際際滷shows by User: mhabmhadt / http://www.slideshare.net/images/logo.gif 際際滷shows by User: mhabmhadt / Fri, 05 Jan 2024 18:32:37 GMT 際際滷Share feed for 際際滷shows by User: mhabmhadt 惺惘惷 愆惘忰 悋悋惺 悋愕 悋惠 惠惠悴悋 悋愀惘悋惠.pptx /slideshow/pptx-519a/265160430 random-240105183237-cc1d98d3
The most important mycotoxins produced by fungi include 1- Aflatoxin 悋悋悋惠愕 2- Fusarium toxins 愕 悋慍悋惘 3- Stachybotrys toxins 愕 愕惠悋悋 惡惠惘愕 4- Aspergillus and penicillium mycotoxins 愕 悋愀惘 悋悖愕惡惘悴惶 悋惡愕 ]]>
The most important mycotoxins produced by fungi include 1- Aflatoxin 悋悋悋惠愕 2- Fusarium toxins 愕 悋慍悋惘 3- Stachybotrys toxins 愕 愕惠悋悋 惡惠惘愕 4- Aspergillus and penicillium mycotoxins 愕 悋愀惘 悋悖愕惡惘悴惶 悋惡愕 ]]> Fri, 05 Jan 2024 18:32:37 GMT /slideshow/pptx-519a/265160430 mhabmhadt@slideshare.net(mhabmhadt) 惺惘惷 愆惘忰 悋悋惺 悋愕 悋惠 惠惠悴悋 悋愀惘悋惠.pptx mhabmhadt The most important mycotoxins produced by fungi include 1- Aflatoxin 悋悋悋惠愕 2- Fusarium toxins 愕 悋慍悋惘 3- Stachybotrys toxins 愕 愕惠悋悋 惡惠惘愕 4- Aspergillus and penicillium mycotoxins 愕 悋愀惘 悋悖愕惡惘悴惶 悋惡愕 <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/random-240105183237-cc1d98d3-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The most important mycotoxins produced by fungi include 1- Aflatoxin 悋悋悋惠愕 2- Fusarium toxins 愕 悋慍悋惘 3- Stachybotrys toxins 愕 愕惠悋悋 惡惠惘愕 4- Aspergillus and penicillium mycotoxins 愕 悋愀惘 悋悖愕惡惘悴惶 悋惡愕
惺惘惷 愆惘忰 悋悋惺 悋愕 悋惠 惠惠悴悋 悋愀惘悋惠.pptx from 悸 悋惶惘 惺 悋慍惘悋惺悸
]]> 62 0 https://cdn.slidesharecdn.com/ss_thumbnails/random-240105183237-cc1d98d3-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 惺惘惷 悋悴慍悄 悋惓悋 悋惘悋惷 惡悋惠 惆. 惆 惡悋忰愕.pptx /mhabmhadt/pptx-8e11 random-240105172554-fe4e50b9
Environment is the factors surrounding plants from heat - Humidity - light - soil ...., and these factors may help the spread of the disease and the incidence and severity of the disease if it is suitable for the growth and reproduction of pathogens or work to increase the resistance to diseases and the disease does not occur if it is suitable for the growth of host plants .Plant disease is only an interaction between the three pillars of the disease triangle (host plant - pathogen - environmental conditions).]]>
Environment is the factors surrounding plants from heat - Humidity - light - soil ...., and these factors may help the spread of the disease and the incidence and severity of the disease if it is suitable for the growth and reproduction of pathogens or work to increase the resistance to diseases and the disease does not occur if it is suitable for the growth of host plants .Plant disease is only an interaction between the three pillars of the disease triangle (host plant - pathogen - environmental conditions).]]> Fri, 05 Jan 2024 17:25:54 GMT /mhabmhadt/pptx-8e11 mhabmhadt@slideshare.net(mhabmhadt) 惺惘惷 悋悴慍悄 悋惓悋 悋惘悋惷 惡悋惠 惆. 惆 惡悋忰愕.pptx mhabmhadt Environment is the factors surrounding plants from heat - Humidity - light - soil ...., and these factors may help the spread of the disease and the incidence and severity of the disease if it is suitable for the growth and reproduction of pathogens or work to increase the resistance to diseases and the disease does not occur if it is suitable for the growth of host plants .Plant disease is only an interaction between the three pillars of the disease triangle (host plant - pathogen - environmental conditions). <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/random-240105172554-fe4e50b9-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Environment is the factors surrounding plants from heat - Humidity - light - soil ...., and these factors may help the spread of the disease and the incidence and severity of the disease if it is suitable for the growth and reproduction of pathogens or work to increase the resistance to diseases and the disease does not occur if it is suitable for the growth of host plants .Plant disease is only an interaction between the three pillars of the disease triangle (host plant - pathogen - environmental conditions).
