The incidence of rice diseases in Romanian climate conditions
Alionte G.. |
7-18 |
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Rice diseases in the region of Valencia and methodologies for testing varietal resistance
Carreres R., Ballesteros R., Sendra J.B.. |
19-23 |
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Rice diseases in Morocco
El Guilli M.. |
25-27 |
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Current situation of rice production in Portugal and the main diseases that occur
Lima A.. |
29-40 |
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Rice diseases in the Camargue, France
Notteghem J.L., Roux-Cuvelier M., André F., Roumen E.. |
41-44 |
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Rice diseases in Turkey
Surek H.. |
45-47 |
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In vitro screening for rice resistance to Pseudomonas syringae
Boyadjiev P.. |
51-53 |
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Breeding for partial resistance to rim blast caused by Pyricularia oryzae Cav., in Egypt
El Hissewy A.A., El Kady A., Salem E.A.. |
55-59 |
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Biological and chemical control of rice blast disease (Pyricularia oryzae) in Northern Greece
Gouramanis G.. |
61--68 |
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Evaluation of the resistance to BYDV of a group of important world rice genotypes
Osler R., Moletti M., Loi N., Pertot I., Giudici M.L.. |
69-73 |
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Strategies and methodologies for improving blast resistance in rice in the U.S.
Marchetti M.A.. |
75-78 |
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Rice Akiochi-brown spot disease in Italy: agronomic and chemical control
Moletti M., Giudici M.L., Villa B.. |
79-85 |
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The present status of resistance to rice blast disease caused by Pyricularia oryzae under Egyptian conditions
Sehly M.R., Bastawisi A.O.. |
87-93 |
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Impact of fertilization on disease development and yield components
Tajani M., Douira A., El Haloui N., Benkirane R.. |
95-99 |
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Active oxygen: a possible role for rice resistance to blast
Aver'Yanov A.A., Lapikova V.P., Pasechnik V.P.. |
103-106 |
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Microscopic observations of early events during infection of rice leaves by Pyricularia oryzae Cav.: a possible way of recognizing cultivars with quantitative resistance
Bahama J.B., Maraite H.. |
107-112 |
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Mapping avirulence genes in the rice blast fungus, Magnaporthe grisea
Dioh W., Lebrun M.H., Tharreau D., Gomez R., Roumen E., Orbach M.J., Notteghem J.L.. |
113-118 |
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Characterization of the European population of the blast pathogen Magnaporthe grisea
Roumen E., Levy M., Notteghem J.L.. |
119-124 |
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Biochemical and cytological aspects of genetic and acquired resistance in the rice blast interaction
Schaffrath U., Thieron M., Scheinpflug H., Reisener H.J.. |
125-130 |
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Acquired resistance of rice to the rice blast fungus Magnaporthe grisea
Schweizer P., Buchala A., Métraux J.P.. |
131-135 |
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Identification and characterization of pathogenicity genes from the rice blast fungus Magnaporthe grisea
Talbot N., McCafferty H.R.K.. |
137-142 |
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Chemical resistance to rice blast, Magnaporthe grisea
Dillon V., Overton J., Greyer R.J., Harbone J.B.. |
145 |
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Rice breeding and blast prevention in Italy
Russo S.. |
145-146 |
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Genetic engineering of plants for diseases and pest resistance
Fogher C., Delledonne M., Friferio L., Savazzini F., Perfanov K., Cervini P., Zanirato M., Marchetti S., Lorenzoni C.. |
147 |
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Rice cultivation and varietal improvement in Hungary
Simon-Kiss I., Heszky L.E., Ipsits C.M.. |
147 |
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Phylogenetic relationships among Magnaporthe grisea isolates from different host plants
Biju-Duval M.P., Lebrun M.H., Capy M.P., Notteghem J.L.. |
148 |
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