Rice breeding for low input production systems in Portugal
Baeta J.. |
23-24 |
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Rice breeding for salinity tolerance in Egypt
Balal M.S.. |
25-26 |
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Research activities on controlling Rice Bakanae and Foot Rot disease (Fusarium moniliforme) in Turkey
Sürek H., Gümüstekin H.. |
27-30 |
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Rice breeding for blast resistance in Egypt
Balal M.S.. |
31-32 |
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Breeding for rice resistance to Stem Rot (Sclerotium sp.) in Mediterranean France
Clément G., Roumen E., Séguy J.-L.. |
33-34 |
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Breeding for rice grain quality in Egypt
Balal M.S.. |
37-38 |
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Effectiveness of three cycles of Honeycomb Pedigree selection foryield and four quality characters in an F2 rice population (Oryza sativa L.)
Ntanos D., Roupakias D.G.. |
39-42 |
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Breeding and genetical research in Italian rice
Russo S.. |
43-47 |
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Bilan de certains résultats de l'Institut National Russe de Recherche Agricole
Allochine E.P., Avakian E.R., Allochine N.E.. |
49 |
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In vitro studies on salt tolerance in rice (Oryza sativa L.)
Do Quang Binh, Heszky L.E., Simon-Kiss I.. |
53-54 |
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Progress towards developing striped stem borer (chilo suppressalis) resistant, transgenic Mediterranean rice at CIRAD
Chaïr H., Fluza L., Frutos R., Guiderdoni E.. |
55-57 |
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Rice biotechnology in Egypt
Balal M.S.. |
59 |
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Progress in rice biotechnology
Cocking E.C.. |
61-65 |
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Cereal symbiotic nitrogen fixation : the interaction of Rizobia with cereals for symbiotic nitrogen fixation
Cocking E.C., Batchelor C.A., Kothari S.L., Jain S., Webster G., Jones J., Jotham J., Davey M.R.. |
67-72 |
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Activities of rice biotechnology in Hungary
Pauk J.. |
73-74 |
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Application of biotechnology to rice breeding by enhancing the Bulgarian anther culture to facilitate rice variety development
Boyadjiev P.H.. |
75-76 |
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Rapid and efficient suspension development system using agronomically important rice genotypes
Pauk J., Szarka B., Simon-Kiss I.. |
77 |
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Bilan de certains résultats des recherches rizicoles à l'Institut National Russe de Recherche Rizicole
Allochine E.P., Avkian E.R., Allochine N.E.. |
78 |
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Transgenic fertile rice using particle gun, NPT and gus marker genes driven by TR promoter
Pauk J., Nerlich A., Pawelczyk H., Schiedzewski K., Simon-Kiss I.. |
79 |
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Current contribution of French research to rice biotechnology
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80 |
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