惺惘惷 悋悴慍悄 悋惓悋 悋惘悋惷 惡悋惠 惆. 惆 惡悋忰愕.pptx from 悸 悋惶惘 惺 悋慍惘悋惺悸
]]> 35 0 https://cdn.slidesharecdn.com/ss_thumbnails/random-240105172554-fe4e50b9-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 悋悋悸 悋悋惠惶悋惆悸 悋悋惺 悋悋悋惘愕悋惠 悋 /slideshow/ss-72277303/72277303 random-170217161327
惺惘 悋忰 (悋悖悋惘愕悋惠) :- 惺惡悋惘悸 惺 悴惺 悋悧悋惠 惶愃惘 悴惆悋 悋 惠惘 愃悋惡悋 惡悋惺 悋悴惘惆悸 惠惺愆 悋惠惘惡悸 悋 惺 悋惡悋惠 悋 鏈鏤鏤わ鏈 悋 惺 鏈鏤鏤わ鮫鏈鏈 鏈鏤鏤鏈鏈鏈鏤器 悋 惺 惘鏈 鏈鏤鏈わ惨鏤鏈鏤 悋 惠愀悸 惺 鏈鏤鏈わ左鏈鏈鏈 悋忰悋悋惠 悋愀惘. 鏈鏤鏈鏈 鏈鏤誌鏈鏈鏤鏈器鏈 (悋忰) 鏤 鏈鏤器鏈 鏈鏤鏈鏤器鏈. 鏤鏈鏈わ鏈鏤わ錆鏈 鏈鏈鏈鏈鏤鏈 鏤わ札 1-4 鏤べ 鏈鏤鏈鏤器鏈. 惆 悵惘 Baker and Wharton(1952) 惠悋惡 惆悸 惺 悋惘悋惆悋惠, 悖 悋悋 悋惶惘 悋惆悋悄 惺惘悋 悋惘悋惆 惆 悋惠 悋惡惆悋悸 悋悖 悵悋 悋惺 惺惆悋 悖愆惘 悒 忰 惆愃 悋惘悋惆 悖惘悋 悋惡惘惆 愕悸 1550 . 悖愆悋惘悋 悒 悖 惺悋 1835 悋愕惠惺 愕 Linnaeus 悋愕 悋悴愕 悋悋惘愕 "ACARUS" 惠悋惡 惺 悋惠惶 悋愀惡惺, 惓 惠悋 悋惠愀惘 悵悋 悋惺 悖悋悽惘 悋惘 悋惠悋愕惺 惺愆惘 悖悋悧 悋惘 悋惺愆惘 悖惘惡悋. 悋悖悋惘愕悋惠 惠惷 悴惺惠 悋悋悧悋惠 : 1- 悋惘悋惆 Ticks 2- 悋忰 Mites 悋悵 悽惠悛 悋愆 悋忰悴 悋惠惘惡 悋愕...... 悋 悋惘 惡 悋忰 悋惘悋惆 悋惘悋惆 悋惡惘 忰悴悋 悋忰 悋惘悋惆 悋惓惘 愕惡惡悋惠 悋悋惘悋惷 悋惺惆悸 惠忰 悋惴惘 悋悴悸 悋愃惘 悋悋悧悸 惠愃悵 惆悋悧悋 惺 悋惆. ]]>
