemma L.] Kulturpflanze 30: 45–96. 306. Hammer K., Hanelt P. and Perrino P. 1986. Carosello and the taxonomy of Cucumis melo L. especially of its vegetable races. Kulturpflanze 34: 249–259. 307. Hammer K., Heller J. und Engels J. 2001. Monographs on underutilized and neglected crops. Genet. Resour. Crop Evol. 48: 3–5. 308. Hammer K., Knu¨pffer S. und Knu¨pffer H. 1990. Das Gaterslebener AntirrhinumSortiment. [The Gatersleben Antirrhinum collection.] Kulturpflanze 38: 91–117. 309. Hammer K., Knu¨pffer H. and Perrino P. 1990. A checklist of the South Italian cultivated plants. Kulturpflanze 38: 191–310. 310. Hammer K., Knu¨pffer H., Xhuveli L. and Perrino P. 1996. Estimating genetic erosion in landraces – two case studies. Genet. Resour. Crop Evol. 43: 329–336. 311. Hammer K., Laghetti G., Cifarelli S. and Perrino P. 1990. Collection of plant genetic resources in Italy 1989. Kulturpflanze 38: 311–323. 312. Hammer K., Laghetti G., Cifarelli S., Spahillari M. and Perrino P. 2000. Pimpinella anisoides Briganti. Genet. Resour. Crop Evol. 47: 223–225. 313. Hammer K., Laghetti G. and Perrino P. 1989. Collection of plant genetic resources in South Italy, 1988. Kulturpflanze 37: 401–414. 314. Hammer K., Laghetti G. and Perrino P. 1997. Proposal to make the island of Linosa/ Italy as a centre for on-farm conservation of plant genetic resources. Genet. Resour. Crop Evol. 44: 127–135. 315. Hammer K., Laghetti G. and Perrino P. 1999. A checklist of the cultivated plants of

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Ustica (Italy). Genet. Resour. Crop Evol. 46: 95–106. Hammer K., Lehmann Ch. O. und Perrino P. 1985. Die in den Jahren 1980, 1981 and 1982 in Su¨ditalien gesammelten GetreideLandsorten – botanische Ergebnisse. [Cereal land-races collected in South Italy in 1980, 1981, and 1982 – botanical results.] Kulturpflanze 33: 237–267. Hammer K., Lehmann Ch. O. and Perrino P. 1988. A check-list of the Libyan cultivated plants including an inventory of the germplasm collected in the years 1981, 1982 and 1983. Kulturpflanze 36: 475–527. Hammer K., O H.-G. and Han U.-X. 1988. Report on a mission for the collection of plant genetic resources to the Democratic People’s Republic of Korea, 1987. Kulturpflanze 36: 465–473. Hammer K. and Perrino P. 1984. Further information on farro (Triticum monococcum L. and Triticum dicoccon Schrank) in South Italy. Kulturpflanze 32: 143–151. Hammer K. and Perrino P. 1985. A check-list of the cultivated plants of the Gh at oases. Kulturpflanze 33: 269–286. Hammer K., Perrino P. and Pignone P. 1987. Collection of plant genetic resources in South Italy, 1986. Kulturpflanze 35: 389–399. Hammer K. and Pistrick K. 2000. Dr. Hanelt retires. Genet. Resour. Crop Evol. 47: 105–106. Hammer K. and Pistrick K. 2003. New versus old scientific names in strawberry (Fragaria L.). Genet. Resour. Crop Evol. 50: 789–791. Hammer K., Ri J.-D. and Hoang H.-D. 1989. Additional notes to the check-list of Korean cultivated plants (3). Kulturpflanze 37: 193–210. Hammer K., Ri J.-D. and Hoang H.-D. 1990. Additional notes to the check-list of Korean cultivated plants (4). Kulturpflanze 38: 173–190. Hammer K., Romeike A. und Tittel C. 1983. Vorarbeiten zur monographischen Darstellung von Wildpflanzensortimenten: Datura L., sectiones Dutra Bernh., Ceratocaulis Bernh. et Datura. [Studies towards a monographic treatment of wild plant collections. Datura L., sectiones Dutra Bernh., Ceratocaulis Bernh. et Datura.] Kulturpflanze 31: 13–75. Hammer K. and Sabir A. A. 1987. Sammlung von Kulturpflanzen-Landsorten im Irak 1986.

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[Collection of land-races of cultivated plants in Iraq, 1986.] Kulturpflanze 35: 379–387. Hammer K. and Schubert I. 1994. Are Vavilov’s law of homologous series and synteny related? Genet. Resour. Crop Evol. 41: 123–124. Hammer K., Skolimowska E. und Knu¨pffer H. 1987. Vorarbeiten zur monographischen Darstellung von Wildpflanzensortimenten: Secale L. [Preliminary work on monographs of wild plant collections: Secale L.] Kulturpflanze 35: 135–177. Hammer K., Won D.-C. and Han U.-X. 1989. Report on a mission for the collection of plant genetic resources in the Democratic People’s Republic of Korea, 1988. Kulturpflanze 37: 391–399. Hanelt P. 1988. Taxonomy as a tool for studying plant genetic resources. Kulturpflanze 36: 169–187. Hanelt P., Hammer K., Schultze-Motel J. und Kulpa W. 1982. Katalog der 1978 in der VR Polen gesammelten indigenen Kulturpflanzen-Sippen. [Catalague of indigenous taxa of cultivated plants collected 1978 in the PR Poland.] Kulturpflanze 30: 215–244. ˇ . und Hanelt P., Kruse J., Sancˇir C Zumberelmaa D. 1986. Bericht u¨ber eine Sammelreise in die Mongolische Volksrepublik 1985 (Die mongolischen Arten der Gattung Allium L.). [Report of a collecting mission to the Mongolian People’s Republic 1985 (The Mongolian species of the genus Allium L.).] Kulturpflanze 34: 275–291. Hanelt P. and Lehmann Ch. O. 1981. Symposium on collection of European land-races of cultivated plants and their evaluation. Introduction. Kulturpflanze 29: 19–25. Hanelt P. und Ohle H. 1978. Die Perlzwiebeln des Gaterslebener Sortiments und Bemerkungen zur Systematik und Karyologie dieser Sippe. [The perl onions of the Gatersleben collection and notes on taxonomy and karyology of this taxon.] Kulturpflanze 26: 339–348. Hanelt P., Rudolph A., Hammer K., Jank H.-W., Mu¨ntz K. und Scholz F. 1978. Eiweißuntersuchungen am Getreide- and Leguminosen-Sortiment Gatersleben. Teil 3: Gehalt an Rohprotein und schwefelhaltigen Aminosa¨uren der Ackerbohnen (Vicia faba L.). [Protein screening on the Gatersleben collection of cereals and pulses. 3. Protein and

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Index to authors Abadie T. 534 Abbo S. 457, 458 Abd El Moneim A. M. 6, 740 Abe J. 359, 830, 831 Abedinia M. 1 Abel B. C. 691 Acosta-Gallegos J. A. 2 Acquadro A. 471 Adams W. M. 132 Adler K. 3, 4, 5, 187 Aghalokpe I. O. 610 Agong S. G. 532 Agrawal R. C. 106, 533 Aguinagalde I. 631 Aguirre J. A. 79 Ahmed S. 6 Ahokas H. 7, 8 Ahoussou N. 167, 168 Akem C. N. 6, 226 Aken’Ova M. E. 12 Akihama T. 369 Akimoto M. 9 Akkaya M. S. 370 Alazzeh A. A. 10 Alba E. 689 Alcantara A. P. 35 Alemayehu F. 464 Alemayehu N. 11 Alexandrova T. 695

Alika J. E. 12 AlKhatib A. 876 Al-Khatib M. M. 13 Alldrick S. 132 Allem A. C. 14, 15 Al-Maskri A. 16 Alonso S. I. 17 Altman A. 920 Alvarez A. 753 Alvarez M. T. 18 Ambrose M. J. 132 Amiour N. 120 Anbessa Y. 19 Andersen S.-B. 626 Andonova P. 20 Annicchiarico P. 21, 22 Ano G. 246 Ansari M. A. 825 Anthony F. 23, 607 Anu A. 24 Anwar R. 875 Apel P. 25, 26, 27, 28, 29, 30, 31, 32, 33, 34 Apisitwanich S. 871 Appa Rao S. 35, 36, 37, 38, 400, 724 Appendino M. L. 891 Aradhaya M. K. 39, 40 Arago´n F. 79 Aragoncillo C. 250 Archak S. 698 Arcioni S. 133, 919 Arellano E. 41 Arellano-Morin J. 979 Ariyo O. J. 42 Aryavand A. 43 Asano N. 614 Ashburner G. R. 44, 477 Ashurmetov O. A. 45 Asiedu R. 167, 168, 169 Assefa K. 47, 411 Assefa S. 46 Astley D. 183 Atanassov P. 48 Atayev A. 59 Ater M. 189 Attene G. 49 Attere F. 197 Aulicino M. B. 245 Austin D. F. 385 Ayana A. 50, 51 Ayele M. 411 Azam-Ali S. N. 544

49 Baalbaki R. 876 Babu Ch. R. 867 Badenes M. 52 Baik M.-Ch. 53, 294 Bailey L. G. 68 Bajpai S. 54, 55, 699 Bakry F. 246 Balakrishnan R. 56, 590 Balatti P. A. 245 Baldev A. 698 Balfourier F. 140, 141, 142, 143, 347 Ballestros J. 886 Balta F. 57 Balta M. F. 57 Bamberg J. B. 177 Bandel G. 910, 911 Banerjee S. 282 Bani-Aameur F. 58 Banks P. M. 944 Bao G. 135 Baradat Ph. 104 Barashkova E. A. 193 Barazani O. 59 Barboza C. 955 Barcaccia G. 60, 61, 524 Baresˇ I. 62, 63 Bartels D. 64 Bartosˇ P. 906 Barzilay A. 199 Basford K. E. 339, 340, 371, 372 Bassu¨ner R. 65, 66, 586, 939 Baudoin J. P. 174, 908, 225, 539 Baum B. R. 67, 68, 69, 603 Ba¨umlein H. 939 Baur R. 274 Bauwe H. 31, 70 Bayaa B. 71, 72 Bebeli P. J. 882 Bechere E. 78 Becker H. C. 11, 894, 913, 914 Bedigan D. 73 Beebe S. 74, 371, 372 Begum G. 536 Beharav A. 629 Beiles A. 69, 603 Bejiga G. 19, 75, 76 Bekele E. 50, 51, 874 Belay G. 77, 78 Bellomo M. P. 835 Bellon M. R. 79 Ben Amer I. M. 80

Ben Brahim N. 81, 155 Beniwal R. S. 82 Benlahbib O. 117, 200 Bennett S. J. 83, 84, 85, 86, 87, 88 Bentika A. 117, 200 Berbec´ A. 473 Berenyi M. 256 Berg R. G. van den 854 Berger J. D. 89, 90 Bergman J. W. 393 Bergmann A. 32 Beridze R. K. 91, 92, 93, 94, 95, 96, 97, 98, 99, 100 Bernardo A. 101 Bernhardt D. 102, 424 Bernhardt R. 102 Berthaud J. 79 Bertozo M. R. 103 Berville´ A. 104, 398 Besnard G. 104 Bhat K. V. 105, 465 Bisht I. S. 106, 107, 533 Bisignano V. 267 Bjørn G. K. 342 ˚ . 179 Bjørnstad A Bjornstad A. 821 Blanco A. 835 Blanco F. A. 907 Blattner F. R. 108 Blixt S. 109 Blomerus L. M. 514 Bochev B. 110 Bock Th. S. M. de 125 Bockelman H. E. 194, 391 Boggini G. 644 Bo¨hme H. 111, 776 Bohorquez A. 580, 818 Bollini R. 112, 513, 850 Bonnot F. 450 Borgwardt H. 113 Bo¨rner A. 80, 114, 115, 851 Borries Ch. 48 Bosland P. W. 889 Bothmer R. von 116, 184, 516, 537, 967 Bouharmont P. 571 Bouhssini El M. 117, 200 Boukema I. W. 356 Boulter D. 158 Bounphanousay C. 35, 36 Bowen D. W. 149, 150, 151 Box J. 858 Bradberry D. 829

50 Bramel P. J. 400, 402, 904 Brandenburg W. A. 118, 119 Brandi M. 675 Brandt A. 931 Branlard G. 120 Brar D. S. 843 Braun R. 121 Brecht E. 3, 556 Bregu R. 621 Brenner D. 942 Bretag T. W. 595 Bretschneider H. 447 Browicz K. 122 Brubaker C. L. 123 Brush S. B. 124, 715 Bruun L. 125 Bryan G. J. 191 Bryngelsson T. 51, 470 Bu¨cken St. 253 Budin K. Z. 126 Buerkert A. 16 Buli
nska-Radomska Z. 127, 128, 149 Bullrich L. 891 Bu¨ren M. von 129 Burg K. 256 Burgess S. R. 829 Burke L. A. 936 Burner D. M. 130 Buschbeck R. 131 Busso C. S. 132 Butler D. 575 Bu¨ttner R. 223, 816 Bye R. A. 538 Caballero J. 538 Cabrita L. 572 Caceres M. Eu. 133 Cai Y. 942 Calcagno L. 644 Camadro E. L. 134, 373, 719 Campbell T. A. 135, 136 Campbell W. F. 933 Cao Y. 504, 505 Caradus J. R. 137 Carbonero P. 250 Carden˜a-Lopez 979 Cardinali A. 474 Cardona C. 2 Carey E. 964 Carlson J. E. 238 Carnide V. P. 150

Carrillo J. M. 743, 744, 754, 755 Casanova C. 249, 756 Casas A. 41 Casey R. 138 Casperson G. 582 Casquero P. A. 742 Castin˜eiras L. 206, 207 Castro H. 79 Castro V. 620 Catty J. P. 227 Ceccarelli S. 49, 464 Cenis J. L. 764 Cerbino D. 675 Cerenbalzˇid G. 687 Ceresuela J.-L. 262 ˇ ernohorska´ J. 139 C Cervantes J. 964 Chaco´n F. C. 915 Chaco´n M. I. 74 Chahota R. K. 826 Chakroun M. 254 Chand R. 144 Charcosset A. 265 Charmet G. 140, 141, 142, 143 Charrier A. 472 Chatard V. 142 Chaurasia S. 144 Cha´vez J. 262 Chen J.-f. 145, 859 Chen Q.-F. 146, 147, 148 Chen X. 958 Chen Y. H. 526 Chen Z. I. 526 Cheng Y. 966 Chevalier D. 104 Chiaretti D. 267 Chiwona E. A. 549 Chorlton K. H. 149, 150, 151 Chowdhury M. A. 152 Christiansen J. L. 153, 154, 531, 627 Chtourou N. 81 Chtourou-Ghorbel N. 155 Chukhina I. G. 525 Cifarelli S. 295, 311, 312 ˇ ihalı´kova´ J. 190 C Cilas Ch. 201 Cisneros P. 156, 715 Clark S. C. 1 Clarke R. T. 722 Clausen A. M. 17, 373 Clave´ J. 52

51 Clements J. C. 157 Clifford M. N. 23 Cobbinah J. R. 613 Cocks P. S. 89, 90 Collins J. C. 13 Colunga-Garcı´aMarin P. 981 Combes D. 81, 155 Contreras D. 886 Cooper M. 382 Coppens d’Eckenbrugge G. 818, 819, 820 Corke H. 366, 381, 502, 942 Cosio D. 886 Cowling W. A. 157 Crawford D. J. 228 Crin o P. 267 Cros J. 472 Crossa J. 351 Croy R. R. D. 158 Cruickshank A. 339, 340 Cruz-Estrada M. 495 Cuadrado A. 101 Cubero J. I. 159, 224, 869 Currah L. 752 Cˇuvasˇina N. P. 160 Czembor E. 161 Czembor J. H. 162 D’Antuono L. F. 170 D’Emerico S. 178 D’Ovidio R. 257, 759 Dakir E.-H. 163 Dale Ph. J. 215 Damania A. B. 164, 165, 642, 643, 692 Damaschun G. 688 Dambroth M. 166 Dansi A. 167, 168, 169, 562, 563 Dardevet M. 120 Darokar M. P. 171, 827 Das S. 247 Dathe H. 172 Davey M. R. 544 David J. 954 De la Cruz J. 353 De Mora T. 822 De Paolis A. 846 De Ron A. M. 742 De Wet, J. M. J. 180 Debouck D. G. 74, 762, 915 Decker-Walters D. 173 Degenaars G. H. 347 Degreef J. 174

Dehmer K. J. 962 Dehne J. 175 del Mar Ruiz L. P. 573 del Rio A. H. 177 DeLacy I. H. 176, 339, 340 Delgado-Salias A. 598 Delgado-Va´quez O. 281 Demissie A. 179, 458 Deuter M. 273 Devos K. M. 132 Dhari R. 144 Dhua S. R. 638, 639 Di Vito M. 188 Dias J. S. 181, 182 Dı´az J. 79 Dı´az O. 183, 184, 537 Diederichsen A. 185, 186, 237, 239 Dilova S. 187 Dimov A. 954 Dixon A. G. O. 226 Dje Y. 189 Doi K. 888, 943 Dolezˇalova I. 190, 479 Domı´nguez-Cadena R. 495 Domoney C. 138 Dong Y. 928 Dong Y.-S. 500, 944, 970 Donini P. 191 Dos Santos V. S. E. 192 Dosba F. 956 Dotlacˇil L. 275 Doust M. A. 644 Dragavtsev V. A. 193, 407 Dreiseitl A. 194 Drew R. A. 392 Dudnikov A. Yu. 195 Duhoon S. S. 196 Dulieu H. 398 Dulloo M. E. 197, 198 Duncan R. 387 Dunn R. A. 429, 430 Duque M. C. 890 Ebana K. 619 Echeverrigaray S. 530 Ecker R. 199 Eggi E. E. 696 Ehdaie B. 43, 569 Eickmeyer F. 347 Elhoumaizi M. A. 201 Ellis P. R. 202

52 El-Sherbeeny M. H. 739 Engelmann F. 197 Engels J. 203, 307 Erskine W. 71, 72, 76, 284, 740, 951 Esakov V. D. 204 Espinoza A. M. 714, 955 Espita E. 538 Esquinas J. T. 205 Esquivel M. 206, 207, 208, 209, 210, 211, 212, 296 Etzold G. 628 Evans A. 213 Faccioli P. 881 Fahima T. 629 Fajardo D. 255 Fajardo D. S. 214 Falcinelli 601 Fa¨lt A.-S. 470 Fang J. 504 Fatokun C. A. 12 Fay M. F. 215 Fehrmann H. 46 Feix G. 216 Feng X. 966 Ferguson M. E. 217, 218 Ferriol M. 219 Figliuolo G. 220 Filatenko A. A. 16, 221, 297 Filippetti A. 462 Fischbeck G. 419, 420 Fischer Ch. 222 Fischer F. 496 Fischer M. 222, 223 Flores F. 224 Flynn C. R. 393 Foale M. A. 44, 477 Fofana B. 225 Fokunang C. N. 226 Forde B. G. 828, 829 Forde M. B. 137 Ford-Lloyd B. V. 197, 198, 217, 227, 543, 637 Francisco-Ortega J. 227, 228 Frank R. 31, 229 Franke R. 175 Franklin J. 829 Frauenstein K. 230, 231, 280, 487 Frese L. 125, 253, 497, 723 Freye E. 232 Freynhagen-Leopold P. 281 Friedt W. 623

