Academia.edu no longer supports Internet Explorer.
To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser.
2011, Florida Entomologist
…
5 pages
1 file
AI-generated Abstract
The Xylomya species found in Turkey are summarized and illustrated in this work. Xylomya ciscaucasica (Pleske 1928) and Xylomya mlokosiewiczi (Pleske 1925), previously only known from the Caucasus, are recorded from Turkey for the first time in this study. The male genitalia of X. ciscaucasica and the female genitalia of X. mlokosiewiczi and X. maculata (Meigen 1804) are illustrated for first time. The distribution of these species is briefly discussed and a key to Turkish species is given. Also a key to Turkish genera of Xylomyidae is given.
Florida Entomologist, 2011
BioOne Complete (complete.BioOne.org) is a full-text database of 200 subscribed and open-access titles in the biological, ecological, and environmental sciences published by nonprofit societies, associations, museums, institutions, and presses.
Bìologìčnì studìï, 2022
Background. The article presents the results of the research on carpenter bees (Hymenoptera: Apidae: Xylocopinae: Xylocopa) housed in the Lodos Entomological Museum (Ege University, Izmir, Turkey). There are 10 species of Xylocopa occurring on the territory of Turkey. Three of them are common and abundant (X. violacea, X. valga and X. iris) and the other species are moderately common or rare. The aim of this study is to present new locality records of the material on the Xylocopa fauna of Turkey preserved in the Lodos Entomological Museum, Turkey. Material and Methods. The objects of our research were carpenter bees collected from different localities of Turkey between 1975 and 2018 and housed in the Lodos Entomological Museum. Insects were collected by researchers, students and amateurs. We used stereoscopic microscope Bresser Advance ICD 10x-160x and specialized keys for Xylocopa identifi cation. Results. We analyzed 262 specimens of carpenter bees that belong to four species (Xylocopa iris, X. pubescens, X. valga and X. violacea). The information on the specimens' location and brief notes on the plants on which they were foraging is provided. Three of the analyzed species namely X. iris, X. valga and X. violacea are listed in the category "Least Concern" of the IUCN Red List. Conclusions. We found new locality records for three Xylocopa species: X. iris reported from Manisa pro vince for the first time, X.
Munis Entomology & Zoology, 2021
After many years of working on flies, he has created a rich collection about the Diptera fauna of Turkey. Within the context of his international relations, he has collaborated with many famous dipterologists in the identification and confirmation of the material in his collection. Some of his studies on this area have been published (
Munis Entomology and Zoology, 2020
Turkey constitutes an biogeographical bridge that connects Europe, Asia and Africa. Publications on its insect fauna began almost 180 years ago. To date, no studies have summarized the data in the massive body of publications compiled on its insect diversity. The current research addressed that situation by throroughly analyzing published notes, catalogues, databases and systematic revisions and other work on the insect fauna of Turkey. This study reports that the insect fauna of Turkey as of end-2019 is composed of 33820 known species and subspecies in 562 families and 25 orders. The number of species and subspecies of the dominant orders and their percentages are given in descending order, as follows: Coleoptera (11910 / 35.22%), Hymenoptera (6641 / 19.64%), Lepidoptera (5580 / 16.50%), Diptera (3742 / 11.06%), Hemiptera (3424 / 10.13%) and Orthoptera (734 / 2.17%). For these six orders, the total number of species and subspecies is 32031, which is 94.71% of the total. The extraordinary biogeographic diversity of Turkey, which includes Mediterranean, Irano-Anatolian and Caucasian biodiversity hotspots, is reflected in the chorotype analyses which showed that Mediterranean, European and Asiatic chorotypes are prominent. Moreover, there is a high proportion of endemic species and subspecies (3785 / 11.20% of total), with the numbers and percentages varying widely across the taxa. Furthermore, the number of reported endemics has increased by 49% since 2008. The data compiled in this study highlights the urgent need for protection of the extraordinarily diverse insect fauna of Turkey and their habitats.
