CIHEAM actions to combat X. fastidiosa in the Mediterranean region Lacirignola C., Raeli M.. |
9-10 |
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FAO preventive actions to the introducion and spread of the Olive Quick Decline Syndrome OQDS - associated to Xylella fastidiosa in NENA region Al-Dobai S., Nasr N.. |
11-12 |
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The International Plant Protection Convention (IPPC) and its standards on pest surveillance and diagnostics to prevent the entry of Xylella fastidiosa Gonçalves Moreira A., Xia J., Brunel S.. |
13-14 |
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Overview of the activities and projects on Xylella fastidiosa of the International Olive Council (IOC) Ghedira A., Serafini F.. |
15-17 |
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From science to policy, the contributions of EPPO and Euphresco to the Xylella fastidiosa emergency Petter F., Baldissera G.. |
19-20 |
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The world threat of Xylella fastidiosa López M.M., Narco-Noales E., Peñalver J., Morente C., Monterde A.. |
23-24 |
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The olive quick decline syndrome Martelli G.P., Nigro F.. |
25-28 |
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Xylella fastidiosa and its role in the Olive Quick Decline Syndrome Saponari M., Boscia D., Martelli G.P.. |
29-30 |
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Main insect vectors of Xylella fastidiosa in Italy and worldwide Cavalieri V., Porcelli F.. |
31-32 |
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Xylella fastidiosa: the status of the infection and control measures in France Legendre B., Denancé N., Olivier V., Molusson D., Juteau V., Agud-Miguel D., Sainte-Luce A., Dousset C., Audusseau C., Paillard S., François C., Rivoal C., Germain J.-F., Reynaud P., Jerphanion P. de, Joudar S., Francart J., Poirier A., Lecat M., Poliakoff F., Jacques M.-A.. |
33-35 |
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State of the art of the research on X. fastidiosa in Puglia Saponari M.. |
37-40 |
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Current EU research initiatives on Xylella fastidiosa Boscia D., Saponari M.. |
41-42 |
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CIHEAM/IAMB innovative tools for early surveillance and detection of Xylella fastidiosa D'Onghia A.M.. |
43-46 |
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IT platform based on smart device and web-application for the survey of Xylella fastidiosa Santoro F., Gualano S., Favia G., D'Onghia A.M.. |
47-48 |
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Sampling procedures of plant material for the survey of Xylella fastidiosa in Puglia Region, Italy Valentini F., Cavallo G., D'Onghia A.M.. |
49-52 |
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The "Spy Insect" approach for monitoring Xylella fastidiosa in absence of symptomatic plants Yaseen T., Valentini F., Santoro F., Lorusso D., D'Onghia A.M.. |
53-54 |
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Use of conventional DNA- and protein-based techniques for the detection and characterization of Xylella fastiosa in Italy Elbeaino T., Digiaro M.. |
55-56 |
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PCR assays for the detection of Xylella fastidiosa. Review and comparison of published protocols Reisenzein H.. |
57-60 |
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Direct Tissue ImmunoBlot Assay (DTBIA), an effcient tool for the mass detection of Xylella fastidiosa in infected olive trees Djelouah K., Frasheri D.. |
61-64 |
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Specific, Sensitive, and Rapid Diagnosis of Xylella fastidiosa from olive plant material by a new Loop-Mediated Isothermal Amplification (LAMP) system Yaseen T., Si Ammor M., Casini G., Drago S., Stampone G., Elbeaino T., Digiaro M.. |
65-66 |
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Organization of ring tests on diagnostic methods among Italian laboratories Loreti S., Pucci N., Loconsole G., Modesti V., Potere O., Lucchesi S., Gaffuri F., Saponari M.. |
69-70 |
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Transcriptome profiling of two olive cultivars infected by Xylella fastidiosa Giampetruzzi A., Morelli M., Saponari M., Loconsole G., Chiumenti M., Boscia D., Savino V., Martelli G.P., Saldarelli P.. |
73-76 |
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Preliminary results on field trials to control Xylella fastidiosa on olive trees in Puglia Scortichini M.. |
77-78 |
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Preliminary results of comparative efficacy evalutation trials against Philaenus spumarius L., vector of Xylella fastidiosa Dongiovanni C., Cavalieri V., Altamura G., Di Carolo M., Fumarola G., Saponari M., Porcelli F.. |
79-80 |
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Sustainable strategies to contain the Olive Quick Decline Syndrome in southeast Italy Carlucci A., Ingrosso F., Lops F.. |
81-82 |
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Good agricultural practices in the management of the Olive Quick Decline Syndrome Xiloyannis C., Mininni A.N., Lardo E., Miccoli A., Fausto C.. |
83-85 |
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Risk assessment of Xylella fastidiosa in the EU territory and other EFSA activities Winter S., Bragard C., Tramontini S., Andueza M., Stancanelli G.. |
87-89 |
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A Pest Risk Analysis on Xylella fastidiosa for the countries of the Near East Plant Protection Organization, focusing on the olive-infecting strain Chouibani M., Fawzy A., Al Awad E., Eid P., Akarid N., Shubib S., Barham H., Smith J.. |
91-92 |
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Pest risk analysis on Xylella fastidiosa in Palestine Shubib S., Hamdan I.. |
93-96 |
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Work done and actions taken on Xylella fastidiosa in Lebanon Choueiri E.. |
97-100 |
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Regulations enforced against Xylella fastidiosa in Jordan Meihiar M., Sarhan S.. |
101-102 |
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Regulatory status and phytosanitary measures implemented to face Xylella fastidiosa and its vectors in Egypt Hammad H., Hanafy S.M.. |
103-104 |
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Xylella fastidiosa in the framework of the EU plant quarantine law Arijs H.. |
105 |
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EU Legislation on Xylella fastidiosa Di Rubbio P.. |
107-108 |
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International legal framework for phytosanitary protection: obligations and responsibilities under the IPPC Bullon C.. |
109-112 |
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Legislative aspects for the mandatory control of Xylella fastidiosa in Puglia and in Italy Schito S., Percoco A., D'Onghia A.M.. |
113-116 |
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The elements of successful capacity development for Xylella fastidiosa Brunel S., Sosa O.. |
117-119 |
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The importance of communication on phytosanitary issues. The case of Xylella fastidiosa Brunel S., D'Onghia A.M.. |
121 |
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