Friesen N. 233 Fritsch R. 91, 92, 93, 234, 235, 236, 799, 800, 801, 802, 803, 804, 805, 806, 807, 808, 809, 810, 811 Fry R. 829 Fu Y.-B. 237, 238, 239 Fuentes V. 296 Fukazawa C. 240 Fukunaga K. 241 Fukushi H. 831 Fukushima Y. 427 Fulrath N. K. 462 Furnier G. R. 341 Fursa T. B. 242 Furuta Y. 77 Futong Y. 963 Fututa Y. 617 Gai J. 830, 831 Galasso I. 243, 463, 510, 676, 679 Gale M. D. 132 Galgarop L. 244 Galva´n M. Z. 245 Galwey N. W. 584 Gamiette F. 246 Ganeva G. D. 468 Gangopadhyay G. 247 Gangwar A. 545 Gao L.-Z. 248 Gao Q. 966 Gao W. 504 Gao Z. 830, 831 Garce´s A. 52 Garcı´a A. 507, 621 Garcı´a P. 163, 249 Garcia-Olmedo F. 250 Garg A. 827 Garvey E. J. 640 Gast K. 688 Gasto´ J. 886 Gatehouse J. A. 158 Gebre H. 464, 498 Gecheff K. 727 Geissler K. 251 Genizi A. 459 Georgiev S. 252 Gepts P. 633, 634, 762 Gerald L. T. S. 530 Germeir Ch. U. 253 Ghariani S. 254 Ghislain M. 255, 964, 965

53 Ghorbel A. 567, 568 Giguchi S. T. 256 Gimenes M. A. 192 Giorgi D. 257 Girish A. G. 400 Gladis Th. 258, 259, 260, 962 Gliddon C. J. 722 Glo¨ssl J. 256 Goecke E. 861 Goffman F. D. 914 Golan-Goldhirsh A. 59 Golmirzaie A. 965 Golob C. T. 394 Goncalves P. de S. 700 Gonza´lez A. 621 Gonza´lez A. V. 74, 372 Gonza´lez W. G. 261 Gonza´lez-Andre´s F. 262 Gonza´lez-Feria E. 228 Gopal Reddy V. 38 Go´ral St. 263 Gorastev H. 264 Gorski M. 149, 298 Gouesnard B. 265 Goula˜o L. 266 Govil C. M. 54 Gracia M. P. 368 Grafe R. 578 Graham G. C. 392 Granati E. 267 Grando M. S. 268 Grando St. 464 Gray A. J. 722 Grazziotin F. G. 530 Grebensˇcˇikov I. 269, 270, 271, 272 Greco N. 188 Greef J. M. 272 Green F. N. 274 Gregorova E. 275, 276 Grillo S. 721 Gro¨ber K. 277, 278, 279, 446, 548 Groll U. 280 Grum M. 819 Gru¨neberg W. J. 282, 624 Guarino L. 197, 198, 353, 549, 550, 819 Guedes-Pinto H. 680 Guerin S. 238 Gugel R. K. 929 Gulli M. 518 Guma I. R. 17 Gupta A. P. 54

Gupta M. M. 699 Gupta M. N. 54 Gupta R. 282 Gurtu S. 839 Gustafsson M. 116, 183, 470 Gustavus G. 131 Guteva Y. K. 647 Gutierrez J. C. 224 Guzman C. A. 466 Hacker J. B. 565 Hadjichristodoulou A. 283 Haldrup A. 125 Halloran G. M. 44 Hamdi A. 71, 72, 284 Hammer K. 10, 16, 53, 185, 186, 206, 207, 208, 209, 210, 211, 212, 221, 223, 230, 259, 260, 263, 264, 280, 285, 286, 287, 288, 289, 290, 291, 292, 293, 294, 295, 296, 297, 298, 299, 300, 301, 302, 303a, 303b, 304, 305, 306, 307, 308, 309, 310, 311, 312, 313, 314, 315, 316, 317, 318, 319, 320, 321, 322, 323, 324, 325, 326, 327, 328, 329, 330, 332, 336, 360, 361, 418, 439, 440, 463, 488, 489, 490, 491, 492, 511, 512, 535, 580, 655, 656, 657, 658, 659, 660, 661, 665, 683, 684, 685, 799, 800, 801, 802, 803, 804, 805, 806, 807, 808, 809, 810, 811, 906, 962 Hamon S. 607 Han U.-X. 294, 299, 318, 330, 418 Hancock J. F. 341 Hanelt P. 93, 94, 95, 96, 97, 98, 263, 298, 300, 301, 302, 303a, 303b, 304, 305, 306, 331, 332, 333, 334, 335, 336, 337, 418, 440, 443, 658, 659, 663, 666, 765, 799, 800, 801, 802, 803, 804, 805, 806, 807, 808, 809, 810, 811 Hansen L. B. 338 Hanson J. 521, 941 Haq N. 520 Harberd N. P. 64 Harch B. D. 339, 340, 382 Harrison R. E. 341 Hartleb H. 701, 702 Hauser T.-P. 342 Havey M. J. 343 Hawkes J. G. 344, 345, 346, 550 Hayashi T. 369 Hayward M. D. 85, 86, 347 Hazen S. P. 348 He G. 349 He H. 517 He Z. 350

54 Hede A. R. 351 Heim U. 939 Heindorf K. 778 Heiser Ch. B. 352 Heller J. 307 Henry R. J. 1, 392, 748, 845, 935 Herdam H. 175 Hermann M. 256 Hermuth J. 275 Herna´ndez-Bermejo J. E. 922 Hernandez-Lucas C. 250 Herrera-Montoya M. 715 Herve´ Y. 540 Hijmans R. J. 255, 353, 965 Hiliard S. 387 Hilu K. W. 576 Hintum Th. J. L. van 354, 355, 356, 357, 358, 892 Hirata T. 359 Hoang H.-D. 53, 299, 324, 325, 360, 361 Hodgkin T. 966 Hof L. 362 Holly L. 363, 902 Holt L. M. 641 Holubec V. 139 Hondelmann W. 166 Hore D. K. 823 Horejsi Th. 364, 858, 859 Horstmann Ch. 4, 365, 586 Houari A. 200 Hsam S. L. K. 527, 834 Hu J. 540 Hu X.-R. 947 Huama´n Z. 255, 964, 965 Huang B. Q. 526 Huang J. 366 Huang N. 843 Huang R. 942 Huang Y. 502 Hudina M. 844 Huerta J. 176 Humeid B. O. 164, 165 Hundera F. 47 Huth A. 65 Huylenbroeck J. M. van 367 Igartua E. 368 Igrejas G. 120 Iketani H. 369 Ikotun T. 226 Imbuga M. 532 Incirli A. 370

Ishii M. 403 Ishii T. 952 Islam F. M. A. 371, 372 Ispiz
ua V. N. 373 Isshiki S. 374 Ito K. 403 Itoiz R. 375 Ivancˇicˇ A. 844 Ivanjukovich L. K. 376 Jaaska V. 377, 378 Jackson E. A. 379, 641 Jackson M. T. 35, 36, 227, 397, 401, 522, 523, 543, 592, 593, 594, 637 Jacob M. 380 Jacobsen S.-E. 627 Jafari-Shabestari J. 381 Jahufer M. Z. Z. 382 Ja¨kel N. 383 Janardhanan K. 905 Janecˇek J. 190 Jank H.-W. 32, 336, 384, 556, 773 Jara C. 371 Jaradat A. A. 876 Jardin P. du 225 Jarret R. L. 105, 214, 385, 386, 387 Javornik B. 444 Jellen E. N. 388, 460 Jha S. S. 389, 597 Ji D. 972 Jia J. 503 Jiang C. 390 Jiang J. 145 Jin Y. 391 Jobin-Decor M.-P. 392 Johnson D. A. 69, 603 Johnson R. C. 393, 394 Johnston W. J. 394 Johri J. K. 840 Jones St. S. 220 Jong H. de 395 Jorge L. 955 Jørgensen R. B. 338 Jørnsga˚rd B. 153 Joseph L. 396 Joshi A. K. 144 Jouve N. 101 Jukes P. L. 202 Juliano A. B. 397, 522, 523, 543, 592, 593, 594 Jung C. 273 Jung R. 939

55 Kabbaj A. 398 Kafkas E. 399 Kafkas S. 399 Kaga A. 888 Kako S. 630 Kaltsikes P. J. 882 Kalyanaraman K. 396 Kameshwara Rao N. 400, 401, 402 Kanazawa A. 831 Kandelaki V. N. 91, 94, 95, 96, 100 Kaneko T. 403 Karihaloo J. L. 404, 698 Kasarda D. D. 405, 462 Kashour G. 643 Kasrawi M. A. 406 Kassianenko V. A. 407 Katiyar R. S. 840 Kato K. 241 Kaundun S. S. 636 Kaur M. 404 Kawahara T. 408, 409 Kawase M. 241 Kaya T. 57 Kazankaya A. 57 Kebebew F. 410 Kefyalew T. 47, 411 Keinath A. P. 499 Keizer L. C. P. 555 Keller E. R. J. 412, 852 Key J. M. 413 Khalatbari P. 414 Khan A. A. 415 Khan I. 16 Khanuja S. P. S. 171, 827 Khassanov O. Kh. 416 Khush G. S. 843 Kianian S. F. 417 Kift N. B. 202 Kim H.-S. 348, 418 Kintzios S. 419, 420 Kirzner V. M. 629 Klaas M. 233, 236 Knu¨pffer H. 206, 296, 306, 308, 309, 310, 329, 357, 361, 421, 422 Koblitz H. 423, 815 Kochhar S. 720 Koebner R. M. D. 191 Ko¨hler K.-H. 102, 424 Konarev A. V. 425 Konishi T. 426, 427 Kopahnke D. 701, 702

Koppar M. N. 196 Korol A. B. 629 Korosˇec-Koruza Z. 887 Korzun V. 297 Kosanke R. 102 Kostiukovsky V. 59 Koto M. 617 Kouame´ C. N. 428, 429, 430 Kovalski I. 862 Kovalyova O. 865 Kowalski St. P. 747 Koyuncu M. A. 57 Kozubek E. 708 Kraft R. 628 Kraic J. 275, 276 Krajewski P. 709, 710, 711, 871 Kreis M. 828, 829 Kresovich St. 467 Krieghoff K. 210, 212 Krishan B. 431 Kristeva M. 252 Krˇ´ıstkova´ E. 190, 479, 480, 481 Kroonenberg P. M. 372 Kruse J. 97, 333, 432, 433, 434, 435, 799, 800, 801, 802, 803, 804, 805, 806, 807, 808, 809, 810, 811 Kubiczek R. 436, 570 Kucˇera L. 881 Kucˇerova D. 906 Ku˚dela V. 437 Kudrev T. 20 Kuginuki Y. 718 Ku¨hn F. 298, 438, 439, 440, 441, 442 Kulpa W. 298, 332, 443 Kumar S. 54, 55, 171, 282, 566, 699, 827 Kump B. 444 Kundu S. K. 445 Kunz E. 446 Ku¨nzel G. 447, 448, 449 Kunzmann R. 554 Kuriachan P. 396 Ku¨smenoglu I. 284, 897 Kvatchadze M. V. 99 La Bonte D. R. 214 Labombarda P. 919 Lachenaud P. 450 Lackes B. R. 748 Ladizinsky G. 388, 451, 452, 453, 454, 455, 456, 457, 458, 459, 460 Lafiandra D. 405, 462, 462, 875

56 Laghetti G. 311, 312, 313, 314, 315, 463, 661, 677, 835 Lai Z. 517 Lakew B. 464 Lakhanpaul S. 465 Lal Ch. 826 Lal R. K. 827 Lamarque A. L. 466 Lamboy W. F. 467, 640 Lan X.-J. 515, 934 Lan Z. Q. 526 Landjeva S. P. 468 Lange W. 125, 362, 469 Langridge P. 216 Lanne´r-Herrera C. 470 Lanteri S. 471 Larkin P. J. 944 Larque-Saavedra A. 573 Lasa J. M. 368 Lashermes P. 472 Laskowska D. 473 Lattanzio V. 474, 846 Lauga B. 155 Law C. N. 864 Lawrence M. J. 475 Lawrence P. K. 339, 340 La´zaro A. 476 Leach B. J. 477 Lebeda A. 190, 437, 478, 479, 480, 481 Lebedeva E. G. 525 Lebot V. 482, 483 Lee J. K. 484 Lee L. S. 935 Lefebvre C. 189 Lehmann Ch. O. 10, 32, 114, 231, 251, 263, 317, 334, 485, 486, 487, 488, 489, 490, 492, 535, 561, 587, 608, 660, 665, 701, 703, 704, 926 Leifert C. 613 Leike H. 175 Leiser R.-M. 493, 494 Leita˜o J. 572 Leo´n de la Luz J. L. 495 Lerch G. 496 Lester R. N. 663 Letscher J. P. W. 497 Leur J. A. G. van 464, 498 Levi A. 499 Lew E. J.-L. 462 Lewis S. 891 Lhaloui S. 117, 200

662,

316, 491, 702,

Li J. 502 Li L.-H. 500, 501 Li X. 502 Li X. Q. 501 Li Y. 503, 504, 505 Li Y. N. 976 Li Z. 506, 517, 957 Liang X. 517 Ligero J. P. 922 Lima H. 296 Limpert E. 527 Lindner R. 507, 621 Linsalata V. 474 Linton E. 878 Lioi L. 508, 509, 510, 511, 512, 513 Littlejohn G. M. 514 Liu C. J. 565, 651 Liu D.-C. 515, 650, 934, 948 Liu F. 516 Liu F.-H. 517 Liu F.-Q. 927 Liu Q. 517 Liu S. C. 501 Liu X. 390 Liviero L. 518 Lla´cer G. 52 Lobo J. 714 Loknathan T. R. 106 Loose M. de 367 Lopes C. R. 192, 244 Lopez J. 224 Lo´pez L. 819 Lo´pez-Sese´ A. 173 Loskutov I. G. 519 Lou X. 504 Lovazzano G. 886 Lovett P. N. 520 Lowe A. J. 521 Lu B.-R. 522, 523, 543, 592, 593, 594 Lu W. 868 Lubani R. T. 876 Luby J. J. 341 Lucchin M. 60, 524 Luczak W. 436 Lu¨dders P. 883 Lund B. 626 Luneva N. N. 525 Luo P. 526 Luque A. 101 Luthra R. 55, 699 Lutz J. 527

57 Lux H. 962 Lycett G. W. 158 Lynn J. 202 M’Ribu H. K. 576 Maass B. I. 652 Maass B. L. 528 Maass H. I. 529, 799, 800, 801, 802, 803, 804, 805, 806, 807, 808 Macaya G. 908 Maciel F. L. 530 Madsen S. 627, 531 Maestri E. 518 Maggioni L. 956 Maggs-Ko¨lling G. L. 531 Magoma G. N. 532 Mahajan R. K. 106, 107, 533 Mahalakshmi V. 400 Mahmoud S. A. 153 Mal’cev I. I. 686 Mallavarapu G. R. 282 Malosetti M. 534 Maly R. 535 Manabe T. 369 Mandal S. 536 Mandzˇgaladze D. 91, 94, 95, 98, 100 Manninen M.-L. 7 Ma˚nsby E. 537 Manshardt R. M. 39, 40 Manteuffel R. 65 Mapes C. 538 Maquet A. 539 Margale´ E. 540 Marghali S. 254 Marita J. M. 541 Marmey P. 472 Marmiroli N. 518 Marrakchi M. 81, 155, 254, 542, 761, 893 Mars M. 542 Marshall D. F. 85, 86 Martin C. 543 Martı´n I. 476 Martı´n J. P. 631 Martı´n L. M. 886 Martı´nez C. 886 Martı´nez E. 890 Martı´nez-Laborde J. B. 916 Martins E. R. 622 Martins P. S. 910, 911 Maruca G. 663 Massawe F. J. 544

Mathur A. 545 Mathur A. K. 545 Matin F. 236 Matsuta N. 369 Matsuyama A. 617 Matzel J. 546 Matzk F. 278, 547, 548 Maxted N. 87, 88, 197, 217, 549, 550 McCarthy L. 274 McCreight J. D. 858, 860 McDonald C. K. 565 McFerson J. R. 467 McKey J. 413 McNeilly T. 13, 410, 415, 760 McPhee K. E. 551, 897 Medina B. 368 Medina S. G. 245 Meglic V. 552, 553, 858 Meier S. 554 Meijer E. P. M. 555 Meister A. 3, 384, 491, 492, 556 Me´ndez A. G. B. 108 Meng E. 124 Meng J. 958 Mengesha M. H. 37, 38, 724 Merker A. 47 Mesa-Coello R. 228 Metakovsky E. V. 557, 754 Mettin D. 114, 115, 558, 559, 579 Meyer D. 560, 812, 813 Meyer H. 561 Michaelis A. 727, 778 Micheli L. de 268 Miera L. E. S. de 653 Mieslerova´ B. 479 Miflin B. J. 828, 829 Mignouna H. D. 167, 168, 169, 562, 563 Mildenberger G. 223 Mimura M. 564 Minggang X. 565 Mishra P. 566 Misra H. O. 833 Mitiku D. 78 Mliki A. 567, 568 Modesto J. 483 Mogg R. J. 722 Moghaddam M. 569 Mohan M. 591 Molina-Cano J. L. 368 Molinari L. 61 Molski B. 436, 570, 712

58 Monneveux P. 48, 954 Monoya J. L. 368 Montagnon Ch. 571 Monta´n˜ez G. 262 Monte J.-V. 249 Monte-Corvo L. 572 Montenegro J. F. 244 Montero I. 742 Monti L. M. 662 Monto L. M. 721 Morden C. W. 39 Moreno D. M. 573 Moreno M. T. 224, 589, 822, 869 Moretti A. 170 Mori T. 574 Morishima H. 9, 952 Morris R. 405 Mortimore M. 132 Motilal L. 575 Muehlbauer F. J. 551, 897 Mugnozza G. E. S. 759 Mujeeb-Kazi A. 577 Mujica-Sa´nchez A. 627 Mukherjee K. K. 247 Mu¨ller A. J. 578, 579 Mu¨ller G. K. 580 Mu¨ller H. P. 581 Mu¨ller U. 424 Mu¨ller-Stoll W. R. 582, 583 Mumba L. E. 584 Mu¨ntz K. 336, 491, 492, 585, 586, 587, 588, 939 Murakami Y. 718 Murray T. D. 220 Myer L. 549 Nachit M. M. 117, 200 Nadal S. 589 Nadimpalli R. 387 Nagieb M. 16 Nagl W. 380 Nair N. V. 56, 590, 591 Nair S. 591 Nakai H. 945 Nakamura I. 945 Nakamura T. 574 Nakata E. 173 Nandi R. 843 Naqvi A. 55 Naredo M. E. B. 397, 522, 523, 592, 593, 594 Nasir M. 595