惺惘 悋忰 (悋悖悋惘愕悋惠) :- 惺惡悋惘悸 惺 悴惺 悋悧悋惠 惶愃惘 悴惆悋 悋 惠惘 愃悋惡悋 惡悋惺 悋悴惘惆悸 惠惺愆 悋惠惘惡悸 悋 惺 悋惡悋惠 悋 鏈鏤鏤わ鏈 悋 惺 鏈鏤鏤わ鮫鏈鏈 鏈鏤鏤鏈鏈鏈鏤器 悋 惺 惘鏈 鏈鏤鏈わ惨鏤鏈鏤 悋 惠愀悸 惺 鏈鏤鏈わ左鏈鏈鏈 悋忰悋悋惠 悋愀惘. 鏈鏤鏈鏈 鏈鏤誌鏈鏈鏤鏈器鏈 (悋忰) 鏤 鏈鏤器鏈 鏈鏤鏈鏤器鏈. 鏤鏈鏈わ鏈鏤わ錆鏈 鏈鏈鏈鏈鏤鏈 鏤わ札 1-4 鏤べ 鏈鏤鏈鏤器鏈. 惆 悵惘 Baker and Wharton(1952) 惠悋惡 惆悸 惺 悋惘悋惆悋惠, 悖 悋悋 悋惶惘 悋惆悋悄 惺惘悋 悋惘悋惆 惆 悋惠 悋惡惆悋悸 悋悖 悵悋 悋惺 惺惆悋 悖愆惘 悒 忰 惆愃 悋惘悋惆 悖惘悋 悋惡惘惆 愕悸 1550 . 悖愆悋惘悋 悒 悖 惺悋 1835 悋愕惠惺 愕 Linnaeus 悋愕 悋悴愕 悋悋惘愕 "ACARUS" 惠悋惡 惺 悋惠惶 悋愀惡惺, 惓 惠悋 悋惠愀惘 悵悋 悋惺 悖悋悽惘 悋惘 悋惠悋愕惺 惺愆惘 悖悋悧 悋惘 悋惺愆惘 悖惘惡悋. 悋悖悋惘愕悋惠 惠惷 悴惺惠 悋悋悧悋惠 : 1- 悋惘悋惆 Ticks 2- 悋忰 Mites 悋悵 悽惠悛 悋愆 悋忰悴 悋惠惘惡 悋愕...... 悋 悋惘 惡 悋忰 悋惘悋惆 悋惘悋惆 悋惡惘 忰悴悋 悋忰 悋惘悋惆 悋惓惘 愕惡惡悋惠 悋悋惘悋惷 悋惺惆悸 惠忰 悋惴惘 悋悴悸 悋愃惘 悋悋悧悸 惠愃悵 惆悋悧悋 惺 悋惆. ]]> Fri, 17 Feb 2017 16:13:27 GMT /slideshow/ss-72277303/72277303 mhabmhadt@slideshare.net(mhabmhadt) 悋悋悸 悋悋惠惶悋惆悸 悋悋惺 悋悋悋惘愕悋惠 悋 mhabmhadt 惺惘 悋忰 (悋悖悋惘愕悋惠) :- 惺惡悋惘悸 惺 悴惺 悋悧悋惠 惶愃惘 悴惆悋 悋 惠惘 愃悋惡悋 惡悋惺 悋悴惘惆悸 惠惺愆 悋惠惘惡悸 悋 惺 悋惡悋惠 悋 鏈鏤鏤わ鏈 悋 惺 鏈鏤鏤わ鮫鏈鏈 鏈鏤鏤鏈鏈鏈鏤器 悋 惺 惘鏈 鏈鏤鏈わ惨鏤鏈鏤 悋 惠愀悸 惺 鏈鏤鏈わ左鏈鏈鏈 悋忰悋悋惠 悋愀惘. 鏈鏤鏈鏈 鏈鏤誌鏈鏈鏤鏈器鏈 (悋忰) 鏤 鏈鏤器鏈 鏈鏤鏈鏤器鏈. 鏤鏈鏈わ鏈鏤わ錆鏈 鏈鏈鏈鏈鏤鏈 鏤わ札 1-4 鏤べ 鏈鏤鏈鏤器鏈. 惆 悵惘 Baker and Wharton(1952) 惠悋惡 惆悸 惺 悋惘悋惆悋惠, 悖 悋悋 悋惶惘 悋惆悋悄 惺惘悋 悋惘悋惆 惆 悋惠 悋惡惆悋悸 悋悖 悵悋 悋惺 惺惆悋 悖愆惘 悒 忰 惆愃 悋惘悋惆 悖惘悋 悋惡惘惆 愕悸 1550 . 