Conferences and Seminars:
Attended a workshop titled "The Role of Biotechnology in Improving Agricultural Crops" held at ARC on 5/1/2015.
* Attended the Ninth International Conference on tissue culture and horticulture breeding for Horticulture Research Institute, held at ARC (13-17 March 2016).
* 13th Phytopathological Conference for the Egyptian Phytopathological Society which held in Agricultural Research Center, ARC, Giza, Egypt, 10-11 May 2016. (Member of the Organizing Committee, Scientific Committee and Research Participant).
* Attending the Regional Annual Conference of Agricultural Crop Safety Societies held at Semiramis Hotel, Cairo, from 25-26 October 2016 under the auspices of Crop Life Egypt.
* Attend the conference of Bayer Crop Science under the title "Combating illicit and smuggling of pesticides" held at the Cairo Marriott Hotel from 21-22 November 2016 under the auspices of the Ministry of Agriculture and supervision of Agricultural Pesticides Committee.
* Attendance of the sixth conference of field crops "Crop production under different environmental conditions" held at ARC (22-24 November 2016)
* The 12th Arab Congress of Plant Protection, 4-10 November 2017, Hurghada, Egypt (member of the Public Relations Committee and Chairman of the First Scientific Session of Plant Pathology).
• Rapporteur and lecturer at the scientific symposium "Climate Change and the Disease Map in Egypt" held in the hall of the Genetic Engineering Research Institute at the Agricultural Research Center in Giza on November 31, 2023.
• General Coordinator and Lecturer at the "Agriculture, Food Security and Facing Challenges" conference held in the hall of the Central Feed Laboratory at the Agricultural Research Center in Giza on April 29-30, 2024.
Supervision:
I am supervising two Ph.D. students in the field of Plant Pathology
New Approaches for Controlling of peanut Root and pod Rot Diseases Caused by Rhizoctonia solani
Prizes:
- Certificate from Minister of Agriculture (Mr. Amin Abza) for obtained the best Researcher of the Plant Pathology Institute, ARC in year 2007.
- Special honor from the Ministry of Communications on the active participation in the production of expert systems program in the field of diagnosis of Plant Pathology in year 2013.
FIELDS OF INTEREST
- Plant pathology
- Plant physiology
- Mycology
- Mycotoxin (Aflatoxin)
- Biotechnology
- Identification the causal pathogens in lab., greenhouse and fields.
- Field Crops especially oil crops.
- Protein and DNA binding analysis.
- Chemical analysis. in plant materials.
- Using several methods for controlling plant diseases.
- Chemical extraction and purification.
- Selection and molecular biology for crop improvements.
<!--Statistic analysis of agricultural experiments.
<!--The evaluation of genotypes plants in lab., greenhouse and fields
Achievements of Work:
During his tenure as the Institute's Deputy Director for Production, he completed several works, the most important of which were:
<!--Participated in the development of Egyptian agricultural quarantine by participating in the committee responsible for restructuring and enacting agricultural quarantine legislation in 2017.
<!--Participated in the development of Egyptian agricultural quarantine by chairing the committee responsible for amending and developing agricultural quarantine schedules in 2019.
<!--Contributed to the establishment of central laboratories affiliated with the Agricultural Quarantine at ports and airports and drafted their regulations.
<!--Increased the scope of the accredited laboratory (the Quarantine Pathogens Laboratory) and accredited another laboratory specialized in assessing viral diseases and phytoplasma (PVIDL) laboratory.
<!--Developed the bacterial pathogens laboratory to estimate the Xylella bacteria protocol.
<!--Developed the central laboratory and the Nano-laboratory.
<!--Developed the greenhouse for producing mycorrhizae.
<!--Developed and opened the tissue culture production laboratory and improved its attached greenhouse.
<!--Contributed to the establishment of two reference laboratories, one for fungi and the other for nematodes.
<!--Developed numerous protocols for sample estimation with the center's research institutes, such as the Horticultural Institute and the Central Laboratory for Palm Trees.
<!--Developed numerous protocols for sample estimation with the private sector, such as BASF, Daltex, and Syngenta, as well as the National Agricultural Service.
<!--During his tenure, the production performance index increased to 98% and the institute's to 92%.
<!-- The unit's revenue increased from an average monthly turnover of EGP 0.6 million to EGP 1.8 million.
Literature
<!--Contribute to the writing newsletters for diseases of agricultural oil crops , onions and garlic.
<!--Contribute to the writing of the Book Review Committee 's Recommendations of Fungicides which used in Control of Agricultural Pests .
<!--Contribute to the writing of the Book Review protocols for the implementation of the experiences of assessment of pesticides used in plant disease control.