Nasonova E. A. 425 Nassar N. 596 Nath P. 597 Na´tr L. 139 Navea C. 598 Negri V. 599, 600, 601 Negro A. 101 Nelson C. T. 394 Neri R. 170 Nerson H. 635 Nevo E. 69, 518, 602, 603, 629, 751 Newbury H. J. 197, 217, 543, 637 Newman M. 386 Ng N. Q. 474, 847 Nguyen T. K. 604 Nicoloff H. 252, 605, 727 Nienhuis J. 541 Nieto-Taladriz M. T. 743, 744 Nkongolo K. K. 606 Noirot M. 23, 607 Nokoe S. 941 Nomura T. 952 Noov B. 619 Nover I. 608 Novoselskaya A. Yu. 557 Noyer J. L. 483 Nsapato L. 606 Nsarellah M. N. 117, 200 Nuez F. 219, 670, 671 N
un˜ez-Farfa´n J. 573 O H.-G. 318 Obanda M. 532 Oboh B. 610 Obst A. 834 Ocampo B. 836 Ocampo C. H. 528, 820 Odeigah P. G. C. 609, 610, 611, 612 Ofori D. A. 613 Ohle H. 335, 441, 442, 799, 800, 801, 802, 803, 804, 805, 806, 807, 808, 809, 810, 811 Ohnishi O. 484, 614, 895, 896, 946 Ohri D. 389, 597, 615, 616 Ohta S. 617 Oihabi A. 201 Okuno K. 618, 619, 865 Oliveira C. M. 266, 572 Oliveira J. A. 620, 621 Oliveira L. O. de 622 Oliver G. 450 Ollitrault P. 818, 820

59 Ordon F. 623 Ortega R. 715 Ørting B. G. 624 Ortiz J. M. 764 Ortiz R. 153, 154, 625, 626, 627, 904 Osada T. 617 Osanyinpeju A. O. 611, 612 Osherenko E. 199 Otto A. 628 Owuor E. D. 629 Ozias-Akins P. 387 Ozkan H. 878 Pagano E. M. 749 Paisooksantivatana Y. 630 Pak H.-S. 418 Pal M. 597 Pampapathy G. 824 Pan Y.-B. 130 Panda S. 631 Pandey R. M. 632 Panella L. 633 Panitz R. 939 Papa R. 49 Papanikolaou X. 705 Paredes O. M. 634 Paris H. S. 635 Park Y.-G. 636 Parmaksizian L. 876 Parrini P. 60, 524 Parson B. J. 637 Patel D. P. 107 Patra B. C. 638 Patra B. P. 639 Patra N. K. 827 Pavek D. S. 640 Payne P. I. 641, 864 Paz-Ares J. 250 Pecchioni N. 881 Pecetti L. 21, 164, 165, 642, 643, 644, 645, 646, 745 Pederson G. A. 647 Peil A. 814 Peisker M. 31, 33, 34, 648, 649 Peltier D. 398 Peng Z.-S. 650 Pengelly B. C. 651, 652 Penteado M. I. de O. 653 Perchuk I. N. 425 Pe´rez de la Vega M. 18, 163 Pe´rez-Garcı´a F. 916

Perl-Treves R. 399, 862 Perrino P. 10, 295, 306, 309, 310, 311, 312, 314, 315, 316, 317, 319, 320, 321, 463, 474, 655, 656, 657, 658, 659, 660, 661, 662, 663, 665, 666, 676, 693, 835, 846, 847 Perterson G. 239 Peter K. V. 24 Petersen G. W. 238 Petersen S. G. 125 Peterson G. 237 Petrovic´ St. 469 Peumans W. J. 667, 864 Pflu¨ger L. A. 668, 891 Phatak S. 387 Piano E. 22, 133, 645, 646, 745 Pickersgill B. 669 Pico´ M. B. 219, 670, 671 Piepho H.-P. 672 Piergiovanni A. R. 463, 673, 674, 675, 676, 678, 847 Pignone D. 178, 243, 321, 664, 676, 678, 679, 853 Pilatti R. A. 912 Pin˜ero D. 979 Pink D. A. C. 202 Pinto-Carnide O. 680 Pistrick K. 91, 92, 98, 100, 322, 323, 441, 442, 682, 683, 684, 685, 686, 687, 765, 799, 800, 802, 803, 804, 805, 806, 807, 809, 810 Plietz P. 688 Polignano G. B. 267, 462, 665, 666, 689, 690, 758 Pollak L. 691 Ponz F. 250 Poperelya F. A. 848 Popov K. 59 Porceddu E. 257, 462, 692, 693 Porfiri O. 61 Portis E. 471 Potokina E. 694, 695, 696 Poukkula M. 8 Prabkaran A. J. 697, 866 Pradeepkumar T. 698 Prajapati S. 55, 699 Prakash Ch. 349 Prasada Rao K. E. 38 Price A. H. 613 Priyadarshan P. M. 700 Proeseler G. 251, 701, 702, 703, 704 Protopapadakis E. 705 Provorov N. A. 706

313, 654, 664,

677,

681, 801,

60 Przybylska J. 707, 708, 709, 710, 711, 977 Puchalski J. 570, 712 Pupilli F. 133, 919 Puri S. 713 Quagliotti L. 471 Qualset C. O. 164, 165, 381 Queseda T. 714 Quesenberry K. H. 429, 430, 647 Quin F. M. 169 Quintero C. 2 Quintero O. 580 Quiros C. F. 156, 417, 540, 715 Raamsdonk L. W. D. van 715, 716, 717 Rabbani M. A. 718 Rabinowitch H. D. 920 Rachimova T. 416 Raciti C. N. 644 Rahman S. 828, 829 Rai S. K. 840 Raimondi J. P. 719 Raina S. N. 832, 838 Ramirez-Vallejo P. 598 Rana R. S. 533, 720 Rao R. 721 Rapoport T. A. 65, 66 Rav-David D. 199 Ravel C. 143 Raybould A. F. 722 Raza S. 153, 154 Razorenov G. I. 407 Razorenova T. S. 407 Read M. 909 Reamon-Bu¨ttner St. M. 723 Rebourg C. 265 Redden R. J. 371, 372 Reddy K. N. 37, 400, 724 Reddy L. J. 402, 824, 825 Reheul D. 917, 918 Ren Z.-L. 949 Reynolds M. P. 351 Rhouma A. 761 Ri J.-D. 324, 325 Richards K. W. 237, 238, 239, 725 Rieger R. 726a, 726b, 727, 778 Riek J. de 367 Rieth A. 728, 729, 730, 731, 732, 733, 734, 735, 736, 737, 738 Roberts J. A. 544 Robertson L. D. 89, 90, 217, 218, 739, 740, 836

Robinson J. 741 Rocha O. J. 174, 539, 908 Ro¨der M. S. 80 Rodin˜o A. P. 742 Rodrı´guez B. 207, 212 Rodriguez F. 890 Rodriguez J. M. 541 Rodrı´guez-Estrella R. 495 Rodrı´guez-Quijano M. 743, 744, 754 Roldan S. 577 Romagosa I. 368 Romani M. 745 Roma˜o R. L. 746 Romeike A. 326 Romero C. 52 Romero M. 52 Ronning C. M. 747 Rosa de la L. 476 Rosas V. 577 Ross G. 132 Rossetto M. 748 Rosso B. S. 749 Rothrock C. S. 856 Rottenberg A. 750, 751 Rouamba A. 752 Rovira M. 52 Royo J. B. 375 Ruckenbauer P. 861 Rudolph A. 336, 491, 492, 588 Ruiz de Galarreta J. I. 753 Ruiz M. 476, 754, 755 Ruiz M.-L. 163 Ruı´z-Ferna´ndez J. 756, 757 Ruiz-Tapia E. 627 Russo G. 758 Rybakova M. I. 193 Saaidi M. 201 Saalbach G. 939 Sabanci C. O. 88 Sabatti M. 759 Sabir A. A. 327 Sadasivam S. 843 Sadat Noori S. A. 760 Sa´enz de Miera L. E. 18 Sakka H. 761 Sakvarelidze I. M. 92, 96 Salcedo G. 250 Salem A. O. M. 761 Salgado A. G. 762 Salhi A. 81

61 Salmanowicz B. P. 763 Salomon B. 184, 516, 967 Sa´nchez-Escribano E. 764 ˇ . 333, 687, 765 Sancˇir C Sanford L. L. 747 Sangare A. 167, 168, 169 Sangwan N. S. 833 Sangwan R. S. 545, 833 Santalla M. 742 Santana C. 266 Santos C. A. F. 766 Santos-Guerra A. 228 Sastry K. P. 282 Sato Y.-I. 945 Sawkins M. 550 Saxena M. C. 75, 188 Schachl R. 767, 768 Scha¨fer H.I. 811 Schaffer A. A. 862 Schammass E. A. 910 Schelenz M. 424 Schiemann J. 769 Schifino-Wittmann M. T. 932 Schiller J. M. 35, 36 Schlatter A. R. 668 Schlegel G. 770 Schlegel R. 770, 771 Schlesier B. 628, 688, 772, 773 Schlesier G. 588 Schlu¨ter H. 583 Schlu¨ter U. 773 Schmidt E. 715 Schmidt J. 223, 256 Schmidt O. 3 Scholz F. 336, 448, 449, 491, 492, 774, 775 Scholz G. 5, 776 Schondelmaier J. 273 Schotte J. 777 Schreuder M. 353 Schubert I. 328, 604, 727, 778 Schultze-Motel J. 94, 95, 96, 298, 332, 337, 780, 781, 782, 783, 784, 785, 786, 787, 789, 790, 791, 792, 793, 794, 795, 796, 798, 799, 800, 801, 802, 803, 804, 805, 807, 808, 809, 810, 811, 812, 813 Schumann E. 814 Schumann U. 815 Schuster M. 816 Schwenke K. D. 688 Scineza A. 268 Scippa G. 689, 690

779, 788, 797, 806,

Scott K. D. 748 Second G. 817 Segura S. 818, 819, 820 Sehnalova´ J. 63 Seko H. 630 Seman K. 821 Semeane Y. 464 Serquen F. 552, 553, 859, 860 Serradilla J. M. 822 Sˇevcˇikova M. 151 Shagarodsky T. 211, 212 Shanmugasundram P. 843 Sharma B. D. 823 Sharma H. C. 824 Sharma P. K. 82 Sharma S. 54, 55, 566 Sharma S. B. 825 Sharma S. K. 826 Shasany A. K. 171, 827 Shen S. 506, 957, 958 Shewry P. R. 405, 828, 829 Shimamoto Y. 9, 359, 830, 831 Shiran B. 832 Shukla N. 833 Siedler H. 834 Siegismund H. R. 338 Silhengst P. 588 Simeone R. 835 Simonetti M. C. 835 Simpson C. E. 838 Singh A. 840 Singh A. K. 825, 836, 837, 838, 839 Singh D. 699 Singh H. B. 840 Singh K. B. 75, 188, 740, 836, 842 Singh K. N. 843 Singh M. 536 Singh R. 536 Singh S. 404, 904 Singh S. D. 400 Singh S. P. 616, 840 Skiebe K. 175 Skolimowska E. 329 Skovmand B. 176, 351, 741 Slinkard A. E. 152 Smale M. 79 Smartt J. 837, 838 Smith G. R. 647 Snogerup S. 116 Solar A. 844 Soler C. 101, 249, 756, 757

62 Song C. H. 501 Song W. 845 Sonnante G. 846, 847, 853 Soreng R. J. 394 Sørensen M. 624, 879 Sozinov A. A. 557, 848 Spaar D. 849 Spagnoletti Zeuli P. L. 220, 662 Spahillari M. 312 Sparvoli F. 513, 850 Specht C. E. 852, 851 Spinosa A. 853 Spooner D. M. 854 Sreenivasan T. V. 56, 590, 591 Stajkov G. 855 Sˇtampar F. 844 Stanca A. M. 881 Stankova P. 954 Stanton M. A. 856, 857 Staub J. E. 145, 173, 364, 552, 553, 567, 568, 858, 859, 860 Stedje B. 821 Steffenson B. J. 391 Stein M. 175 Steiner A. M. 861 Stepansky A. 862 Stephenson P. 191 Stewart J. McD. 856, 857 Stiller A. 863 Stinissen H. M. 667, 864 Stølen O. 351, 627 Stommel J. R. 747 Strelchenko P. 865 Sua´rez E. Y. 891 Subrahmanyam P. 839 Sujatha M. 697, 866 Sulaiman I. M. 867 Summers W. L. 261 Sun C. 506 Sun G.-L. 184 Sun H. 942 Sun L. 868 Sun M. 366, 942 Sun Z. 567, 568 Suneja P. 536 Surkova L. I. 193 Suso M. J. 159, 589, 869 Su¨ss K.-H. 3 Suzuki S. 374 Swaine M. D. 613 Swamy S. L. 713

S´wie˛cicki W. 870 S´wie˛cicki W. K. 870, 871 Szabo´ A. T. 872 Taba S. 79 Tadesse D. 873 Tadesse W. 874 Tadzhiev S. F. 416 Tagmount A. 104, 398 Tahir M. 875 Takayanagi K. 718 Takeda K. 403 Talhouk S. N. 876 Tang C. Y. 909 Tang G. 348 Tanyolac B. 877, 878 Tanzarella O. A. 257, 759 Tapia C. 879 Taralasˇvili N. 91 Taranto G. 678 Tardani L. 829 Tatchell G. M. 202 Taylor N. L. 880 Teale A. 521 Tefera H. 47, 411 Terrazas T. 573, 598 Tersac M. 398 Terzi V. 881 Terzopoulos P. J. 881 Tesemma T. 78, 894 Tesfaye B. 883 Teshome A. 898 Thang F. 963 Thang W. 868 Thomas C. E. 499 Thomas I. D. 149, 150, 151 Thompson R. D. 64 Thompson W. K. 44 Thomson M. 274 Thorpe W. 521 Thseng F.-S. 830 Tiemann H. 884 Tigerstedt P. 950 Tikhonovich I. A. 706 Tisova V. 276 Tittel C. 326, 885 Tobes N. 886 Tobutt K. R. 956 Tohme J. 2, 818, 890 Toky O. P. 82, 431 Tomazˇicˇ I. 887

63 Tomooka N. 695, 696, 888, 943 Tong N. 889 Toquica S. P. 890 Toro O. 2, 74 Torrance J. K. 898 Tosti N. 600, 601 Tran B. 43 Tranquilli G. 891 Trejo C. J. 573 Trejos P. S. 915 Treuren R. van 892 Trifi M. 761 Trifi-Farah N. 254, 893 Trilles B. 483 Trinidad-Santos A. 573 Tripathi A. 840 Tsehaye Y. 410 Tsegaye S. 76, 894 Tsuji K. 895, 896 Tugwell N. P. 857 Tullu A. 76, 897 Tunstall V. 898 Turchetta T. 875 Tyankova L. 20 Udaka K. 240 Ugalde W. G. G. 915 Uggenti P. 689, 690 Uguru M. I. 899, 900 Ul’janova T. N. 901 Uniyal G. C. 545, 566 Unk J. 363, 902 Upadhyaya H. D. 903, 904 Uranga H. 210 Ursumi S. 574 Vadivel V. 905 Valdiviesso T. 266 Valkoun J. 906 Valls J. F. M. 103, 192 Vannella St. 693 Varaprasad K. S. 825 Varela F. 755 Vargas A. 907 Vargas E. M. 908 Vargas J. 2 Vasal S. K. 909 Vaughan D. A. 695, 696, 888, 943 Vazquez J. F. 754 Veasey E. A. 910, 911 Vega M. P. de la 653

Vegetti A. C. 912 Vekemans X. 189 Velasco L. 913, 914 Velayudhan K. C. 465 Vencovsky R. 910, 911 Venora G. 679 Veronesi F. 61, 601 Vijayakumari K. 905 Vilhelmsen A. L. 351 Villalobos R. A. 915 Villamil J. M. P. 916 Villegas E. 909 Visser D. L. 356, 358 Visser M. 917, 918 Vitale M. 919 Viterbo A. 920 Vitkovskij V. L. 921 Vivero J. L. 922 Vlassak M. 63 Voigt W. 923 Vra´nova O. 190 Vries I. M. de 924, 925 Vvedenskaya I. O. 425 Wachira F. N. 532 Waines J. G. 43, 569 Walo´n L. 210 Walther U. 926 Wan Y.-F. 927 Wang J. 504, 958 Wang R. R.-C. 500, 928, 933, 970 Wang X. 506, 957 Wang Y. 503 Wang Z. 241 Wang Z.-R. 515 Wang Z. Y. 817 Ward R. W. 348 Warwick S. I. 929 Wauer K. 930 We G. 957 Weber E. 931 Weber L. H. 932 Weber W. E. 814 Webster R. D. 130 Wehner T. C. 499 Wei J.-Z. 933 Wei Y.-M. 934 Weigand S. 842 Weir J. 213 Welcker C. 265 Wendel J. F. 123

64 Werder J. 909 Weschke W. 939 Westman A. L. 467 Wheeler M. A. 935 Widrlechner M. P. 936 Wiesner I. 937 Wiesnerova´ D. 937 Wijnker J. 717 Wilp R. 131 Wilson F. D. 938 Wobus U. 66, 939 Wofford D. S. 430 Wolfe M. S. 940 Wolko B. 870, 871 Won D.-C. 330 Wouw M. van de 941 Wricke G. 723 Wu B.-H. 947 Wu H. 942 Wu L. 958 Wu S. 503, 505 Xhuveli L. 310 Xia Z. L. 135, 136 Xu D. 831 Xu F. 972 Xu R.-Q. 695, 943 Xu S. J. 944 Yadav S. 536 Yakubov B. 59 Yamaguchi H. 564 Yamanaka S. 945 Yamane K. 946 Yamashita K.-i. 374 Yang J.-L. 147, 148, 515, 650, 948, 968, 969, 973, 974 Yang W.-Y. 947, 948 Yang X. M. 501 Yang Y.-L. 927 Yang Z. 506, 957, 958 Yang Z.-J. 949 Yano Y. 427 Yao Y. 950 Yarilgac¸ T. 57 Yarwood M. 666 Yasuda K. 564 Yau S.-K. 951 Ye L. 350 Ye Y. 947 Yee L. K. 40 Yen C. 147, 148, 515, 650, 927, 948, 968, 969, 973, 974