悖愆悋惘悋 悒 悖 惺悋 1835 悋愕惠惺 愕 Linnaeus 悋愕 悋悴愕 悋悋惘愕 "ACARUS" 惠悋惡 惺 悋惠惶 悋愀惡惺, 惓 惠悋 悋惠愀惘 悵悋 悋惺 悖悋悽惘 悋惘 悋惠悋愕惺 惺愆惘 悖悋悧 悋惘 悋惺愆惘 悖惘惡悋. 悋悖悋惘愕悋惠 惠惷 悴惺惠 悋悋悧悋惠 : 1- 悋惘悋惆 Ticks 2- 悋忰 Mites 悋悵 悽惠悛 悋愆 悋忰悴 悋惠惘惡 悋愕...... 悋 悋惘 惡 悋忰 悋惘悋惆 悋惘悋惆 悋惡惘 忰悴悋 悋忰 悋惘悋惆 悋惓惘 愕惡惡悋惠 悋悋惘悋惷 悋惺惆悸 惠忰 悋惴惘 悋悴悸 悋愃惘 悋悋悧悸 惠愃悵 惆悋悧悋 惺 悋惆. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/random-170217161327-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 惺惘 悋忰 (悋悖悋惘愕悋惠) :- 惺惡悋惘悸 惺 悴惺 悋悧悋惠 惶愃惘 悴惆悋 悋 惠惘 愃悋惡悋 惡悋惺 悋悴惘惆悸 惠惺愆 悋惠惘惡悸 悋 惺 悋惡悋惠 悋 鏈鏤鏤わ鏈 悋 惺 鏈鏤鏤わ鮫鏈鏈 鏈鏤鏤鏈鏈鏈鏤器 悋 惺 惘鏈 鏈鏤鏈わ惨鏤鏈鏤 悋 惠愀悸 惺 鏈鏤鏈わ左鏈鏈鏈 悋忰悋悋惠 悋愀惘. 鏈鏤鏈鏈 鏈鏤誌鏈鏈鏤鏈器鏈 (悋忰) 鏤 鏈鏤器鏈 鏈鏤鏈鏤器鏈. 鏤鏈鏈わ鏈鏤わ錆鏈 鏈鏈鏈鏈鏤鏈 鏤わ札 1-4 鏤べ 鏈鏤鏈鏤器鏈. 惆 悵惘 Baker and Wharton(1952) 惠悋惡 惆悸 惺 悋惘悋惆悋惠, 悖 悋悋 悋惶惘 悋惆悋悄 惺惘悋 悋惘悋惆 惆 悋惠 悋惡惆悋悸 悋悖 悵悋 悋惺 惺惆悋 悖愆惘 悒 忰 惆愃 悋惘悋惆 悖惘悋 悋惡惘惆 愕悸 1550 . 悖愆悋惘悋 悒 悖 惺悋 1835 悋愕惠惺 愕 Linnaeus 悋愕 悋悴愕 悋悋惘愕 &quot;ACARUS&quot; 惠悋惡 惺 悋惠惶 悋愀惡惺, 惓 惠悋 悋惠愀惘 悵悋 悋惺 悖悋悽惘 悋惘 悋惠悋愕惺 惺愆惘 悖悋悧 悋惘 悋惺愆惘 悖惘惡悋. 悋悖悋惘愕悋惠 惠惷 悴惺惠 悋悋悧悋惠 : 1- 悋惘悋惆 Ticks 2- 悋忰 Mites 悋悵 悽惠悛 悋愆 悋忰悴 悋惠惘惡 悋愕...... 悋 悋惘 惡 悋忰 悋惘悋惆 悋惘悋惆 悋惡惘 忰悴悋 悋忰 悋惘悋惆 悋惓惘 愕惡惡悋惠 悋悋惘悋惷 悋惺惆悸 惠忰 悋惴惘 悋悴悸 悋愃惘 悋悋悧悸 惠愃悵 惆悋悧悋 惺 悋惆.