<!--Contribute to the writing of the author of crop production publication by agricultural culture of the Ministry.
<!--Author of the production of oil crops and methods of disease control publication by agricultural culture of the Ministry.
<!--Author of the Environmental pollution and plant diseases publication by agricultural culture of the Ministry.
<!--Write several articles published in magazines of agriculture Shams and Roya agricultural culture and others.
<!--Create a special site on the Internet under the name of fungi and plant diseases published more than 150 articles particularly in the field of plant diseases , definition and division of fungi and cognitive Kenana follows the gate of the Ministry of Communications.
PUBLISH RESEARCHES
<!--Abd El-Hamid, F.; Nadia I. M. Abd-ElHady: Abd EL-Daim, H. M. and Mahmoud, E.E.Y. (1994).control seed dormancy of Opuntia ficus–indica. Annals of Agric. Sci. Moshtohor 32(4):1873-1888.
<!--Mahmoud, E. Y., A. A. Mosa, and M. M. Aly (2004). Effect of irrigation technique on incidence of pod rots and aflatoxigenic fungi in peanut. J. Agric. Sci. Mansoura Univ., 29 (4):1813-1822.
<!--Mahmoud, E. Y., Samia Y. M. Shokry and Zeinab N. Hussin. (2006). Induction of resistance in peanut plants against root rot diseases under greenhouse conditions by some chemical inducers. J. Agric. Sci. .Mansoura Univ., 31(6):3511-3524.
<!--Mahmoud, E. Y.; Eetmad E. I. Draz and M. F. AbolEla (2006). Evaluation of some peanut cultivars for the susceptibility of infection by damping–off, root and pod rot diseases and occurrence of aflatoxigenic fungi. J. Agric Sci. .Mansoura Univ., 31(12):7589-7604.
<!--Metwally, A. H., E.Y Mahmoud; Samia Y. M. Shokry and Zeinab N. Hussin (2006). Effect of growth regulators in controlling of peanut root rot diseases and compared to fungicides treatment. J. Agric. Sci. Mansoura Univ., 31(6): 3537-3548.
<!--Mahmoud, E.Y.; M. M. A. Khaleifa and M. M. Ibrahim (2007). Effect of last irrigation timing before harvest on peanut pod rots incidence and occurrence of aflatoxigenic fungi. Egypt .J. of Appl. Sci.,22(12A): 34-50.
<!--Mahmoud, E. Y.; EI-Sayeda H. M. EI-Badawy and Khaleifa, M. M. A. (2008). Effect of inoculation with Rhizobium and VA-Mycorrhizae on peanut root rot diseases under different sources of phosphorus fertilizer. Annals Of agric. Sci., Moshtohor 46(4): 51-61.
<!--M. M. Ibrahim, E. Y. Mahoud, and Wagida A .M. Saleh (2008). The ability of some antagonistic bacteria on control of peanut root rots diseases compared to fungicides efficiency. Minufiya J. Agric. .Res., 33 (5): 1107-1125.
<!--Mahmoud, E. Y.; Abeer A. Ali., A.S. Mansour, and Ahmed, M. Gomaa (2009). Induction of resistance with some heavy metal concentrations against peanut pod rot diseases and aflatoxin contaminations with special reference to their impact on the crop yield. Egypt .J. of Appl. Sci.,24(9): 33-54.
<!--Mahmoud, E. Y.; Wagida A. M. Saleh and Thanaa A. Marei (2009). Efficiency of microelements as inducer resistance factor of peanut pod rot diseases and Aflatoxigenic fungi. Egypt .J. of Appl. Sci., 24 (4A): 91-110.
<!--Mahmoud, E.Y., Ibrahim M. M. and M. M. A. Khalefa (2009). Effect of calcium sulfate on incidence of sesame and sunflower charcoal rot diseases and seed yield production. J. Agric. Sci. Mansoura Univ., 34(12): 11441-11450
<!--Mahmoud, E.Y., Ata A. A. and Mohamed, H.A. (2011). Efficiency of some growth regulators as inducer resistance factor for controlling peanut damping-off, wilt and root rots diseases. Fayoum .J. Agric. Res. & Dev. 25 (2):152-163
<!--Seham S. Ragab, Azza M. Naffa and E. Y. Mahmoud, (2012). Induced resistance for controlling Tomato fruits rots by using safe chemicals. Egypt j. Phytopathol. 40:29-41
<!--Hussien- Zeinab N , Mahmoud , E.Y., Metwaly. H.A., and Sobhy M.H, (2012). Effect of some antagonistic bacteria in reducing of peanut damping – off, root and pod rot incidence caused by Rhizoctonia solani J. Agric. Sci. Mansoura Univ., 3 (11): 1173-1187.