Yin J. M. 526 Yonezawa K. 952 Yoon M. S. 888 Yoshida H. 619 Yue S. 942 Zacharias M. 278, 279, 548, 953 Zaharieva M. 48, 954 Zamora A. 955 Zanetto A. 956 Zeboudj F. 398 Zee F. T. 39, 40 Zeller F. J. 527, 554, 834 Zeng Y. 506, 957, 958 Zeven A. C. 959, 960, 961, 962 Zhang A. 963 Zhang D. 255, 256, 964, 965 Zhang H. 506, 957 Zhang J. 868 Zhang W. S. 403 Zhang X. 350, 505, 966 Zhang X.-Q. 967, 968, 969 Zhang X.-Y. 970 Zhang Y. 947 Zhao Y. 966 Zhen Y.-L. 968 Zheng D. 971 Zheng D. S. 501 Zheng S. 972 Zheng Y.-L. 515, 934, 948, 969, 973, 974 Zhong Y. 350 Zhou M. 966 Zhou R.-H. 928, 944 Zhou Y.-H. 515, 934, 969, 973, 974 Zhou Z.-Q. 975, 976 Zhu L. 348 Zhyvoloup A. 636 Zimniak-Przybylska Z. 707, 708, 709, 710, 711, 977 Zink D. 380 Zirwer D. 688 Zizumbo-Villarreal D. 978, 979, 980, 981 Zohary D. 122, 750, 751, 982 Zok S. 563 Zoro Bi I. 539 Zoundjihe´kpon J. 167, 168, 169 Zumberelmaa D. 333 Zurayk R. 876 Zˇurek G. 983 Zutra D. 199 Zva´ra K. 139

65

Index to key words Abelmoschus caillei agronomical characterization Nigeria 42 morphological characterization Nigeria 42 plant genetic resources Nigeria 42 Abelmoschus esculentus core collection South Asia 533 Acacia nilotica germination 431 nitrogen fixation 82 Acremonium infection of Festuca arundinacea 620 seed storage 620 Actinidia foliar trichomes 350 phylogeny 350 Actinotaenium curtum algae 735 addition line Triticum aestivum  Lophopyrum elongatum 949 Aegean region plant genetic resources Lupinus angustifolius 157 Aegilops genebank management 287 genome 68 morphological characterization Bulgaria 954 NTS 68 numerical taxonomy 791 plant genetic resources 619 Spain 756 pollen 432 RAPD 619 resistance 291, 954 resistance to Erysiphe graminis 230, 906 resistance to Mayetiola destructor 200 resistance to Pseudocercosporella herpotrichoides 280 resistance to Puccinia 906 resistance to Puccinia recondita 230 resistance to Septoria nodorum 230 seed protein 129 taxonomy 287 Aegilops sect. Sitopsis RFLP 257

Aegilops comosa glutenin 744 isozyme 408 seed protein 744 Aegilops crassa  Triticum aestivum 110 Aegilops geniculata karyology 468 RAPD 970 Aegilops markgrafii seed protein 744 Aegilops neglecta ploidy 43 stomatal frequency 43 stomatal size 43 Aegilops ovata  Triticum aestivum 110 Aegilops speltoides seedling growth 139 Aegilops tauschii breeding system 286 genetics leaf character 947 isozyme 195 leaf 947 morphological characterization 195 pollination 286 resistance to Drechslera tritici-repentis 834 resistance to Erysiphe graminis 527 resistance to Puccinia recondita 46 resistance to Puccinia striiformis 948 sprouting 515 Aegilops tauschii  Triticum durum resistance to Erysiphe graminis 527 resistance to Puccinia recondita 46 resistance to Puccinia striiformis 948 sprouting 515 Aegilops tauschii  Triticum turgidum plant genetic resources 577 resistance to Helminthosporium sativum 577 resistance to Drechslera tritici-repentis 834 Aegilops umbellulata glutenin 744 isozyme 409 lectin genes 864 morphological characterization 409 seed protein 744 Aegilops uniaristata isozyme 408 Africa plant genetic resources Cucumis melo 567 genetic diversity 198

66 African cassava mosaic virus resistance in Manihot esculenta 226 agronomical characterization Abelmoschus caillei Nigeria 42 Amaranthus 942 Mexico 538 Canavalia gladiata India 905 Cannabis sativa 814 Coffea arabica 571 Eragrostis tef Ethiopia 47 Hordeum vulgare 27, 48 China 868 Ethiopia 203 Lablab purpureus 652 Lens culinaris 76, 897 Italy 674 Spain 476 Lupinus albus Egypt 153 Medicago sativa China 135 Pennisetum glaucum 724 Saccharum 590 Sesbania 910 Trifolium pratense 428 Trifolium repens Argentina 749 Triticum Mexico 176 Triticum aestivum 891 USSR 193 Triticum durum 21 Ethiopia 642 Turkey 164 Vicia 89 Vigna unguiculata Italy 601 Zea mays 269, 271 Agropyron RAPD Spain 249 Agrostemma genebank management 306 taxonomy 306 Agrostemma githago seed protein 102, 424 Agrostis stolonifera cultivar identification RFLP 133

albumin Lathyrus 710 Lathyrus sativus 709 Pisum 708 Triticum 462 Vicia sect. Faba 664 Vigna unguiculata 611 algae Actinotaenium curtum 735 Allomyces arbuscula 735 Batrachospermum Cuba 729 Mougeotia 736 Spirogyra 733, 737 Spirogyra pseudonodifera 730 Spirotaenia bahusiensis 732 Vaucheria 734, 738 Vaucheria lii var. bipora var. nov. 728 Vaucheria sessilis 731 alkaloid Catharanthus roseus 566 Coffea 23 Lupinus 870 Papaver somniferum 54 India 699 Solanum chacoense 747 Allium dormancy 852 evolution 529 genomic in situ hybridization 233 germination 852 isozyme 529 ITS Southwest Asia 236 karyology 178, 233, 236 plant genetic resources Mongolia 333, 687, 765 Tadzhikistan 235 RAPD 233 seed coat 433, 434, 435 taxonomy 233, 236 Allium ampeloprasum Pearl-Onion Group karyology 335 plant genetic resources 335 taxonomy 335 Allium ampeloprasum in vitro conservation 412 Allium cepa evolution 233, 236 genetics skin colour 274

67 in vitro conservation 412 karyology 343 male sterility 343 plant genetic resources West Africa 752 RAPD 343 Allium  cornutum origin 233 Allium oschaninii cultivated plant 233 horticultural characterization 170 volatile oil 170 Allium trifoliatum subsp. hirsutum in vitro conservation 920 Allium  proliferum origin 233 Allomyces arbuscula algae 735 Alps plant genetic resources 768 Alternaria triticina resistance in Triticum aestivum 144 aluminium resistance in Secale cereale 680 resistance in Triticum aestivum 680 resistance in Zea mays 415 Amaranthus Mexico agronomical characterization 538 evaluation agronomical characterization 942 genome 632 karyology 632 plant genetic resources Mexico 538 Amaranthus cruentus biomass 573 Amaranthus hypochondriacus biomass 573 America plant genetic resources Fragaria chiloensis 341 Fragaria virginiana 341 Solanum sect. Petota 346 centre of diversity 346 amphidiploid Triticum aestivum  Lophopyrum elongatum 949 Amygdalus domestication 122, 455 morphological characterization Lebanon 876

plant genetic resources Lebanon 876 taxonomy 122 Amygdalus fenzliana origin of Amygdalus communis 455 Andes plant genetic resources Phaseolus vulgaris 74 anthocyanidin Tulipa flower 716 Antirrhinum genebank documentation 308 plant genetic resources 308 apomixis cultivated plants 279 Gramineae 546, 547 Poa pratensis 277, 278 Potamophila parviflora 935 Arachis hybridization 836 isozyme 244 plant genetic resources Brazil 103 RAPD 192 resistance to Meloidogyne javanica 825 wild species resistance 402 Arachis duranensis resistance to Puccinia arachidis 839 seed oil 839 seed protein 839 Arachis glabrata isozyme 528 Arachis hypogaea core collection 903, 904 evaluation 837 genetic diversity 838 genome 837 morphological characterization 339, 340, 903, 904 RFLP 349 seed oil 339, 340 Arachis pintoi seed protein Brazil 103 Arachis repens seed protein Brazil 103

68 arcelin Phaseolus vulgaris 850 Mexico 2 archaeological remains cultivated plants 793 Georgia 794, 796 literature review 780, 782, 783, 785, 786, 787, 788, 789, 790, 792, 795, 797, 798 Papaver somniferum 781 Argania spinosa phenology 58 Argentina collecting mission Hordeum 886 Argyranthemum in situ conservation 228 plant genetic resources Makaronesia 228 Artemisia plant genetic resources Uzbekistan 416 Artocarpus altilis domestication 482 phylogeny 482 Ascochyta lentis resistance in Lens 71 resistance in Lens culinaris 595 Asparagus microsporogenesis 134 Australia plant genetic resources Potamophila parviflora 1, 935 Austria breeding cereals 767 plant genetic resources cereals 767 Avena hybridization 452 karyology 452 plant genetic resources Sicily 452 USSR 519 sp. nov. 452 taxonomy 452 wild species USSR 519 Avena insularis crossability 456 karyology 388, 456, 460 Avena insularis  A. murphyi 456

Avena insularis  A. strigosa 456 Avena magna karyology 388 morphological characterization 451 Avena murphyi karyology 388, 456 morphological characterization 451 Avena sativa plant genetic resources Finland 7 evolution 451 genome 451 morphological characterization 451 plant genetic resources Czechoslovakia 438, 439 seed protein Finland 7 seed storage 861 taxonomy 438 Avena strigosa karyology 456 Azadirachta indica isozyme 445 morphological characterization 445 rooting 713 seed 445

Bacopa monnieri RAPD India 171 balanced tertiary trisomy Hordeum vulgare 449 Bangladesh plant genetic diversity Oryza sativa 637 barley mild mosaic virus resistance in Hordeum 702 barley yellow dwarf virus resistance in Triticeae 928 China 944 barley yellow mosaic virus resistance in Hordeum 701, 702, 703, 704 resistance in Hordeum vulgare 623 Batrachospermum algae Cuba 729 Benin ethnobotany Dioscorea cayenensis/ D. rotundata 169

69 plant genetic resources Dioscorea 562 Dioscorea cayenensis/ D. rotundata 167, 169 Beta isozyme 723 karyology 395 RAPD 723 self-incompatibility 125 taxonomy 125 Beta vulgaris evolution 213 gene transfer 769 hybridization 213 morphological characterization Sicily 497 plant genetic resources Sicily 497 Bhutan collecting mission Hordeum vulgare 427 biochemical mutant 776 biomass Amaranthus cruentus 573 Amaranthus hypochondriacus 573 Pisum sativum 551 biosystematics crop-weed complex 669 Solanum sect. Petota 344 Bipolaris sorokiniana resistance in Triticum aestivum 144 Boehmeria nivea plant genetic resources China 517 Boerhavia diffusa RAPD India 833 Bolivia collecting mission Pachyrhizus ahipa 624 plant genetic resources Pachyrhizus ahipa 624 boron resistance in Lens culinaris 951 Brassica genebank management 259 glucosinolate 913 hybridization 338, 417 karyology 417 resistance to Brevicoryne brassicae 202

seed oil 914 taxonomy 259 wild species resistance 202 Brassica carinata morphological characterization Ethiopia 11 Brassica napus AFLP 338 isozyme 183 Brassica oleracea genebank management 356, 467 genetics morphological character 417 history of cultivated plants Portugal 181 hybridization 116 isozyme 356, 476 plant genetic resources France 540 Portugal 181 RAPD France 540 RFLP 182 taxonomy 260 Brassica oleracea ssp. oleracea isozyme 470 England 722 plant genetic resources Western Europe 470 RAPD 470 SSR England 722 Brassica oleracea var. ramosa RAPD 962 Brassica rapa AFLP 338 isozyme 183 Brazil plant genetic resources Arachis 103 Citrullus lanatus 746 Psychotria ipecacuanha genetic erosion 622 breeding Austria cereals 767 China 504 gene transfer 579 genebank 504

70 breeding (continued) genetic diversity 175 Hordeum yield 229 Hordeum spontaneum  H. vulgare 283 Hungary 902 Ornithogalum 514 resistance Malus 222 seed protein 587 cereals 774 Solanum sect. Petota 344 Solanum tuberosum 884 Trifolium repens Italy 22 Triticum Czechoslovakia 63 dwarfism 115 yield 229 Triticum aestivum 626 breeding system Aegilops tauschii 286 Hordeum subgen. Hordeum 290 Hordeum vulgare 264 Medicago polymorpha 919 Phaseolus lunatus 174, 539 Secale 329 Vicia faba 589, 739 Brevicoryne brassicae resistance in Brassica 202 Bulgaria collecting mission legumes 647 plant genetic resources field crops 855 legumes 647 caffeine Coffea 23 Cajanus DNA content 616 karyology 616 wild species resistance 402 Cajanus cajan phylogeny 389 resistance to Melanagromyza obtusa 824 seed protein 389 Camellia sinensis catechin 532 RAPD 636

Cameroon plant genetic resources Dioscorea cayenensis/ D. rotundata 563 Pennisetum glaucum 37 Canary Islands in situ conservation Chamaecytisus proliferus 227 Canavalia gladiata agronomical characterization India 905 Cannabis plant genetic resources 555 Cannabis sativa agronomical characterization 814 Capsicum AFLP Colombia 890 core collection 541 Capsicum annuum AFLP Italy 471 RAPD Italy 471 seed protein 24, 610 Capsicum buforum karyology 889 Capsicum frutescens seed protein 610 Capsicum lanceolatum karyology 889 carbon isotope discrimination photosynthesis 649 Carica isozyme 392 phylogeny 39, 392 RAPD 392 RFLP 39 carotinoid Tulipa flower 716 Carthamus tinctorius seed meal 393 seed oil 393 Castanea sativa ISSR Portugal 266 RAPD Portugal 266 catechin Camellia sinensis 532

71 Catharanthus roseus alkaloid 566 morphological characterization 566 Celosia seed protein 597 Central African Republic plant genetic resources Pennisetum glaucum 724 centre of diversity 654 America 346 Citrullus lanatus 746 Mediterranean 654 Melanesia 482 New Guinea 482 Phaseolus lunatus 508 Phaseolus vulgaris 512 Sahul 482 Solanum sect. Petota 345 Solanum tuberosum 715 Southeast Asia 482 Southwest Asia 982 centre of origin Fagopyrum cymosum 946 Fagopyrum tataricum 895 Lactuca sativa 925 Lens culinaris 454 Papaver somniferum 781 Phaseolus lunatus 762 Phaseolus vulgaris 372 Solanum sect. Petota 126 Vavilov, Nikolai I. 654 Centrosema isozyme 653 Ceratonia siliqua morphological characterization Italy 758 Cercosporella herpotrichoides resistance in Triticum 231 cereals Austria breeding 767 landraces 767 plant genetic resources 767 isozyme 131 lectins 667 seed protein breeding 774 species concept 180 taxonomy 180 Chamaecrista germination 565

Chamaecytisus proliferus in situ conservation Canary Islands 227 isozyme Canary Islands 227 checklist cultivated plants Cuba 206, 296 Italy 316 Korea 53, 299, 324, 325, 360, 361 Libya 317, 320 Linosa 314 South Italy 309 Ustica 315 chemotaxonomy Coffea 23 Trifolium 215 Tulipa 716 Vigna 474 Chenopodiaceae plant genetic resources Uzbekistan 416 Chenopodium isozyme India 247 RAPD India 247 seed protein India 247 tissue culture 247 Chenopodium quinoa core collection Peru 627 Chile plant genetic resources Hordeum chilense 886 Phaseolus vulgaris 634 collecting mission Hordeum 886 China breeding 504 collecting mission Cucumis sativus 859 ethnobotany Oryza 248 genebank 390 Oryza sativa core collection 506 plant genetic resources 390, 504, 958 Boehmeria nivea 517 Cucumis sativus 859 Fagopyrum 614

72 China (continued) Gramineae 136 Hordeum vulgare 868 Leguminosae 136 Malus 975 Medicago ruthenica 135 Orychophragmus violaceus 526 Oryza 248 Sesamum 966 Setaria italica 505 Triticeae 944 Triticum 501 Triticum aestivum Italian variety 971 chlorogenic acid Coffea 23 chlorophyll fluorimetry 383 Triticum aestivum 351 chloroplast Hordeum 187 Lycopersicon esculentum mutant chloronerva 5 thylakoid membrane 3 photosynthesis 777 chromatid abberation Vicia faba 778 chromosome mutation chromatid abberation Vicia faba 778 seed protein Pisum 721 chromosome transfer Triticum aestivum 771 Cicer plant genetic resources 740, 836 resistance 836 resistance to Heterodera ciceri 188 resistance to Liriomyza cicerina 842 wild species resistance 402 Cicer arietinum karyology 243 resistance to drought 19 resistance to iron-deficiency 75 Cicer songaricum karyology 615 Citrullus ITS 386 Citrullus colocynthis RAPD 499 resistance 499

Citrullus lanatus morphological characterization Namibia 531 centre of diversity 746 plant genetic resources Brazil 746 RAPD 499 resistance 499 taxonomy 242 Citrus medica isozyme 705 Clematis hybridization 118 taxonomy 118 Cocos Island plant genetic resources Cocos nucifera 477 Cocos nucifera germination Mexico 979 history of cultivated plants Mexico 978 isozyme 979 morphological characterization fruit 44, 907 Mexico 981 plant genetic resources Cocos Island 477 Oceania 44 co-evolution host-parasite relations 940 Coffea alkaloid 23 chemotaxonomy 23 chlorogenic acid 23 ex situ conservation 197 genebank 197 in situ conservation 197 in vitro conservation 197 mozambioside 23 plant genetic resources Mascarene Islands 197 RAPD 472 Coffea arabica agronomical characterization 571 morphological characterization 571 Coix RAPD 502 cold resistance in Lens 284 resistance in Phaseolus vulgaris 30

73 collecting mission Argentina 1990–1991 Hordeum 886 Bhutan 1991 Hordeum vulgare 427 Bolivia 1994 Pachyrhizus ahipa 624 Bulgaria 1990 Leguminosae 647 Chile 1990–1991 Hordeum 886 China 1994–1996 Cucumis sativus 859 Colombia 1988 580 Cuba 1986 207, 212 Cuba 1988 210 Cuba 1989 211 Czechoslovakia 1977 285, 440 Czechoslovakia 1981 441, 442 Czechoslovakia 1992 Gramineae/Leguminosae 151 Egypt 1995–1996 Lupinus albus 154 Georgia 1981 97 Georgia 1982 93 Georgia 1983 92 Georgia 1984 96 Georgia 1985 91 Georgia 1986 98 Georgia 1987 94 Georgia 1988 100 Georgia 1989 95 India 1992 Cucumis sativus 860 Oryza sativa 638 Iraq 1986 327 Italy 1950 535 Italy 1980 658 Italy 1981 660 Italy 1982 655 Italy 1983 659 Italy 1984 657 Italy 1985 295 Italy 1986 321 Italy 1987 661 Italy 1988 313 Italy 1989 311 Korea 1985 294 Korea 1986 418 Korea 1987 318 Korea 1988 330