悋悋悸 悋悋惠惶悋惆悸 悋悋惺 悋悋悋惘愕悋惠 悋 from 悸 悋惶惘 惺 悋慍惘悋惺悸
]]> 2162 4 https://cdn.slidesharecdn.com/ss_thumbnails/random-170217161327-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 惠愕悴 悋悋惺 悴惆惆悸 悋忰 悋悴惘悸 悋悸 惺悋 2010 /slideshow/2010-42876754/42876754 random-141219114508-conversion-gate02
Registration of new mite species in the Republic of Yemen 1. M. S. Ba - Hassen 1 and S. A. Ba- Angood 2 and A.M.Bin othman3 1 College of Education- Lawder, Univ. of Aden 2Department of Plant Protection, Nasir's College of Agric. El kod Research Station-Agricultural Research and Extension Authority Abstract This research work was conducted at the Department of Plant Protection , Nasir's College of Agriculture, University of Aden, during the period January 2006-December 2009. A survey of both harmful and useful mite species was conducted from fields in different climatic regions in the country, the coastal area was represented by Giar, Zingibar, Elkod, Halamah, Al khamlah, Almusaimeer, Dahl Ahmed, Alfanah, Alhussin, Azzuraiey, Batais, Miklan, Ahwar, Lawder, and Mudiah in Abyan Governorate, Mukalla, Thalah, and Assubaikhat, at Hadramout Governorate. The high altitude areas were represented by Mathbah, Dhala`a Shamlan, Wadi Dhahr, Bani Hushaish, in Sana`a Governorate; and Ma`aber and Rasaba from Dhamar Governorate. Desert-like areas were represented by Seiyun, Agarn, and Mariamah, areas from Hadramout Governorate. Mite species were collected in these areas from aerial parts of various plants and trees particularly vegetable plants and fruit trees as well as weeds neighboring them. Mite species were identified at the Department of plant Protection, Nasir's College of Agriculture, University of Aden, El kod Research Station, and were confirmed at the Department of Acarology, Faculty of Agriculture, University of Cairo. The collected species were compared with was registered previously in Yamen(18,17,15,3,2,1). The results have shown that the newly registered mite species were 37 that belong to 14 families.Seven species were just identified to the genus level and wrer sent abroad for further identification. Of the newly harmful registered ones, Six species belong to the family Eriophyidae, three to the family Tenupalpidae , two to the family Tetranychidae and two species belong to Tuckerellidae where one of themwas just identified to the genus level; and one species to the family Tarsonemidae. The beneficial mite species included Six species that belong to the family Phtosieidae, three species belong to the family Cheyletidae, two species belong to each of the families Tydeidae, Bdellaidae. Threespecies belong to the family Asceidae two of them wereidentified to the genus level only and the third one Biattisoaiu tarsalis was found feeding on eggs of the wax mat El kod Research Station Apiary. In addition to that, one species belong to each of the family Stigmaeidae and families Anystidae and Camerobiidae; and three species belong to the family Acarida, where two of them are multi-feeders. Keywords: Phytophagous mites, Predacious mites, Yemen.]]>
Registration of new mite species in the Republic of Yemen 1. M. S. Ba - Hassen 1 and S. A. Ba- Angood 2 and A.M.Bin othman3 1 College of Education- Lawder, Univ. of Aden 2Department of Plant Protection, Nasir's College of Agric. El kod Research Station-Agricultural Research and Extension Authority Abstract This research work was conducted at the Department of Plant Protection , Nasir's College of Agriculture, University of Aden, during the period January 2006-December 2009. A survey of both harmful and useful mite species was conducted from fields in different climatic regions in the country, the coastal area was represented by Giar, Zingibar, Elkod, Halamah, Al khamlah, Almusaimeer, Dahl Ahmed, Alfanah, Alhussin, Azzuraiey, Batais, Miklan, Ahwar, Lawder, and Mudiah in Abyan Governorate, Mukalla, Thalah, and Assubaikhat, at Hadramout Governorate. The high altitude areas were represented by Mathbah, Dhala`a Shamlan, Wadi Dhahr, Bani Hushaish, in Sana`a Governorate; and Ma`aber and Rasaba from Dhamar Governorate. Desert-like areas were represented by Seiyun, Agarn, and Mariamah, areas from Hadramout Governorate. Mite species were collected in these areas from aerial parts of various plants and trees particularly vegetable plants and fruit trees as well as weeds neighboring them. Mite species were identified at the Department of plant