<!--Khalifa M. M. A., Mahmoud, E.Y., and M.M. Ibrahim (2013). Integration of Mycorrhiza and calcium treatments for suppression of Onion white rot disease. Research Journal of Agriculture and Biological Sciences, 8 (4): 385-398.
<!--Mahmoud, E.Y., A.S. Mansour, and Ahmed, M. Gomaa 2012. Safe treatments for controlling peanut pod rot diseases and aflatoxin. Alex. J. Agric. Res., 57:303-312.
<!--Mahmoud, E.Y., Ibrahim, M. M., and Essa, T. A. A. (2013). Effect of some oil plants on reducing of damping-off and root rots diseases of peanut as fungicides alternative. Journal of Applied Sciences Research, 9(3): 1612-1622.
<!--Ibrahim, M. M.; M. M. A. Khalifa and E.Y. Mahmoud, (2013). Using of some chrmical inducers on controlling peanut Cercospora leaf spot as one of the possible alternative to fungicides. Egypt .J. of Appl. Sci., 28 (7): 31-46.
<!--Ata A. A., El-Mansoub M.M.A., and Mahmoud, E.Y. (2013). Management of Cercospora leaf spot disease of sugar beet plants by integration between some agriculture practices. Journal of Applied Sciences Research, 11(4): 1522-1530.
<!--Mahmoud, E.Y., (2014). Performance of some antagonistic bacteria in minimizing occurrence of peanut damping - off, root and pod rot diseases. Egypt j. Phytopathol. 42 (1):205-220
<!--Mahmoud, E.Y., Wagida A. M. Saleh and Zeinab N. Hussien, (2014). Biochemical change associated with induced resistance to peanut root and pod rots diseases Minufiya J. Agric. Res. Vol.39 No. 4(1): 1227-1253
<!--Mahmoud, E.Y., and Ahmed, M. Gomaa, (2015). Impact of some essential plant oils for controlling of peanut pod rots diseases and aflatoxin. J. Biol. Chem. & Envirom. Sci., 10 (1): 261-280.
<!--Mahmoud, E.Y., Ibrahim M. M., Wagida A. M. Saleh and M. I. M. Ahmed, (2015). Compatibility between antagonistic fungi and bacteria and their influence in controlling sunflower charcoal rot. Egypt J. Phytopathol., Vol. 43. No.1-2 pp 53-64.
<!--Mahmoud, E.Y., Ibrahim M. M., Wagida A. M. Saleh and M. I. M. Ahmed, (2016). Compatibility between antagonistic fungi and bacteria and their influence in controlling sunflower charcoal rot. 13thCong. Phytopathol 10-11 may Giza, Egypt (Abstract).
<!--Mahmoud E. Y.; Zeinab N. Hussien; M. M. Ibrahim and M. A. Abdel-Gayed (2016__) Compatibility between chemical inducers and Amistar Top fungicide for controlling onion downy mildew and purple blotch diseases Egypt. J. Phytopathol., 44____, (2): _67-84
<!--Mahmoud, E.Y.; M.M. Ibrahim, Fatma, A. Mostafa and Zeinab N. Hussien,(2016). Integration of Bacillus subtilis and with some essential plant oils for the control of onion white rot. Egypt. J. Agric. Res., 94(3): 591-608.
<!--Mahmoud, E.Y.; Zeinab, N. Hussien; and Ibrahim, M.M. (2020). Integrated management of Onion pink root-rot caused by Setophoma terrestris. Middle East Journal of Applied Sciences,10(04):703-714
<!--Mahmoud, E.Y.; Zinab, N. Hussien; Ibrahim, M.M.; and Heba, Y. Risk (2021). Using of some biotic and a biotic inducers on controlling peanut Cercospora leaf spot. Current Sciences International10,(1):18-28.
<!--Mahmoud E.Y.; Hussien, Z.N.; Yousef, H.R. and Fatouh, H M (2024).Comparison between Some Biotic and Abiotic Inducers in Controlling Peanut Pod Rots and Aflatoxin Contamination. Egyptian Journal of Phytopathology, Vol. 52, No.2, pp 113-126.
<!--Emad MAHMOUD1, Zeinab N. HUSSIEN1, Abou Ghanima S.F. SHEHATA1, Najat MARRAIKI2, Enas ALMANZALAWI3, Tahani ALQAHTANI3, Mohamed ABOU-ZEID1, Mahmoud KAMHAWY1 (2025). Induction and expression of systemic resistance to downy mildew disease in grapevine by chitosan. Not Bot Horti Agrobo 53(1):14265.



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