Libya 1981 10 Libya 1982 490 Libya 1983 665 Mongolia 1985 Allium 333 Mongolia 1987 Allium 687 Poland 1976 300 Poland 1976–1979 443 Poland 1978 332, 337 Poland 1984 292 Poland 1990 Gramineae/Leguminosae 149 Portugal 1995 Gramineae 150 Leguminosae 150 Spain 1978 Leguminosae 488, 489 Tadzhikistan 1983–1988 Allium 235 Turkey 1996 Leguminosae 88 Uzbekistan 1995 686 collection strategy ex situ conservation 475 Colletotrichum gloeosporioides resistance in Manihot esculenta 226 Colocasia esculenta domestication 482 phylogeny 482 RAPD India 465 Colombia collecting mission 580 conservation plant genetic resources 293, 550 Prunus Spain 922 conuco Cuba 208, 209 core collection Abelmoschus esculentus South Asia 533 Arachis 904 Arachis hypogaea 903 Capsicum 541 Chenopodium quinoa Peru 627 Hordeum vulgare 516 Spain 368 India 720

74 core collection (continued) Lablab purpureus 652 Lens culinaris 897 Lolium perenne 141 Oryza sativa China 506 Pisum sativum 551 plant genetic resources 607 Saccharum officinarum 56 Sesamum China 966 Triticum aestivum 891 Tulipa 717 Vigna radiata India 106 Zea mays Uruguay 534 Coriandrum sativum resistance to Protomyces macrosporus 840 taxonomy 186 correlation breakers Triticum aestivum 779 Costa Rica Oryza latifolia 714 in situ conservation Phaseolus lunatus 174 plant genetic resources Oryza 955 Phaseolus 915 Phaseolus lunatus 908 Crambe agronomical evaluation 929 genetic diversity cpDNA 929 ITS 929 RAPD 929 morphological characterization 929 Crambe abyssinica karyology 929 Crambe glabrata karyology 925, 929 Crambe hispanica karyology 925, 929 crop-weed complex biosystematics 669 Daucus carota 119 taxonomy 669 crossability Avena insularis 456 Gramineae 548 Lens culinaris ssp. orientalis 457

Oryza sativa 618 Solanum 719 Cruciferae fatty acid 536 oil content 536 plant genetic resources India 196 Cuba collecting mission 207, 210, 211, 212 cultivated plants checklist 206, 296 ethnobotany 208, 209 in situ conservation 209 plant genetic resources conuco 208, 209 cucumber mosaic virus resistance in Cucurbita maxima 480, 481 Cucumis isozyme 858 phylogeny 858 plant genetic resources India 823 RAPD 858 resistance to Pseudomonas syringae pv. lachrymans 437 Cucumis melo fruit sugar 862 isoenzyme 205 plant genetic resources Spain 205 RAPD Africa 567 taxonomy 306 Cucumis sativus isozyme 553 China 859 India 860 karyology 145 plant genetic resources 553 China 859 India 860 RAPD 364 Africa 568 Cucurbita maxima RAPD Spain 219 resistance to cucumber mosaic virus 481 SBAP Spain 219 Cucurbita pepo morphological characterization 406

75 Cucurbita pepo (continued) seed 635 resistance to cucumber mosaic virus 481 resistance to Erysiphe cichoracearum 480 taxonomy 635 yield 270 cultivar identification Agrostis stolonifera RFLP 133 cultivated plants apomixis 279 archaeological remains Georgia 794, 796 literature review 780, 785, 786, 787, 788, 789, 790, 792, 795, 797, 798 domestication syndrom 289 evolution 289, 793 Labiatae 682 numerical taxonomy 813 resistance to virus 493 ruderal relatives USSR 901 segetal relatives USSR 901 taxonomy 67, 323, 413, 813 taxonomy and evolution literature review 799, 800, 801, 802, 803, 804,805, 806, 807, 808, 809, 810, 811 Umbelliferae 682 underutilized and neglected crops 307 Curcuma alismatifolia isozyme Thailand 630 Cymbopogon nardus agronomical characterization 827 RAPD 827 Cymbopogon winterianus agronomical characterization 827 RAPD 827 Cynara domestication 750 hybridization 750 isozyme 751 Cynara cardunculus RAPD 846 cysteine Vicia faba 336 Czechoslovakia breeding Triticum 63

collecting mission 285, 440, 441, 442 collecting mission Gramineae/Leguminoseae 151 plant genetic resources 63 Avena sativa 438 Triticum 63, 298 shifting cultivation 439

Dactylis plant genetic resources Spain 507 Dactylis glomerata seed protein 425 Dalbergia sissoo rooting 713 Dasypyrum breviaristatum karyology 617 Datura genebank management 326 taxonomy 326 Daucus carota crop-weed complex 119 plant genetic resources Netherlands 119 decomposition spectra 384, 556 Desmanthus RAPD 651 Dimorphotheca pluvialis pollination 362 Dioscorea domestication Benin 562 karyology 246 Dioscorea alata domestication 482 isozyme 483 phylogeny 482 Dioscorea cayenensis/D. rotundata isozyme Cameroon 563 Benin 168 RAPD Benin 167 plant genetic resources Benin 167, 169 morphological characterization Benin 169 taxonomy 169

76 Diospyros kaki isozyme 52 RAPD 52 Diptera pollination genebank 258 disarticulation Triticum aestivum 146 Diuraphis noxia resistance in Triticeae 741 DNA content Cajanus 616 Lactuca 190 Paspalum 387 domestication 943 Amygdalus 122 Amagdalus communis 455 Artocarpus altilis 482 cultivated plants 289 Colocasia esculenta 482 Cynara 750 Dioscorea alata 482 Escontria chiotilla 41 Helianthus annuus 352 Hordeum 453 Hordeum vulgare 459 Lactuca sativa 925 Linum usitatissimum 185 Manihot esculenta 14 Musa acuminata 482 Saccharum robustum 482 Solanum sect. Petota 345 Triticum 129 Vigna angularis 943 dormancy Allium 852 Drechslera teres resistance in Hordeum 701, 702 Drechslera tritici-repentis resistance in Aegilops tauschii 834 resistance in Aegilops tauschii  Triticum turgidum 834 Drechsleria poae resistance in Poa pratensis 161 dryland plant restoration Tunisia 917 dwarfism Triticum 115

earliness Gossypium hirsutum 407 ecogeography Hordeineae Spain 757 Hordeum spontaneum 0518 Hordeum vulgare Ethiopia 203 Lactuca Europe 479 Lens culinaris Spain 476 Trifolium medium 880 Vicia faba 689 Vicia sect. Narbonensis 87 ecology Lolium perenne Ireland 140 editorial 1992 302a 50 Years ‘Kulturpflanze’/‘GRACE’ 684 Egypt collecting mission Lupinus albus 154 plant genetic resouces Lupinus albus 153, 154 Elymus RAPD 974 Spain 249 Elymus alaskanus RAPD 967 Elymus fibrosus isozyme 184 RAPD 184 embryology Fragaria 446 Poa pratensis 277 Potamophila parviflora 935 Ensete ventricosum plant genetic resources Ethiopia 883 environmental stress resistance in Triticum durum 165 Eragrostis tef agronomical characterization Ethiopia 47 morphological characterization Ethiopia 411 plant genetic resources Ethiopia 873

77 Erianthus RAPD 591 Eruca vesicaria seed 916 Erysiphe cichoracearum resistance in Cucurbita pepo 480 resistance in Lactuca 478 Erysiphe graminis resistance in Aegilops 230 resistance in Aegilops tauschii 527 resistance in Aegilops tauschii  Triticum aestivum 527 resistance in Hordeum 561 resistance in Hordeum spontaneum 419, 420 resistance in Hordeum vulgare 162 resistance in Hordeum vulgare ssp. spontaneum 194 resistance in Triticeae 928 Escontria chiotilla domestication Mexico 41 Ethiopia plant genetic resources Cicer arietinum 19 Ensete ventricosum 883 Eragrostis tef 47, 873 Hordeum vulgare 203, 464, 498 Lens culinaris 76 Lens ervoides 458 Triticum durum 642 Triticum turgidum 78 ethnobotany China Oryza 248 Cuba 208, 209 Dioscorea cayenensis/D. rotundata Benin 169 Mexico 670, 671 Escontria chiotilla 41 plant genetic resources 124 traditional names Oryza sativa 35 Europe genebank 485 plant genetic resources 485 Prunus 956 symposium on European landraces 1980 334 evaluation agronomical characterization Amaranthus 942 Arachis hypogaea 903

Crambe 929 Gramineae 135, 136 Medicago sativa 135 Poa pratensis 394 Triticum aestivum 626 Triticum durum 164, 642 Vicia faba 882 Allium oschaninii 170 Arachis hypogaea 837 Cicer 740 fruit yield Spondias tuberosa 766 germplasm model-based adjustment 672 Gramineae turfgrass 745 Lathyrus 740 Lens 740 Lupinus albus Egypt 153 Malus 222 plant genetic resources 293, 672 Prunus domestica 99 Secale cereale 570 Vicia 740 Zea mays Yugoslavia 691 evolution Allium 529 Allium cepa 233, 236 Avena sativa 451 Beta vulgaris 213 cultivated plants 289, 793 Fagopyrum tataricum 895 Gossypium 123 Hippophae 950 Hordeum vulgare 108 Ethiopia 464 Lagenaria siceraria 173 Manihot 596 Phaseolus lunatus 509 photosynthesis C4 pathway 29 Sesamum 73 Solanum sect. Petota 344, 345 Solanum tuberosum 715 Triticum 68, 129 Vigna angularis 564 ex situ conservation 293 Coffea 197 collection strategy 475

78 ex situ conservation (continued) Phaseolus vulgaris Italy 677 wild cereals 602 exine Aegilops 432 Triticum 432 Fagopyrum plant genetic resources China 614 phylogeny 614 Fagopyrum cymosum centre of origin 946 isozyme 946 phylogeny 946 Fagopyrum esculentum ssp. ancestralis isozyme 614 Fagopyrum homotropicum isozyme China 614 Fagopyrum tataricum centre of origin 895 evolution 895 phylogeny 895, 896 plant genetic resources 895 RAPD 444, 895 Tibet 896 fasciation Primula 582 fatty acid Cruciferae 536 Festuca arundinacea 620 infection by Acremonium 620 Festuca pratensis seed protein 425 seed storage 983 Finland plant genetic resources Avena sativa 7 Hordeum vulgare 8 Flaveria hybridization 28 photosynthesis 28 flavonoids Vicia 663 Vigna 474 flower Tulipa sylvestris 735 fluorimetry chlorophyll 383

foliar trichome Actinidia 350 food problem population explosion 414 Fragaria embryology 446 taxonomy 323 Fragaria chiloensis morphological characterization America 341 plant genetic resources America 341 RAPD 341 Fragaria virginiana morphological characterization America 341 plant genetic resources America 341 RAPD 341 France plant genetic resources Brassica oleracea 540 French Guiana plant genetic resources Theobroma cacao 450 fruit sugar Cucumis melo 862 Fusarium resistance in Gossypium hirsutum 972 Fusarium graminearum resistance in Roegneria 927 Fusarium oxysporum resistance in Lens culinaris 72 Gatersleben Central Institute of Genetics and Research in Cultivated Plants 1969–1983 726b gene flow crop-weed complex 669 gene transfer Beta vulgaris 769 breeding 579 Triticum aestivum 494, 771 genebank breeding 504 China 390 Oryza 248 Triticum 501 computer 109, 354, 421 documentation 354, 357 Antirrhinum 308

79 genebank (continued) GIS 353 Europe 485 evaluation 293 Hordeum 290 integrated 293 management 15, 109, 357, 421, 475, 892, 936 Aegilops 287 Agrostemma 306 Brassica 259 Brassica oleracea 356, 467 Coffea 197 Datura 326 Hordeum 290, 358 Lactuca 355 Secale Theobroma cacao 575 Vicia faba 589 pollination 258 reproduction 952 Brassica napus 183 Brassica rapa 183 Pennisetum glaucum 400 review 293 seed protein 587 genetic diversity AFLP Brassica napus 338 Brassica rapa 338 Capsicum 890 Hibiscus 367 Hordeum 892 Ipomoea batatas 214, 366, 964 Miscanthus 273 Oryza sativa 843 Passiflora 818 Pennisetum glaucum 132 Perilla frutescens 484 Phaseolus vulgaris 530 Phytolacca dodecandra 821 Pyrus 572 Triticum durum 370 Vigna 888 Africa plant genetic resources 198 Arachis hypogaea 838 breeding 175 cpDNA Vitaceae 748 Hevea 700 ISSR Castanea sativa 266

Hordeum vulgare subsp. spontaneum 877 Linum usitatissimum 937 Lolium perenne 254 Zea mays 60 ITS Allium 236 Citrullus 386 Ipomoea 366 Oryza sativa 1 Potamophila parviflora 1 Zizania palustris 1 morphological characterization Oryza sativa 957 LP-PCR Hordeum spontaneum 84 NTS Aegilops 68 Triticum 68 RAPD 117, 943 Aegilops 619 Aegilops geniculata 970 Agropyron 249 Allium cepa 343 Arachis 192 Bacopa monnieri 171 Beta 723 Boerhavia diffusa 833 Brassica oleracea France 540 Brassica oleracea ssp. oleracea 470 Brassica oleracea var. ramosa 962 Camellia sinensis 636 Capsicum annuum 471 Carica 392 Castanea sativa 266 Chenopodium 247 Citrullus colocynthis 499 Citrullus lanatus 499 Coffea 472 Coix 502 Colocasia esculenta 465 Cucumis 858 Cucumis melo 567 Cucumis sativus 364, 568 Cucurbita maxima 219 Cymbopogon nardus 827 Cynara cardunculus 846 Desmanthus 651 Dioscorea cayenensis/ D. rotundata 167 Diospyros kaki 52 Elymus 249, 974

80 genetic diversity (continued) RAPD Elymus alaskanus 967 Elymus fibrosus 184 Erianthus 591 Fagopyrum tataricum 444, 895, 896 Fragaria chiloensis 341 Fragaria virginiana 341 Glycine soja 831 Hedysarum 893 Hordeum 881 Hordeum spontaneum 69, 603, 629, 877 Hordeum vulgare 108, 163, 865 Hystrix 974 Ipomoea batatas 256, 385, 965 Italy 759 Lagenaria siceraria 173 Lathyrus 155 Lens 217 Linum 239 Linum usitatissimum 237, 238 Malus 976 Medicago polymorpha 919 Milicia 613 Musa 105 Narenga 591 Olea europaea 104 Oryza 543 Oryza sativa 637 Panax 545 Paspalum scrobiculatum 576 Pelargonium graveolens 282 Pennisetum purpureum 521 Phaseolus 380 Phaseolus coccineus 18 Phaseolus vulgaris 18, 245 Piper nigrum 698 Pistacia vera 59 Poa pratensis 394 Populus alba 759 Potamophila parviflora 935 Psathyrostachys juncea 933 Pyrus 572 Raphanus sativus 718 Saccharum 130, 591 Sclerostachya 591 Setaria 503 Solanum chaucha 156 Solanum phureja 255 Sorghum bicolor 51, 606 Thinopyrum 249

Triticum turgidum subsp. dicoccoides 878 Triticum dicoccon 61 Turkey 878 Vicia 695, 696 Vicia sativa 832 Vigna angularis 564 Vigna subterranea 544 Vigna vexillata 853 Vitis 268 RFLP Aegilops 257 Agrostis stolonifera 133 Arachis hypogaea 349 Brassica oleracea 182 Capsicum annuum 471 Carica 39 Glycine max 830 Olea europaea 104 Oryza 817 Petunia 398 Phaseolus lunatus 225, 513 Phytolacca dodecandra 821 Pyrus 369 Setaria italica 241 Solanum 374 Solanum melongena mitochondrial DNA 374 Triticum aestivum 348 Vicia 695 Vicia sativa 832 SBAP Cucurbita maxima 219 SINE Oryza 945 SSR Brassica oleracea ssp. oleracea 722 Hordeum 191 Phaseolus lunatus 510 Triticum 191 Triticum aestivum Libya 80 Triticum baeoticum 297 Triticum monococcum 297 Triticum urartu 297 Zea mays 60 genetic erosion 293 Albania 310 Italy 310, 535 Lens culinaris Italy 674

81 genetic erosion (continued) Oryza China 248 Oryza rufipogon Thailand 9 plant genetic resources 310 Psychotria ipecacuanha Brazil 622 Romania 872 genetics dwarfism Triticum 115 gliadin Triticum aestivum 557, 641 glutenin Triticum aestivum 641 hulled character Triticum aestivum var. tibetianum 148 leaf character Aegilops tauschii 947 Triticum 947 morphological character Brassica oleracea 417 Pisum seed protein 138 rachis Hordeum 453 Triticum aestivum var. tibetianum 147 seed protein Hordeum 828 symposium 1984 726a skin colour Allium cepa 274 sterility Hordeum vulgare 447 genome Amaranthus 632 Arachis hypogaea 837 Avena sativa 451 Hibiscus sect. Furcaria 938 synteny 328 Triticum 252 genomic in situ hybridization Allium 233 Georgia archaeological remains cultivated plants 794, 796 collecting mission 91, 92, 93, 94, 95, 96, 97, 98, 100 plant genetic resources Prunus 99

Germany plant genetic resources Federal Republic of Germany 166 German Democratic Republic Malus 223 germination Acacia nilotica 431 Allium 852 Chamaecrista rotundifolia 565 Cocos nucifera germplasm evaluation model-based adjustment 672 Ghana plant genetic resources Vitellaria paradoxa 520 gibberellic acid response Triticum 114 ginsenoside Panax 545 GIS genebank 353 gliadin Aegilops 129 Triticum 129, 405 Triticum aestivum 641, 754 genetics 557, 848 glucosinolate Brassica 913 globulin 688 Lathyrus 711 Lupinus 707, 763 America 977 Vicia faba 66, 586 Vigna unguiculata 611 Vigna vexillata 673 Xenopus oocytes 65 glutenin Aegilops comosa 744 Aegilops markgrafii 744 Aegilops umbellulata 744 genetics Triticum aestivum 641 Triticum 379 Triticum aestivum 754 Europe 275 Pakistan 875 Slovakia 276 Triticum baeoticum 743 Triticum monococcum 743 Triticum urartu 743

82 Glycine max isozyme Japan 359 phylogeny China 830 plant genetic resources Japan 359 RFLP China 830 seed oil 953 seed protein 240, 574, 953 seed storage 885 Glycine soja RAPD China 831 Glycyrrhiza hybridization 45 Gossypium evolution 123 Gossypium arboreum resistance to Pythium ultimum 856 resistance to Rhizoctonia solani 856 resistance to Thysanoptera 857 Gossypium herbaceum resistance to Pythium ultimum 856 resistance to Rhizoctonia solani 856 Gossypium hirsutum earliness 407 resistance to Fusarium 972 taxonomy 123 Gossypium lanceolatum taxonomy 123 GRACE editorial 684 Gramineae agronomical characterization China 136 apomixis 546, 547 crossability 548 hybridization 547, 548 leaf vein density photosynthesis 26 morphological characterization 941 plant genetic resources Portugal 150 stomatal frequency photosynthesis 26 turfgrass Italy 745 wild cereals conservation 602