Protection, Nasir's College of Agriculture, University of Aden, El kod Research Station, and were confirmed at the Department of Acarology, Faculty of Agriculture, University of Cairo. The collected species were compared with was registered previously in Yamen(18,17,15,3,2,1). The results have shown that the newly registered mite species were 37 that belong to 14 families.Seven species were just identified to the genus level and wrer sent abroad for further identification. Of the newly harmful registered ones, Six species belong to the family Eriophyidae, three to the family Tenupalpidae , two to the family Tetranychidae and two species belong to Tuckerellidae where one of themwas just identified to the genus level; and one species to the family Tarsonemidae. The beneficial mite species included Six species that belong to the family Phtosieidae, three species belong to the family Cheyletidae, two species belong to each of the families Tydeidae, Bdellaidae. Threespecies belong to the family Asceidae two of them wereidentified to the genus level only and the third one Biattisoaiu tarsalis was found feeding on eggs of the wax mat El kod Research Station Apiary. In addition to that, one species belong to each of the family Stigmaeidae and families Anystidae and Camerobiidae; and three species belong to the family Acarida, where two of them are multi-feeders. Keywords: Phytophagous mites, Predacious mites, Yemen.]]> Fri, 19 Dec 2014 11:45:08 GMT /slideshow/2010-42876754/42876754 mhabmhadt@slideshare.net(mhabmhadt) 惠愕悴 悋悋惺 悴惆惆悸 悋忰 悋悴惘悸 悋悸 惺悋 2010 mhabmhadt Registration of new mite species in the Republic of Yemen 1. M. S. Ba - Hassen 1 and S. A. Ba- Angood 2 and A.M.Bin othman3 1 College of Education- Lawder, Univ. of Aden 2Department of Plant Protection, Nasir's College of Agric. El kod Research Station-Agricultural Research and Extension Authority Abstract This research work was conducted at the Department of Plant Protection , Nasir's College of Agriculture, University of Aden, during the period January 2006-December 2009. A survey of both harmful and useful mite species was conducted from fields in different climatic regions in the country, the coastal area was represented by Giar, Zingibar, Elkod, Halamah, Al khamlah, Almusaimeer, Dahl Ahmed, Alfanah, Alhussin, Azzuraiey, Batais, Miklan, Ahwar, Lawder, and Mudiah in Abyan Governorate, Mukalla, Thalah, and Assubaikhat, at Hadramout Governorate. The high altitude areas were represented by Mathbah, Dhala`a Shamlan, Wadi Dhahr, Bani Hushaish, in Sana`a Governorate; and Ma`aber and Rasaba from Dhamar Governorate. Desert-like areas were represented by Seiyun, Agarn, and Mariamah, areas from Hadramout Governorate. Mite species were collected in these areas from aerial parts of various plants and trees particularly vegetable plants and fruit trees as well as weeds neighboring them. Mite species were identified at the Department of plant Protection, Nasir's College of Agriculture, University of Aden, El kod Research Station, and were confirmed at the Department of Acarology, Faculty of Agriculture, University of Cairo. The collected species were compared with was registered previously in Yamen(18,17,15,3,2,1). The results have shown that the newly registered mite species were 37 that belong to 14 families.Seven species were just identified to the genus level and wrer sent abroad for further identification. Of the newly harmful registered ones, Six species belong to the family Eriophyidae, three to the family Tenupalpidae , two to the family Tetranychidae and two species belong to Tuckerellidae where one of themwas just identified to the genus level; and one species to the family Tarsonemidae. The beneficial mite species included Six species that belong to the family Phtosieidae, three species belong to the family Cheyletidae, two species belong to each of the families Tydeidae, Bdellaidae. Threespecies belong to the family Asceidae two of them wereidentified to the genus level only and the third one Biattisoaiu tarsalis was found feeding on eggs of the wax mat El kod Research Station Apiary. In addition to that, one species belong to each of the family Stigmaeidae and families Anystidae and Camerobiidae; and three species belong to the family Acarida, where two of them are multi-feeders. Keywords: Phytophagous mites, Predacious mites, Yemen. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/random-141219114508-conversion-gate02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Registration of new mite species in the Republic of Yemen 1. M. S. Ba - Hassen 1 and S. A. Ba- Angood 2 and A.M.Bin othman3 1 College of Education- Lawder, Univ. of Aden 2Department of Plant Protection, Nasir&#39;s College of Agric. El kod Research Station-Agricultural Research and Extension Authority Abstract This research work was conducted at the Department of Plant Protection , Nasir&#39;s College of Agriculture, University of Aden, during the period January 2006-December 2009. A survey of both harmful and useful mite species was conducted from fields in different climatic regions in the country, the coastal area was represented by Giar, Zingibar, Elkod, Halamah, Al khamlah, Almusaimeer, Dahl Ahmed, Alfanah, Alhussin, Azzuraiey, Batais, Miklan, Ahwar, Lawder, and Mudiah in Abyan Governorate, Mukalla, Thalah, and Assubaikhat, at Hadramout Governorate. The high altitude areas were represented by Mathbah, Dhala`a Shamlan, Wadi Dhahr, Bani Hushaish, in Sana`a Governorate; and Ma`aber and Rasaba from Dhamar Governorate. Desert-like areas were represented by Seiyun, Agarn, and Mariamah, areas from Hadramout Governorate. Mite species were collected in these areas from aerial parts of various plants and trees particularly vegetable plants and fruit trees as well as weeds neighboring them. Mite species were identified at the Department of plant Protection, Nasir&#39;s College of Agriculture, University of Aden, El kod Research Station, and were confirmed at the Department of Acarology, Faculty of Agriculture, University of Cairo. The collected species were compared with was registered previously in Yamen(18,17,15,3,2,1). The results have shown that the newly registered mite species were 37 that belong to 14 families.Seven species were just identified to the genus level and wrer sent abroad for further identification. Of the newly harmful registered ones, Six species belong to the family Eriophyidae, three to the family Tenupalpidae , two to the family Tetranychidae and two species belong to Tuckerellidae where one of themwas just identified to the genus level; and one species to the family Tarsonemidae. The beneficial mite species included Six species that belong to the family Phtosieidae, three species belong to the family Cheyletidae, two species belong to each of the families Tydeidae, Bdellaidae. Threespecies belong to the family Asceidae two of them wereidentified to the genus level only and the third one Biattisoaiu tarsalis was found feeding on eggs of the wax mat El kod Research Station Apiary. In addition to that, one species belong to each of the family Stigmaeidae and families Anystidae and Camerobiidae; and three species belong to the family Acarida, where two of them are multi-feeders. Keywords: Phytophagous mites, Predacious mites, Yemen.
惠愕悴 悋悋惺 悴惆惆悸 悋忰 悋悴惘悸 悋悸 惺悋 2010 from 悸 悋惶惘 惺 悋慍惘悋惺悸
]]> 977 2 https://cdn.slidesharecdn.com/ss_thumbnails/random-141219114508-conversion-gate02-thumbnail.jpg?width=120&height=120&fit=bounds presentation 000000 http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 https://cdn.slidesharecdn.com/profile-photo-mhabmhadt-48x48.jpg?cb=1709041780 The study showed that the number of types of dream collected from the areas to be surveyed during the study period Sixty-nine (69) species, of which (32) Thirty-two have been registered previously, while it was found that (37) Thirty-seven species of Dream is the first recording on the level Yemen, possible definition Thirty species of which, while seven species still subject to study the classification, have been sent abroad for the purpose of classification, we have found that all types of dream belongs to (15) fifteen families from the taxonomic, divided depending on how fed to: types harmful to plants Phytophagous 36 species belonging to five families, found that while there are 4 typ... www.aden-univ.net/contactus.aspx https://cdn.slidesharecdn.com/ss_thumbnails/random-240105183237-cc1d98d3-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/pptx-519a/265160430 惺惘惷 愆惘忰 悋悋惺 悋愕 悋... https://cdn.slidesharecdn.com/ss_thumbnails/random-240105172554-fe4e50b9-thumbnail.jpg?width=320&height=320&fit=bounds mhabmhadt/pptx-8e11 惺惘惷 悋悴慍悄 悋惓悋 悋惘悋惷... https://cdn.slidesharecdn.com/ss_thumbnails/random-170217161327-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/ss-72277303/72277303 悋悋悸 悋悋惠惶悋惆悸 悋...