Grebensˇcˇikov, Igor (1912–1986) obituary 774 growth form Lycopersicon esculentum 912

Hanelt, Peter retirement 322 Harlan, Jack R. (1917–1998) obituary 304 Hawkes, John G. octogenarius 302b Haynaldotriticum resistance to Puccinia striiformis 608 heat resistance in Triticum aestivum 351 Hedysarum plant genetic resources Tunisia 893 RAPD 893 Hedysarum coronarium morphological characterization 224 Helbaek, Hans (1907–1981) obituary 784 palaeoethnobotany 784 Helianthus annuus domestication 352 history of cultivated plants 352 Helminthosporium sativum resistance in Aegilops tauschii  Triticum turgidum 577 herbarium plant genetic resources St. Petersburg 525 Vicia sect. Narbonensis 87 herbicide test cover-grade estimation 496 heritability Zea mays 269 heterosis Zea mays 271 Heterodera ciceri resistance in Cicer 188 heterosis heritability Zea mays 271 Hevea ecogeography 700 genetic diversity 700 plant genetic resources 700 resistance 700

83 Hibiscus AFLP 367 morphological characterization 367 ploidy 367 Hibiscus sect. Furcaria genome 938 plant genetic resources 938 Hicksbeachia isozyme 40 Hippophae evolution 950 isozyme 950 history of cultivated plants Brassica oleracea Portugal 181 Cocos nucifera Mexico 978 Helianthus annuus 352 Hordeum vulgare Sardinia 49 Lactuca sativa 925 Mexico 670, 671 Romania 872 Solanum tuberosum 960 homologous series 328, 923 hordein Hordeum vulgare 48 Ethiopia 179 Spain 101 Hordeineae ecogeography Spain 757 plant genetic resources Spain 757 Hordeum breeding yield 229 chloroplast 187 database Europe 422 domestication 453 genebank 290 management 358 genetics rachis 453 isozyme 358, 403 karyology 448 male sterility 448 mutagenesis 605 phylogeny 881 rachis 453

resistance to barley mild mosaic virus 702 resistance to barley yellow mosaic virus 701, 702, 703, 704 resistance to Drechslera teres 701, 702 resistance to Erysiphe graminis 561 resistance to Macrosiphum avenae 251 resistance to Puccinia hordei 391, 701, 702, 926 seed protein genetics 828 SSR 191 Hordeum agriocrithon isozyme Tibet 426 morphological characterization Tibet 426 plant genetic resources Tibet 426 resistance 426 taxonomy 426 Hordeum chilense plant genetic resources Chile 886 Hordeum spontaneum ecogeography 518 genetic diversity 845 isozyme 459 LP-PCR 518 microscale selection 629 RAPD 69, 603 Israel 629 resistance to Erysiphe graminis 419, 420 Hordeum spontaneum  H. vulgare breeding 283 Hordeum subgen. Hordeum breeding system 290 pollination 290 Hordeum vulgare agronomical characterization 27, 48 China 868 Ethiopia 203 balanced tertiary trisomy 449 breeding system 264 core collection 516 Spain 368 domestication 459 ecogeography Ethiopia 203 evolution 108 history of cultivated plants Sardinia 49

84 Hordeum vulgare (continued) isozyme 459, 516 Bhutan 427 Ethiopia 179 Spain 101 malting enzyme activity Finland 8 morphological characterization 755 Ethiopia 410 phylogeny 108 plant genetic resources 865 Bhutan 427 China 868 Ethiopia 203, 464, 498 Finland 8 Morocco 162 Sardinia 49 pollination 264 RAPD 865 Morocco 108, 163 resistance to barley yellow mosaic virus 623 resistance to Erysiphe graminis 162 resistance China 868 seed protein 48, 163, 492, 755 China 868 Ethiopia 179 Finland 8 Spain 101 seedling root 32 semisterility genetics 447 stress mutagenesis 727 yield leaf thickness 25 Hordeum vulgare ssp. spontaneum resistance to Erysiphe graminis 194 ISSR Turkey 877 RAPD Turkey 877 host-parasite relations co-evolution 940 hulled character Triticum aestivum var. tibetianum genetics 148 Hungary breeding 902 plant genetic resources 363, 902

Hunziker, Armando T. (1919–2001) obituary 685 hybridization 342 Aegilops crassa  Triticum aestivum 110 Aegilops ovata  Triticum aestivum 110 Arachis 836 Avena 452, 456 Beta vulgaris 213 Brassica 116, 338, 417 Clematis 118 Cynara 750 Daucus carota 342 Flaveria 28 Glycyrrhiza 45 Gramineae 547, 548 Hystrix 973 Jatropha 697, 866 Kengyilia 969 Lolium 142 Meristotropis 45 Oryza 522, 592 Oryza glumaepatula 523, 593 Pachyrhizus ahipa  P. tuberosus 282 Phaseolus vulgaris 584 Roegneria 969 Secale cereale  Triticum China 650 Hymenoptera pollination genebank 258 Hystrix RAPD 974 Hystrix duthiei karyology 973 Hystrix duthiei  H. longearistata 973 Hystrix longearistata karyology 973 in situ conservation 293 Argyranthemum 228 Chamaecytisus proliferus Canary Islands 227 Coffea 197 Costa Rica 174 Cuba 209 Phaseolus lunatus Phaseolus vulgaris Italy 677 Theobroma cacao 575 Vitis rupestris USA 640 wild cereals 602

85 in vitro conservation Allium ampeloprasum 412 Allium cepa 412 Allium trifoliatum subsp. hirsutum 920 Coffea 197 in vitro cultivation cell culture 578 India collecting mission Cucumis sativus 860 Oryza sativa 638 core collection 720 Oryza officinalis plant genetic resources 396 plant genetic resources Cruciferae 196 Cucumis 823 Cucumis sativus 860 Oryza sativa 639 Sesamum indicum 106 introgression between Brassica napus and B. rapa 338 Ipomoea ITS 366 phylogeny 366, 385 Ipomoea batatas AFLP 964 Papua New Guinea 214 genetic diversity RAPD 256, 385, 965 phylogeny 366 Iraq collecting mission 327 iron-deficiency resistance in Cicer arietinum 75 isozyme Aegilops comosa 408 Aegilops tauschii 195 Aegilops umbellata 409 Aegilops uniaristata 408 Allium 529 Arachis 244 Arachis glabrata 528 Azadirachta indica 445 Beta 723 Brassica napus 183 Brassica oleracea 356, 467 Brassica oleracea ssp. oleracea 470 England 722 Brassica rapa 183

Carica 392 Centrosema 653 Chamaecytisus proliferus Canary Islands 227 Chenopodium India 247 cereals 131 Citrus medica 705 Cocos nucifera 979 Cucumis 858 Cucumis melo 205 Cucumis sativus 553 China 859 India 860 Curcuma alismatifolia 630 Cynara 751 Dioscorea alata 483 Dioscorea cayenensis/D. rotundata Benin 168, 563 Diospyros kaki 52 Elymus fibrosus 184 Fagopyrum cymosum 946 Fagopyrum esculentum ssp. ancestralis 614 Fagopyrum homotropicum 614 Glycine max Japan 359 Hicksbeachia 40 Hippophae 950 Hordeum 358, 403 Hordeum agriocrithon Tibet 426 Hordeum spontaneum 459 Hordeum vulgare 459, 516 Bhutan 427 Ethiopia 179 Spain 101 Lathyrus 81 Lathyrus sativus 152 Lens 217 Linum usitatissimum Sweden 537 Lolium 86, 142 Lolium multiflorum 621 Lolium perenne 347 France 143 Ireland 140 Lupinus 870 Macadamia 40 Malus domestica 375 Meconopsis Himalaya 867

86 isozyme (continued) Oryza latifolia 714 Oryza rufipogon Thailand 9 Passiflora 820 Phaseolus coccineus Spain 18 Phaseolus lunatus Costa Rica 539 Phaseolus vulgaris 581 Spain 18 Chile 634 Phoenix dactylifera Tunisia 761 Pisum 871 Pisum sativum 581 Roegneria 500 Roegneria kamoji 500 Secale 712 Secale vavilovii 554 Sesbania 911 Solanum chaucha 156 Solanum tuberosum Peru 715 Sorghum Morocco 189 Trifolium fragiferum Zea mays Argentina 668 Italian variety Triticum aestivum China 971 Italy breeding Trifolium repens 22 collecting mission 295, 311, 313, 321, 535, 655, 657, 658, 659, 660, 661 Gramineae 745 cultivated plants checklist 309, 314, 315, 316 ex situ conservation Phaseolus vulgaris 677 in situ conservation Phaseolus vulgaris 677 on farm conservation Lens culinaris 314, 599 Phaseolus 600 plant genetic resources Gramineae 745 Lens culinaris 674 Phaseolus 600

Phaseolus vulgaris 675 Pimpinella anisoides 312 Vigna unguiculata 601 Japan plant genetic resources Glycine max 359 Jatropha hybridization 697, 866 Jatropha curcas  J. gossypifolia Jatropha tanjorensis 697 Jatropha tanjorensis Jatropha curcas  J. gossypifolia 697 Juglans regia morphological characterization 844 plant genetic resources Slovenia 844 Juniperus wood 582 karyology Aegilops geniculata 468 Aegilops neglecta 43 Allium 178, 233, 236 Allium ampeloprasum Pearl-Onion Group 335 Allium cepa 343 Amaranthus 632 Avena 452 Avena insularis 388, 456, 460 Avena magna 388 Avena murphyi 388, 456 Avena strigosa 456 Beta 395 Brassica 417 Cajanus cajan 616 Capsicum buforum 889 Capsicum lanceolatum 889 Cicer arietinum 243 Cicer songaricum 615 computer 113 Crambe abyssinica 929 Crambe glabrata 929 Crambe hispanica 929 Cucumis sativus 145 Dasypyrum breviaristatum 617 Dioscorea 246 Hordeum 448 Hystrix duthiei 973 Hystrix longearistata 973 Kengyilia gobicola 969 Kengyilia mutica 968

87 karyology (continued) Kengyilia zhaosuensis 969 Lactuca 190 Lens culinaris ssp. orientalis 457 Malus 816 Nicotiana wuttkei 473 Oryza 522 Oryza glumaepatula 523 Poa pratensis 277 Trifolium medium 880 Triticum 770 Triticum aestivum subsp. spelta 469 Vicia angustifolia Brazil 932 Vicia articulata 463 Vicia benghalensis 676 Vicia cordata Brazil 932 Vicia faba chromosome mutation 778 Vicia sativa Brazil 932 Vicia sect. Faba 664 Vigna 679 Zea mays 604 Kengyilia hybridization 969 Kengyilia batalinii var. nana karyology 969 Kengyilia gobicola karyology 969 Kengyilia mutica karyology 968 Kengyilia zhaosuensis karyology 969 Korea collecting mission 294, 318, 330, 418 cultivated plants checklist 53, 299, 324, 325, 360, 361 plant genetic resources Camellia sinensis 636 Ku¨hn, Frantisˇek (1931–1995) obituary 303b Kulpa, Władysław (1923–1984) obituary 263 ‘Kulturpflanze’/‘GRACE’ editorial 684 Labiatae cultivated plants 682 taxonomy 682

Lablab purpureus agronomical characterization 652 core collection 652 morphological characterization 652 Lactuca DNA content 190 ecogeography Europe 479 genebank management 355 karyology 190 resistance to Erysiphe cichoracearum 478 Lactuca sativa centre of origin 925 domestication 925 history of cultivated plants 925 seed protein 924 Lagenaria siceraria evolution 173 RAPD 173 landraces cereals Austria 767 symposium 1980 334 Laos plant genetic resources Oryza 35, 36 Larix wood 582 Lathyrus isozyme 81 ODAP 267 phylogeny 81 plant genetic resources 740 RAPD 155 seed protein 267, 710 seed weight 267 Lathyrus sativus isozyme 152 morphological characterization Ethiopia 874 seed protein 709, 711 leaf Aegilops tauschii 947 Triticum 947 Vitis vinifera 887 leaf thickness Hordeum vulgare 25 Phaseolus vulgaris 598 leaf size Trifolium subterraneum 645

88 leaf vein density photosynthesis Gramineae 26 Lebanon plant genetic resources Amygdalus 876 lectin cereals 667 genes Triticum aestivum 864 Aegilops umbellata 864 legumin Vicia faba 4, 365, 585, 628 Leguminosae agronomical characterization China 136 morphological characterization 941 nitrogen fixation 706 pericarp 588 plant genetic resources Portugal 150 Spain 488, 489 Turkey 88 seed protein 772 Lehmann, Christian O. (1926–1992) obituary 301 Lens isozyme 217 morphological characterization wild species 218 plant genetic resources 218, 740 RAPD 217 resistance to Ascochyta fabae 71 resistance to winter cold 284 Lens culinaris agronomical characterization 76, 897 Spain 476 B-toxicity 951 centre of origin 454 core collection 897 ecogeography Spain 476 genetic erosion Italy 674 morphological characterization 826, 897 Spain 476 plant genetic resources Ethiopia 76 Italy 674

resistance to Ascochyta lentis 595 resistance to Fusarium oxysporum 72 Lens ervoides plant genetic resources Ethiopia 458 Lens orientalis crossability 457 karyology 457 origin of Lens culinaris 454 Leptotarsa decemlineata resistance in Solanum chacoense 747 Libya collecting mission 10, 490, 665 cultivated plants checklist 317, 320 Linosa cultivated plants checklist 314 Linum RAPD 239 Linum usitatissimum domestication 185 isozyme Sweden 537 ISSR 937 RAPD 237, 238 Liriomyza cicerina resistance in Cicer 842 Lolium hybridization 142 isozyme 86, 142 morphological characterization 83, 85 phenology 142 taxonomy 83 Lolium multiflorum isozyme Spain 621 morphological characterization 621 resistance to salinity 17 Lolium perenne core collection 141 ecology Ireland 140 isozyme 347 France 143 Ireland 140 ISSR Tunesia 254 seed protein 425

89 Lophopyrum elongatum resistance to Puccinia striiformis 949 Lupinus alkaloids 870 isozyme 870 seed protein 707, 763 America 977 taxonomy 870 Lupinus albus plant genetic resources Egypt 153, 154 Lupinus anatolicus sp. nov. 870 Lupinus angustifolius morphological characterization Aegean region 157 plant genetic resources Aegean region 157 Lycopersicon tissue culture 423 Lycopersicon esculentum growth form 912 mutant chloronerva chloroplast 5 resistance to Pseudomonas solanacearum 261 lysine Hordeum vulgare 492 Triticum 491 Triticum aestivum 779 Triticosecale 491 Macadamia isozyme 40 plant genetic resources 40 Macrosiphum avenae resistance in Hordeum 251 Makaronesia plant genetic resources Argyranthemum 228 male sterility Allium cepa 343 Hordeum 448 malting enzyme activity Hordeum vulgare Finland 8 Malus breeding 222 evaluation 222 karyology 816 phylogeny 976

plant genetic resources China 975 German Democratic Republic 223 RAPD 976 resistance 222 Malus domestica isozyme 375 Mammalia mutagen chemical 121 mutagenesis 121 manganese resistance in Zea mays 415 Manihot evolution 596 plant genetic resources Brazil 596 taxonomy 596 Manihot esculenta domestication 14 plant genetic resources South America 14 resistance to African cassava mosaic virus 226 resistance to Colletotrichum gloeosporioides 226 resistance to Xanthomonas campestris 226 taxonomy 14 Mansfeld, Rudolf (1901–1960) obituary 683 Mascarene Islands plant genetic resources Coffea 197 Matthiola incana resistance to Pseudomonas campestris 199 Mayetiola destructor resistance in Aegilops 200 resistance in Triticum turgidum 117 Meconopsis isozyme Himalaya 867 Medicago arborea morphological characterization 262 Medicago citrina morphological characterization 262 Medicago polymorpha breeding system 919 RAPD 919 Medicago ruthenica plant genetic resources China 135

90 Medicago sativa agronomical characterization China 135 resistance to salinity 13 Medicago strasseri morphological characterization 262 Mediterranean centre of diversity 654 Melanagromyza obtusa resistance in Cajanus cajan 824 Meloidogyne resistance in Trifolium 429, 430 Meloidogyne javanica resistance in Arachis 825 Meristotropis hybridization 45 methionine Vicia faba 336 Mexico ethnobotany 670, 671 history of cultivated plants 670, 671 Cocos nucifera 978 plant genetic resources Amaranthus 538 condiment 671 Phaseolus vulgaris 2 Stenocereus gummosus 495 vegetable 670 Zea mays on-farm conservation 79 microsporogenesis Asparagus 134 Milicia RAPD 613 Miscanthus AFLP 273 Mongolia collecting mission Allium 333, 687 plant genetic resources Allium 333, 687, 765 monophyly cultivated plants Southwest Asia 982 Morocco plant genetic resources Hordeum vulgare 162 Phoenix dactylifera 201 morphine Papaver somniferum 54

morphological characterization Abelmoschus caillei Nigeria 42 Actinidia foliar trichome 350 Aegilops Bulgaria 954 Aegilops tauschii 195 Aegilops umbellata 409 Amygdalus Lebanon 876 Arachis hypogaea 903 Malawi 904 Avena magna 451 Avena murphyi 451 Avena sativa 451 Azadirachta indica 445 Beta vulgaris Italy 497 Brassica carinata Ethiopia 11 Catharanthus roseus 566 Ceratonia siliqua Italy 758 Citrullus lanatus Namibia 531 Cocos nucifera fruit 44, 907 Mexico 981 Coffea arabica 571 Crambe 929 Cucurbita pepo 406 seed 635 Dioscorea alata 483 Dioscorea cayenensis/D. rotundata Benin 169 Eragrostis tef Ethiopia 411 Fragaria chiloensis 341 Fragaria virginiana 341 Gramineae 941 Hedysarum coronarium 224 Hibiscus 367 Hordeum agriocrithon Tibet 426 Hordeum vulgare 755 Ethiopia 410 Juglans regia 844 Lablab purpureus 652 Lathyrus sativus Ethiopia 874

91 morphological characterization (continued) Leguminosae 941 Lens wild species 218 Lens culinaris 826, 897 Spain 476 Lolium 83, 85 Lolium multiflorum 621 Lupinus angustifolius Aegean region 157 Medicago arborea 262 Medicago citrina 262 Medicago strasseri 262 Musa 625 Ornithogalum 514 Oryza glumaepatula 397 Oryza nivara 397 Oryza officinalis 396 Oryza rufipogon 397 Oryza sativa Costa Rica 955 Yunnan 957 Pachyrhizus tuberosus 879 Papaver somniferum 781 Phaseolus lunatus 508 Phaseolus vulgaris 372 seed 74, 742 Phoenix dactylifera Morocco 201 Punica granatum fruit 542 Raphanus sativus Pakistan 718 Sesamum indicum India 106 Sesbania 910 Setaria italica China 505 Sorghum Morocco 189 Sorghum bicolor Ethiopia 50 India 38 Theobroma cacao 575 flower 450 Trifolium Poland 128 Turkey 84 Trifolium repens 382 Trifolium subterraneum Sardinia 646 Triticum aestivum Rhodes 959

Pistacia Turkey 399 Vicia 666 Vicia faba 159, 689 Afghanistan 690 Ethiopia 690 Spain 869 Vigna radiata India 106 Vigna unguiculata 662 seed 601 Vitellaria paradoxa Ghana 520 Vitis vinifera phyllometry 887 Zea mays Italy 524 Spain 753 Uruguay 534 Mougeotia algae 736 mozambioside Coffea 23 Musa double-bunch Nigeria 609 morphological characterization 625 RAPD India 105 taxonomy 625 Musa acuminata domestication 482 phylogeny 482 mutagen chemical Mammalia 121 mutagenesis Hordeum 605 Mammalia 121 stress Hordeum vulgare 727 Vicia faba 727 Vicia faba 605 mutant isolation cell culture 578

Narenga RAPD 591 Netherlands plant genetic resources Daucus carota 119

92 Nicotiana wuttkei karyology 473 nicotianamine Lycopersicon esculentum mutant chloronerva 5 Nigeria plant genetic resources Abelmoschus caillei 42 Vigna subterranea 612 Vigna unguiculata 899, 900 nitrogen fixation Acacia nilotica 82 Leguminosae 706 nitrogen determination in plants 773 metabolism photosynthesis 31 Nover, Ilse (1915–1985) obituary 487 numerical taxonomy Aegilops 791 cultivated plants 813 Pisum 812 Pisum sativum 560 Triticum 791, 812 Sicily 693 Triticum aestivum 779 nutrient elements Phaseolus vulgaris 371

obituary Ku¨hn, Frantisˇek (1931–1995) 303 Grebensˇcˇikov, Igor (1912–1986) 774 Helbaek, Hans (1907–1981) 784 Hunziker, Armando T. (1919–2001) 685 Harlan, Jack R. (1917–1998) 304 Kulpa, Władysław (1923–1984) 263 Lehmann, Christian O. (1926–1992) 301 Nover, Ilse (1915–1985) 487 Mansfeld, Rudolf (1901–1960) 683 Stubbe, Hans (1902–1989) 111, 172, 559 Oceania plant genetic resources Cocos nucifera 44 oil content Cruciferae 536 Olea europaea RAPD 104 RFLP 104

Oman Triticum 16 on farm conservation Italy 314, 599 Phaseolus Italy 600 plant genetic resources 549, 961 Zea mays 79 Italy 524 Ornithogalum breeding 514 morphological characterization 514 plant genetic resources South Africa 514 Orychophragmus violaceus plant genetic resources China 526 Oryza ethnobotany 248 genetic erosion China 248 hybridization 522, 592, 593 karyology 522 plant genetic resources China 248 Costa Rica 955 Laos 36 RAPD 543 RFLP 817 SINE 945 Oryza glumaepatula hybridization 523 karyology 523 morphological characterization 397 Oryza latifolia isozyme Costa Rica 714 Oryza longiglumis taxonomy 594 Oryza nivara morphological characterization 397 origin of Oryza sativa 945 Oryza officinalis morphological characterization 396 plant genetic resources India 396 Oryza ridleyi taxonomy 594 Oryza rufipogon plant genetic resources Thailand 9

93 Oryza rufipogon (continued) genetic erosion Thailand 9 isozyme Thailand 9 morphological characterization 397 origin of Oryza sativa 945 Oryza sativa AFLP 843 core collection China 506 crossability 618 ecogeography 957 evolution origin 945 ITS 1 morphological characterization Yunnan 957 plant genetic resources Bangladesh 637 India 638, 639 Laos 35 RAPD Bangladesh 637 seed storage 401 Pachyrhizus ahipa plant genetic resources Bolivia 624 Pachyrhizus ahipa  P. tuberosus 282 Pachyrhizus tuberosus morphological characterization 879 palaeoethnobotany 793 Helbaek Hans 784 literature review 79, 780, 782, 783, 785, 786, 787, 788, 790, 792, 795, 797, 798 Panax ginsenosides 545 RAPD 545 Papaver somniferum alkaloids India 699 archaeological remains 781 morphine Asia 54 centre of origin 781 morphological characterization 781 seed coat 234 seed oil 55 taxonomy 288 Paspalum DNA content 387

Paspalum scrobiculatum RAPD 576 Passiflora AFLP 818 distribution 819 ecology 819 isozyme variation 820 patent bibliography 1989 930 Pelargonium graveolens RAPD 282 volatile oil 282 Pennisetum wild species resistance 402 Pennisetum glaucum AFLP Nigeria 132 agronomical characterization Central African Republic 724 plant genetic resources Cameroon 37 Central African Republic 724 seed quality 400 Pennisetum purpureum RAPD 521 pericarp Leguminosae 588 Perilla frutescens AFLP 484 Peronospora viciae resistance in Vicia narbonensis 6 resistance in Vicia sativa 6 Peru Solanum tuberosum plant genetic resources 715 Petunia phylogeny 398 RFLP 398 phaseolin Phaseolus lunatus 508, 509, 908 Phaseolus vulgaris 112 Andes 74 Chile 634 East Asia 512 Mexico 511 Portugal 742 Phaseolus on farm conservation Italy 600 phylogeny 380

94 Phaseolus (continued) plant genetic resources Costa Rica 915 RFLP 380 Phaseolus coccineus isozyme Spain 18 RAPD Spain 18 seed protein Spain 18 Phaseolus lunatus plant genetic resources Costa Rica 908 breeding system 174, 539 centre of diversity 508, centre of origin 762 evolution 509 in situ conservation Costa Rica 174 isozyme Costa Rica 539 morphological characterization 508 RFLP 225, 513 seed protein 508, 509, 513, 908 SSR 510 Phaseolus vulgaris 74 AFLP Brazil 530 centre of diversity 512 centre of origin 372 ex situ conservation Italy 677 hybridization 584 in situ conservation Italy 677 isozyme 581 Chile 634 Spain 18 morphological characterization 372 Portugal 742 seed 74 nutrient elements 371 phenology 30 plant genetic resources Andes 74 Chile 634 Italy 675 Mexico 2 RAPD Argentina 245

Spain 18 resistance 371 resistance to cold 30 resistance to drought 598 resistance to Zabrotes subfasciatus 2 seed protein 112, 371, 372, 742, 850 Andes 74 Chile 634 East Asia 512 Italy 678 Mexico 2, 511 Spain 18 seed storage 885 wild-weed-crop complex 74 phenology Argania spinosa 58 Lolium 142 Phaseolus vulgaris 30 Phoenix dactylifera isozyme Tunisia 761 morphological characterization Morocco 201 plant genetic resources Morocco 201 photoperiod Zea mays 265 photosynthesis chloroplast thylakoid membrane 3, 777 C3–C4 intermediate pathway 29, 33, 648 Flaveria 28 C3-pathway 29 CO2-compensation concentration 648 Flaveria 28 C4-pathway 29 CO2 compensation concentration 33, 648 evolution 29 Flaveria 28 carbon isotope discrimination 649 Flaveria 28 nitrogen metabolism 31 regulation 70 Vicia faba 232 phylogeny Actinidia 350 Artocarpus altilis 482 Cajanus cajan 389 Carica 39, 392 Citrullus 386

95 phylogeny (continued) Colocasia esculenta 482 Cucumis 858 Dioscorea alata 482 Fagopyrum 614, 946 Fagopyrum tataricum 895, 896 Glycine max 830 Hordeum 881 Hordeum vulgare 108 Ipomoea 366, 385 Ipomoea batatas 366 Lathyrus 81 Malus 976 Musa acuminata 482 Petunia 398 Phaseolus 380 Potamophila parviflora 1 Saccharum robustum 482 Solanum chaucha 156 Triticum aestivum subsp. spelta Vicia 695 Vigna 847, 888 Phytolacca dodecandra AFLP Ethiopia 821 RAPD Ethiopia 821 Phytophthora infestans resistance in Solanum 126 phytosiderophore release Triticum aestivum 963 Pimpinella anisoides plant genetic resources Italy 312 Piper nigrum genetic diversity RAPD 698 Pistacia morphological characterization Turkey 399 plant genetic resources Turkey 399 Pistacia vera RAPD Turkmenistan 59 Pisum isozyme 871 numerical taxonomy 812 seed protein 708, 721 genetics 138 Pisum sativum core collection 551

isozyme 581 numerical taxonomy 560 seed protein 158 plant genetic resources 486 Aegean region Lupinus angustifolius 157 Aegilops tauschii  Triticum turgidum 577 Africa Cucumis melo 567 Allium ampeloprasum Pearl-Onion Group 335 Allium cepa West Africa 752 Alps 768 America Fragaria virginiana 341 Fragaria chiloensis 341 Solanum sect. Petota 346 Andes Phaseolus vulgaris 74 Antirrhinum 308 Australia Potamophila parviflora 935 Austria cereals 767 Bangladesh Oryza sativa 637 Benin Dioscorea 562 Dioscorea cayenensis/D. rotundata 167, 169 Bhutan Hordeum vulgare 427 Bolivia Pachyrhizus ahipa 624 Brazil Arachis 103 Citrullus lanatus 746 Manihot 596 Psychotria ipecacuanha 622 Bulgaria field crops 855 legumes 647 Cameroon Dioscorea cayenensis/D. rotundata 563 Pennisetum glaucum 37 Cannabis 555 Central African Republic Pennisetum glaucum 724 Central America Manihot 596 Chile Hordeum chilense 886

96 plant genetic resources (continued) Phaseolus vulgaris 634 China 390, 504, 958 Boehmeria nivea 517 Cucumis sativus 859 Fagopyrum 614 Gramineae 136 Hordeum vulgare 868 Leguminosae 136 Malus 975 Medicago ruthenica 135 Orychophragmus violaceus 526 Oryza 248 Sesamum 966 Setaria italica 505 Cicer 740, 836 Cocos Island Cocos nucifera 477 Coffea Mascarene Islands 197 Colombia 580 conservation 293, 550 core collection 607 Costa Rica Oryza 955 Phaseolus 915 Phaseolus lunatus 908 Cuba 207, 209, 210, 211, 212 checklist 296 conuco 208, 209 Cucumis sativus 553 Czechoslovakia 63, 285, 440, 441, 442 Avena sativa 438, 439 Secale cereale var. multicaule 439 Setaria italica 439 Triticum 63 Egypt Lupinus albus 154 Ethiopia Brassica carinata 11 Cicer arietinum 19 Ensete ventricosum 883 Eragrostis tef 47, 873 Hordeum vulgare 203, 410, 464, 498 Lens culinaris 76 Lens ervoides 458 Triticum durum 642 Triticum turgidum 78 ethnobotany 124 Europe 485 Prunus 956

evaluation data 672 Fagopyrum tataricum 895 Finland Avena sativa 7 Hordeum vulgare 8 France Brassica oleracea 540 French Guiana Theobroma cacao 450 genetic erosion 310 Georgia 91, 92, 93, 94, 95, 96, 97, 98, 100 Prunus 99 German Democratic Republic Malus 223 Germany Federal Republic of Germany 166 German Democratic Republic Malus 223 Ghana Vitellaria paradoxa 520 Hevea 700 Hibiscus sect. Furcaria 938 Hordeum vulgare 865 Hungary 363, 902 India Canavalia gladiata 905 Cruciferae 196 Cucumis 823 Cucumis sativus 860 Oryza officinalis 396 Oryza sativa 638, 639 Sesamum indicum 106 Iraq 327 information system 253 Italy 295; 311, 313, 321, 535, 599, 655, 658 659, 660, 661 checklist 309, 314, 315, 316, 657 Gramineae 745 Lens culinaris 674 Phaseolus 600 Phaseolus vulgaris 675 Pimpinella anisoides 312 Triticum dicoccon 319 Triticum monococcum 319 Vigna unguiculata 601 Japan Glycine max 359 Korea 294, 330, 318, 418 Camellia sinensis 636 checklist 53, 299, 324, 325, 360, 361

97 plant genetic resources (continued) Laos Oryza 36 Oryza sativa 35 Lathyrus 740 Lebanon Amygdalus 876 Lens 218, 740 Libya 10, 490, 665 checklist 206, 317, 320 Egypt Lupinus albus 153 Macadamia 40 Makaronesia Argyranthemum 228 Mexico Amaranthus 538 condiment 671 Phaseolus vulgaris 2 Stenocereus gummosus 495 vegetable 670 Mongolia Allium 333, 687, 765 Morocco Hordeum vulgare 162 Phoenix dactylifera 201 neglected and underutilized crops 293 Netherlands Daucus carota 119 Nigeria Abelmoschus caillei 42 Vigna unguiculata 899, 900 Oceania Cocos nucifera 44 on farm conservation 549, 961 Peru Solanum tuberosum 715 Poland 292, 300, 332, 443 Portugal Brassica oleracea 181 Phaseolus vulgaris 742 review 293, 692 Romania genetic erosion 872 Sardinia Hordeum vulgare 49 Vicia articulata 463 Secale 436, 570 Sicily Avena 452 Beta vulgaris 497 Triticum 656, 693

Slovenia Juglans regia 844 Solanum tuberosum 884 South Africa Ornithogalum 514 South America Manihot esculenta 14 Southwest Asia 982 Trifolium repens 137 Spain Aegilops 756 Cucumis melo 205 Dactylis 507 Hordeineae 757 Leguminosae 488, 489 Prunus 922 Tadzhikistan Allium 235 taxonomy 331 Thailand Oryza rufipogon 9 Tibet Hordeum agriocrithon 426 Triticum aestivum 934 Triticeae China 944 Triticum Czechoslovakia 298 China 501 Poland 298 Triticum durum 643 Tunisia Hedysarum 893 Punica granatum 542 Stipa lagascae 918 Turkey legumes 88 Pistacia 399 Prunus armeniaca 57 Triticum durum 164, 165 USSR Avena 519 Uzbekistan 686 Artemisia 416 Chenopodiaceae 416 valuation 124 Vicia 740 Vicia faba 462, 689 Vigna subterranea Nigeria 612 Vigna unguiculata 633, 662

98 plant genetic resources (continued) Western Europe Brassica oleracea ssp. oleracea 470 Yunnan Oryza sativa 957 ploidy Hibiscus 367 Poa pratensis agronomical characterization 394 apomixis 278 embryology, karyology 277 RAPD 394 resistance to Drechsleria poae 161 Poland collecting mission 22, 300, 332, 337, 443 Gramineae/Leguminosae 149 plant genetic resources 443 Triticum 298 pollen Aegilops 432 Triticum 432 pollination Aegilops tauschii 286 Dimorphotheca pluvialis 362 genebank 258 Hordeum subgen. Hordeum 290 Hordeum vulgare 264 polyphyly cultivated plants Southwest Asia 982 population explosion food problem 414 Populus alba RAPD Portugal collecting mission Gramineae/Leguminosae 150 history of cultivated plants Brassica oleracea 181 plant genetic resources Gramineae 150 Leguminosae 150 Phaseolus vulgaris 742 Brassica oleracea 181 Potamophila parviflora apomixis 935 ITS Australia 1 phylogeny 1

plant genetic resources Australia 1 RAPD 935 Potentilla taxonomy 323 pre-breeding Pachyrhizus ahipa  P. tuberosus 282 Primula fasciation 582 prolamine Dactylis glomerata 425 Festuca pratensis 425 Lolium perenne 425 Prosopis chilensis seed oil 466 seed protein 466 protein determination in plants 773 Protomyces macrosporus resistance in Coriandrum sativum 840 protoplast culture Solanum tuberosum 815 Prunus plant genetic resources Europe 956 Georgia 99 Spain 922 Prunus armeniaca plant genetic resources Turkey 57 Prunus avium RFLP 631 Prunus domestica evaluation 99 Psathyrostachys juncea RAPD 933 Pseudocercosporella herpotrichoides resistance in Aegilops 280 resistance in Triticum 220 Pseudomonas campestris resistance in Matthiola incana 199 Pseudomonas solanacearum resistance in Lycopersicon esculentum 261 Pseudomonas syringae resistance in Cucumis 437 Psychotria ipecacuanha genetic erosion Brazil 622 Puccinia arachidis resistance in Arachis duranensis 839

99 Puccinia hordei resistance in barley 926 resistance in Hordeum 391, 701, 702 Puccinia recondita resistance in Aegilops 230 resistance in Aegilops tauschii 46 Puccinia striiformis resistance in Aegilops tauschii 948 resistance in Haynaldotriticum 608 resistance in Triticosecale 608 resistance in Triticum 608 Punica granatum morphological characterization fruit 542 plant genetic resources Tunisia 542 Pyrus AFLP 572 RAPD 572 RFLP East Asia 369 Pythium ultimum resistance in Gossypium arboreum 856 resistance in Gossypium herbaceum 856 QTL Triticum free-thrashing 835 rachis Hordeum 453 Triticum aestivum var. tibetianum 147 Raphanus taxonomy 681 Raphanus sativus morphological characterization Pakistan 718 RAPD Pakistan 718 resistance Aegilops 291, 954 Aegilops to Erysiphe graminis 906 Aegilops to Pseudocercosporella herpotrichoides 280 Aegilops to Puccinia 906 Aegilops to Puccinia recondita 906 Aegilops to Septoria nodorum 906 Arachis wild species 402

Arachis to Meloidogyne javanica 825 Cajanus wild species 402 Cajanus cajan to Melanagromyza obtusa 824 Cajanus cajan to Tanaostigmodes cajaninae 824 Cicer 836 wild species 402 Cicer arietinum to drought tolerance 19 Coriandrum sativum to Protomyces macrosporus 840 cultivated plants to virus 493 Gossypium arboreum to Thysanoptera 857 Gramineae turfgrass 745 Haynaldotriticum to Puccinia striiformis 608 Hevea 700 Hordeum to barley mosaic virus 701 Hordeum to barley yellow mosaic virus 703, 704 Hordeum to Drechslera teres 701 Hordeum to Puccinia hordei 701 Hordeum to Puccinia hordei 926 Hordeum agriocrithon 426 Hordeum vulgare China 868 Hordeum vulgare to Erysiphe graminis 162, 561 Hordeum vulgare ssp. spontaneum to Erysiphe graminis 194 Lens to cold 284 Lens culinaris to boron 951 Lophopyrum elongatum to Puccinia striiformis 949 Malus 222 Manihot esculenta to African cassava mosaic virus 226 Manihot esculenta to Colletotrichum gloeosporioides 226 Manihot esculenta to Xanthomonas campestris 226 Medicago sativa to salinity 13 Pennisetum wild species 402 Phaseolus vulgaris 371 to cold 30 Phaseolus vulgaris to drought 598 Poa pratensis to Drechsleria poae 161 Solanum chacoense to Leptotarsa decemlineata 747

100 resistance (continued) Solanum sect. Petota 346 Solanum to Phytophthora infestans Sorghum wild species 402 Triticum aestivum to Bipolaris sorokiniana 144 Triticum aestivum to Fe-deficiency chlorosis 963 Triticum aestivum to Puccinia striiformis 949 to salinity 381 Triticum durum to drought 643 to environmental stress 165 Triticum to Cercosporella herpotrichoides 231 Triticum to Puccinia striiformis 608 Triticosecale to Puccinia striiformis 608 Zea mays to aluminium 415 Zea mays to manganese 415 Rhizoctonia solani resistance in Gossypium arboreum 856 resistance in Gossypium herbaceum 856 Rhopalosiphum padi 251 resistance in Hordeum risk of loss analysis Sorghum Ethiopia 898 RNA replication plant virus 494 Roegneria hybridization 969 isozyme 500 resistance to Fusarium graminearum 927 Roegneria kamoji isozyme 500 Romania plant genetic resources genetic erosion 872 rooting Azadirachta indica 713 Dalbergia sissoo 713 Saccharum RAPD 591 agronomical characterization 590 RAPD 130 Saccharum officinarum core collection 56 Saccharum robustum domestication 482 phylogeny 482 salinity resistance in Lolium multiflorum 17 resistance in Medicago sativa 13

resistance in Triticum aestivum 381 resistance in Triticum durum 760 Sardinia plant genetic resources Hordeum vulgare 49 Vicia articulata 463 Sclerostachya RAPD 591 Secale breeding system 329 genebank management 329 isoenzyme 712 plant genetic resources 436, 570 seed protein 436 taxonomy 329 Secale cereale resistance to aluminium 680 seed protein 829 seed storage 851 Secale cereale  Triticum China 650 Secale cereale var. multicaule plant genetic resources Czechoslovakia 439 Secale vavilovii isozyme 554 secalin Secale cereale 829 seed Azadirachta indica 445 Brassica glucosinolate 913 Cucurbita pepo 635 germination Eruca vesicaria 916 Stipa lagascae Tunisia 917, 918 seed coat Allium 433, 434, 435 Papaver somniferum 234 seed colour Triticum turgidum Ethiopia 78 seed dormancy Eruca vesicaria 916 seed meal Carthamus tinctorius 393 seed oil Arachis duranensis 839 Arachis hypogaea 339, 340 Brassica 914

101 seed oil (continued) Carthamus tinctorius 393 Glycine max 953 Papaver somniferum 55 Prosopis chilensis 466 seed protein 688 Aegilops 129 Aegilops comosa 744 Aegilops markgrafii 744 Aegilops umbellulata 744 Agrostemma githago 102, 424 Arachis duranensis 839 Arachis pintoi Brazil 103 Arachis repens Brazil 103 Avena sativa Finland 7 breeding 587 Cajanus cajan 389 Capsicum annuum 24, 610 Capsicum frutescens 610 Celosia 597 cereals breeding 774 Dactylis glomerata 425 Festuca pratensis 425 genebank 587 genetics Triticum 250 Glycine max 240, 574, 953 Hordeum genetics 828 Hordeum vulgare 48, 163, 492, 755 China 868 Ethiopia 179 Finland 8 Spain 101 Lathyrus 710 Lathyrus sativus 709 Lactuca sativa 711, 924 Leguminosae 772 Lolium perenne 425 Lupinus 707, 763 America 977 Phaseolus coccineus Spain 18 Phaseolus lunatus 508, 509, 513, 908 Phaseolus vulgaris 112, 371, 372, 850 Andes 74 Chile 634

East Asia 512 Italy 678 Mexico 2, 511 Portugal 742 Spain 18 Pisum 708, 721 genetics 138 Pisum sativum 158 Prosopis chilensis 466 Secale 436 Secale cereale 829 Solanum 404 Solanum melongena 404 synthesis 831 Agrostemma githago 424 Triticosecale 491 Triticum 64, 129, 379, 405, 462, 491, 641 Triticum aestivum 120, 557, 725, 754, 779, 848, 934 Europe 275 gliadin 754 Pakistan 875 Slovakia 276 Triticum baeoticum 743 Triticum durum 644 Triticum monococcum 743 Triticum urartu 743 Vicia 696 Vicia articulata 463 Vicia benghalensis 676 Viciafaba 66, 336, 365, 462, 574, 585, 586, 628, 939 Vicia sect. Faba 664 Vigna subterranea Nigeria 612 Vigna unguiculata 611 Vigna vexillata 673 Zea mays 20, 216, 272, 909, Nigeria 12 seed quality Pennisetum glaucum 400 seed storage Acremonium 620 Avena sativa 861 Festuca pratensis 983 Glycine max 88 Oryza sativa 401 Phaseolus vulgaris 885 Secale cereale 851 seed weight Vicia faba 462 seedling growth Aegilops speltoides 139

102 seedling root Hordeum vulgare 32 self-incompatibility Beta 125 semisterility Hordeum vulgare genetics 447 Septoria nodorum resistance in Aegilops 230 Sesamum core collection China 966 evolution 73 plant genetic resources China 966 Sesamum indicum morphological characterization India 106 plant genetic resources India 106 Sesbania agronomical characterization 910 isozyme 911 morphological characterization 910 Setaria RAPD 503 Setaria italica morphological characterization China 505 plant genetic resources China 505 Czechoslovakia 439 RFLP 241 shifting cultivation Czechoslovakia 439 Sicily plant genetic resources Avena 452 Beta vulgaris 497 Triticum 656, 693 Slovenia plant genetic resources Juglans regia 844 Solanum hybridization 373 RAPD 177 seed protein 404 resistance to Phytophthora infestans 126 RFLP 374

Solanum chacoense alkaloid 747 resistance to Leptotarsa decemlineata 747 Solanum chaucha isozyme 156 phylogeny 156 RAPD 156 Solanum kurtzianum  S. maglia 373 crossability 719 Solanum melongena mitochondrial DNA RFLP 374 Solanum phureja RAPD 255 Solanum ruiz-lealii crossability 719 Solanum sect. Petota biosystematics 344 breeding 344 centre of diversity 345 centre of origin 126 domestication 345 evolution 344, 345 plant genetic resources America 346 resistance 346 taxonomy 344, 345, 854 Solanum tuberosum breeding 884 centre of diversity 715 evolution 715 history of cultivated plants 960 isozyme Peru 715 plant genetic resources 884 Peru 715 protoplast culture 815 somaclonal variation 815 somatic hybridization 815 Solanum tuberosum spp. tuberosum crossability 719 somaclonal variation Solanum tuberosum 815 somatic hybridization cell culture 578 Solanum tuberosum 815 Sorghum risk of loss analysis Ethiopia 898 isozyme Morocco 189

103 Sorghum (continued) morphological characterization Morocco 189 taxonomy 376 wild species resistance 402 Sorghum bicolor morphological characterization Ethiopia 50 India 38 RAPD Ethiopia 51 Malawi 606 South Africa plant genetic resources Ornithogalum 514 South America plant genetic resources Manihot esculenta 14 South Italy cultivated plants checklist 309 Southwest Asia centre of diversity 982 plant genetic resources 982 Trifolium repens 137 Spain collecting mission Leguminosae 488, 489 plant genetic resources Aegilops 756 Cucumus melo 205 Dactylis 507 Hordeineae 757 Leguminosae 488 Prunus 922 species concept cereals 180 spectra decomposition 384, 556 Spirogyra algae 733, 737 Spirogyra pseudonodifera algae 730 Spirotaenia bahusiensis algae 732 Spondias tuberosa fruit yield Brazil 766 sprouting Aegilops tauschii 515

stem solidness Triticum durum 165 Stenocereus gummosus plant genetic resources Mexico 495 Stipa lagascae seed production Tunisia 917, 918 stomatal frequency Aegilops neglecta 43 Phaseolus vulgaris 598 photosynthesis Gramineae 26 stomatal size Aegilops neglecta 43 Phaseolus vulgaris 598 stress mutagenesis Hordeum vulgare 727 Vicia faba 727 Stubbe, Hans (1902–1989) obituary 111, 172, 559 substitution line Triticum aestivum  Lophopyrum elongatum 949 synteny genome 328 Tadzhikistan collecting mission Allium 235 plant genetic resources Allium 235 Tanaostigmodes cajaninae resistance to Cajanus cajan 824 tannins Trifolium 215 taxonomy Allium 233, 236 Allium ampeloprasum Pearl-Onion Group 335 Aegilops 287, 791 Agrostemma 306 Amygdalus 122 Avena 452 Avena sativa 438 Beta 125 Brassica 259 Brassica oleracea 260 cereals 180 Citrullus lanatus 242 Clematis 118 Coriandrum sativum 186

104 taxonomy (continued) crop-weed-complex 669 Cucumis melo 306 Cucurbita pepo 635 cultivated plants 67, 323, 413, 813 Datura 326 Dioscorea cayenensis/D. rotundata 169 Fragaria 323 Gossypium hirsutum 123 Gossypium lanceolatum 123 Hordeum agriocrithon 426 Lolium 83 Lupinus 870 Manihot 596 Manihot esculenta 14 Musa 625 Oryza longiglumis 594 Oryza ridleyi 594 Papaver somniferum 288 Pisum 812 Pisum sativum 560 plant genetic resources 331 Potentilla 323 Raphanus 681 Secale 329 Solanum sect. Petota 344, 345, 346, 854 Sorghum 376 Trifolium 128 Triticum 791, 812 Sicily 693 Triticum baeoticum 221 Triticum monococcum 221 Triticum spelta 110 Triticum sphaerococcum 110 Triticum urartu 221 Vicia 663, 666, 695 Vicia faba 159 Vicia sativa agg. USSR 694 Vicia sect. Faba 664 Vicia sect. Narbonensis 87 Vigna 474, 888 taxonomy and evolution cultivated plants literature review 799, 800, 801, 802, 803, 804, 805, 806, 807, 808, 809, 810, 811 testa epidermis Allium 433, 434, 435 Thailand plant genetic resources Oryza rufipogon 9

Theobroma cacao plant genetic resources French Guiana 450 genebank 575 in situ conservation 575 morphological characterization 575 flower 450 Thinopyrum RAPD Spain 249 thylakoid membrane photosynthesis 3, 777 Thysanoptera resistance in Gossypium arboreum 857 Tibet plant genetic resources Hordeum agriocrithon 426 Triticum aestivum 934 tissue culture Chenopodium 247 Lycopersicon 423 transgene spread Brassica 338 translocation Triticum 770 Trifolium chemotaxonomy 215 morphological characterization Poland 128 Turkey 84 resistance to Meloidogyne 429, 430 tannins 215 taxonomy 128 Trifolium fragiferum isozyme Poland 127 Trifolium medium ecogeography 880 karyology 880 Trifolium pratense agronomical characterization 428 Trifolium repens agronomical characterization Argentina 749 breeding Italy 22 morphological characterization 382 plant genetic resources Southwest Asia 137

105 Trifolium subterraneum leaf size 645 morphological characterization Sardinia 646 Triticeae plant genetic resources China 944 resistance to barley yellow dwarf virus 928 China 944 resistance to Diuraphis noxia 741 resistance to Erysiphe graminis 928 Triticosecale resistance to Puccinia striiformis 608 seed protein 491 Triticum agronomical characterization Mexico 176 breeding Czechoslovakia 63 dwarfism 115 yield 229 domestication 129 dwarfism 115 evolution 68, 129 genetics dwarfism 115 leaf character 947 genome 68, 252 gibberellic acid response 114 karyology 770 leaf 947 NTS 68 numerical taxonomy 791, 812 Sicily 693 Oman 16 plant genetic resources China 501 Czechoslovakia 63, 298 Poland 298 Sicily 656, 693 pollen 432 QTL free-thrashing 835 resistance to Cercosporella herpotrichoides 220, 231 resistance to Puccinia striiformis 608 seed protein 129, 250, 379, 405, 462, 491, 641, 848 SSR 191 translocation 770

Triticum aestivum addition line 949 agronomical characterization 891 USSR 193 breeding 626 China Italian variety 971 chlorophyll 351 chromosome transfer 771 core collection 891 correlation breakers 779 disarticulation 146 gene transfer 494, 771 isozyme 891 lectin genes 864 morphological characterization Rhodes 959 numerical taxonomy 779 phytosiderophore release 963 resistance to Alternaria triticina 144 resistance to aluminium 680 resistance to Bipolaris sorokiniana 144 resistance to Fe-deficiency chlorosis 963 resistance to Puccinia striiformis 949 resistance to salinity Iran 381 RFLP China 348 seed protein 557, 725, 779 Europe 275 gliadin 120, 754, 934 glutenin 120, 754, 934 Pakistan 875 Slovakia 276 SSR Libya 80 substitution line 949 Tibet 934 resistance to heat 351 Triticum aestivum subsp. spelta karyology 469 phylogeny Triticum aestivum var. tibetianum genetics hulled character 148 genetics rachis 147 hulled character genetics 148 rachis 147

106 Triticum aestivum  Lophopyrum elongatum amphidiploid 949 Triticum aethiopicum isozyme a-amylase 77 Triticum baeoticum isozyme 377 seed protein 743 SSR 297 taxonomy 221 var. nov. 221 Triticum dicoccon isozyme a-amylase 77 plant genetic resources Italy 61, 319 Triticum durum AFLP 370 agronomical characterization 21 Bulgaria 644 Ethiopia 642 Turkey 164 USSR 644 isozyme a-amylase 77 morphological characterization Bulgaria 644 USSR 644 plant genetic resources 643 Ethiopia 642 Turkey 165 resistance to drought 643 resistance to environmental stress 165 resistance to salinity 760 seed protein Bulgaria 644 USSR 644 SSR Tunisia 80 stem solidness 165 Triticum monococcum plant genetic resources Italy 319 seed protein 743 SSR 297 taxonomy 221 var. nov. 221 Triticum pyramidale isozyme a-amylase 77 Triticum spelta taxonomy 110

Triticum sphaerococcum taxonomy 110 Triticum turgidum ethnobotany Ethiopia 78 isozyme Ethiopia 894 a-amylase 77 plant genetic resources Ethiopia 78 resistance to Mayetiola destructor 117 seed colour Ethiopia 78 Triticum turgidum subsp. dicoccoides RAPD Triticum urartu isozyme 569 seed protein 743 SSR 297 taxonomy 221 var. nov. 221 Tulipa anthocyanidin flower 716 carotinoid flower 716 chemotaxonomy 716 core collection 717 Tulipa sylvestris flower 735 Tunesia plant restoration 917 plant genetic resources Hedysarum 893 Punica granatum 542 Stipa lagascae 918 Turkey collecting mission Leguminosae 88 morphological characterization Trifolium 84 plant genetic resources Leguminosae 88 Pistacia 399 Prunus armeniaca 57 Triticum durum 164, 165 Umbelliferae cultivated plants 682 taxonomy 682 underutilized and neglected crops monographs 307

107 USSR plant genetic resources Avena 519 Ustica cultivated plants checklist 315 Uzbekistan collecting mission 686 plant genetic resources 686 Artemisia 416 Chenopodiaceae 416

Vaucheria 734, 738 Vaucheria sessilis 731 Vaucheria lii var. bipora var. nov. 728 Vavilov, Nikolai I. centre of diversity 654 America 346 centre of origin 654 law of homologous series 328, 923 life and heritage 921 personality and man 160 relations to German scientists 204 symposium Gatersleben 1987 558, 863, 849 Vicia agronomical characterization 89 anti-nutritional factors 90 flavonoids 663 isozyme 378 morphological characterization 666 phylogeny 695 plant genetic resources 740 RAPD 695, 696 RFLP 695 seed protein 696 taxonomy 663, 666, 695 Vicia angustifolia karyology Brazil 932 Vicia articulata karyology 463 plant genetic resources Sardinia 463 seed protein 463 Vicia benghalensis karyology 676 seed protein electrophoresis 676

Vicia cordata karyology Brazil 932 Vicia faba agronomical characterization Greece 882 breeding system 589, 739 ecogeography 689 genebank management 589 isozyme 822 karyology chromosome mutation 778 morphological characterization 159, 689 Afghanistan 690 Ethiopia 690 Greece 882 Spain 869 mutagenesis 605 photosynthesis 232 plant genetic resources 689 seed protein 4, 66, 336, 365, 462, 574, 585, 586, 628, 939 seed weight 462 stress mutagenesis 727 taxonomy 159 Vicia narbonensis resistance to Peronospora viciae 6 Vicia sativa agg. taxonomy USSR 694 Vicia sativa karyology Brazil 932 RAPD 832 resistance to Peronospora viciae 6 RFLP 832 Vicia sect. Faba karyology 664 seed protein 664 taxonomy 664 Vicia sect. Narbonensis ecogeography 87 herbarium 87 taxonomy 87 vicilin Leguminosae 772 Vigna AFLP 888 chemotaxonomy 474

108 Vigna (continued) flavonoids 474 isozyme 847 karyology 679 phylogeny 847, 888 taxonomy 474, 888 Vigna angularis evolution 564 RAPD 943 Asia 564 Vigna radiata core collection India 106 morphological characterization India 106 Vigna subterranea plant genetic resources Nigeria 612 RAPD 544 seed protein Nigeria 612 Vigna unguiculata agronomical characterization Italy 601 isozyme 633 morphological characterization 662 seed 601 plant genetic resources 633, 662 Italy 601 Nigeria 899, 900 seed protein 611 Vigna vexillata isozyme 853 RAPD 853 seed protein 673 virus resistance in cultivated plants 493 RNA replication in plants 494 Vitaceae cpDNA Australia 748 Vitellaria paradoxa isozyme Ghana 520 morphological characterization Ghana 520 oil content Ghana 520 plant genetic resources Ghana 520

Vitis RAPD 268 Vitis rupestris in situ conservation USA 640 Vitis vinifera isozyme 764 morphological characterization 887 volatile oil Allium oschaninii 170 Pelargonium graveolens 282

West Africa plant genetic resources Allium cepa 752 Western Europe plant genetic resources Brassica oleracea ssp. oleracea 470 wild-weed-crop complex Phaseolus vulgaris 74 wood Juniperus 582 Larix 582

Xanthomonas campestris resistance in Manihot esculenta 226 Xenopus oocytes globulin 65

Yunnan plant genetic resources Oryza sativa 957

Zabrotes subfasciatus resistance in Phaseolus vulgaris 2 Zea mays agronomical characterization 269, 271 Italy 524 core collection 534 evaluation Yugoslavia 691 heritability heterosis 271 isozyme Argentina 668 karyology 604

109 Zea mays (continued) morphological characterization Spain 753 Uruguay 534 on-farm conservation Mexico 79 photoperiod 265 resistance to aluminium 415 resistance to manganese 415 seed protein 20, 216, 272, 909 Nigeria 12

Zea mays convar. mays morphological characterization Italy 524 Zea mays var. indurata ISSR Italy 60 zein Zea mays Nigeria 12 Zizania palustris ITS 1