Within the frame of the Entomofauna project of the Cesa, the development stages of the present study entitled “Diptera of Turkey” are briefly explained. Studying conditions of the authors in the remote areas in East Turkey, and in the laboratory before and after the earthquake 2011, as well as the present situation are discussed. Concerning the preparation of the present study, evaluating the literary data, field information, observations, photograph archive and collection of the Cesa are explained. Using the codes created for Cesa publications in the mapping is also mentioned. Evaluation of the images of the Diptera, as well as collected specimens within the frame of mutual collaboration, and its present situation is also discussed. Present situation of the dipterological works in Turkey as “a big picture” is discussed. Concerning the text, database programs used, and their temporary outputs are evaluated. Totally 995 evaluated publications are listed. Their contents from various scientific points are classified and the necessary references are shown. The main text is given as three different lists, i.e., family-, genus-group names, and specific list of Turkish Diptera. Valid names together with their synonyms are presented alphabetically. Opinions on the authorships are declared. Totally, 2992 Diptera species, belong to 963 genera and 72 families are listed. These families together with the number of species are as follows: Acroceridae (6 spp.), Agromyzidae (165 spp.), Anthomyiidae (8 spp.), Anthomyzidae (2 spp.), Asilidae (235 spp.), Athericidae (1 sp.), Bibionidae (7 spp.), Blephariceridae (12 spp.), Bolitophilidae (1 sp.), Bombyliidae (267 spp.), Braulidae (2 spp.), Calliphoridae (8 spp.), Carnidae (2 spp.), Cecidomyiidae (72 spp.), Ceratopogonidae (55 spp.), Chamaemyiidae (2 spp.), Chironomidae (140 spp.), Chloropidae (64 spp.), Chyromyidae (2 spp.), Conopidae (58 spp.), Culicidae (49 spp.), Cylindrotomidae (1 sp.), Dolichopodidae (100 spp.), Drosophilidae (36 spp.), Empidae (83 spp.), Ephydridae (14 spp.), Fanniidae (6 spp.), Heleomyzidae (16 spp.), Hybotidae (1 sp.), Keroplatidae (6 spp.), Lauxaniidae (9 spp.), Limoniidae (93 spp.), Lonchopteridae (1 sp.), Micropezidae (3 spp.), Milichiidae (3 spp.), Muscidae (134 spp.), Mycetophilidae (39 spp.), Mydidae (1 sp.), Mythicomyiidae (8 spp.), Nemestrinidae (10 spp.), Nycteribiidae (11 spp.), Opomyzidae (1 sp.), Pediciidae (10 spp.), Phoridae (8 spp.), Piophilidae (1 sp.), Pipunculidae (7 spp.), Platystomidae (17 spp.), Psilidae (5 spp.), Psychodidae (37 spp.), Rhagionidae (6 spp.), Rhinophoridae (8 spp.), Sarcophagidae (104 spp.), Scathophagidae (4 spp.), Sciaridae (2 spp.), Sciomyzidae (36 spp.), Sepsidae (17 spp.), Simuliidae (59 spp.), Sphaeroceridae (21 spp.), Stratiomyidae (63 spp.), Streblidae (1 sp.), Syrphidae (239 spp.), Tabanidae (171 spp.), Tachinidae (103 spp.), Tephritidae (121 spp.), Tethinidae (5 spp.), Therevidae (32 spp.), Tipulidae (139 spp.), Trichoceridae (2 spp.), Trixoscelidae (5 spp.), Ulidiidae (31 spp.), Xylomyidae ( 4 spp.). Totally 186 original images of 114 taxa, belong of the following 24 families, Acroceridae (1), Asilidae (3), Bibionidae (1), Bombyliidae (23), Cecidomyiidae (1), Ceratopogonidae (1), Chloropidae (2), Conopidae (8), Dolichopodidae (1), Empidae (2), Lauxaniidae (2), Muscidae (2), Nemestrinidae (4), Opomyzidae (1), Platystomidae (5), Sarcophagidae (2), Scathophagidae (3), Sciomyzidae (5), Stratiomyidae (11), Syrphidae (22), Tabanidae (3), Tachinidae (5), Tipulidae (1), Ulidiidae (6), are given. In the following 20 families, composed distributional maps of selected 167 species have been prepared for this study: Asilidae (2), Bibionidae (2), Bombyliidae (31), Chloropidae (1), Conopidae (5), Culicidae (1), Milichiidae (1), Muscidae (8), Nemestrinidae (3), Nycteribiidae (1), Platystomidae (2), Sciomyzidae (3), Sphaeroceridae (1), Stratiomyidae (5), Syrphidae (32), Tabanidae (23), Tachinidae (8), Tephritidae (26), Tipulidae (7), Ulidiidae (6). Besides, 166 composed maps are given.
We present 105 species of 14 families, collected in July 2005 from West Turkey. From them, 59 species are not mentioned in the "Catalogue of Palaearctic Dipterans" as belonging to the Turkish fauna, and 16 were not reported, yet, from Asia, according also to this catalogue.
Turkish journal of entomology, 2002
This study was carried out during 1997-1998 in Izmir province, western Turkey. The specimens of Diptera were collected from culture and non-culture plants and identified. Oscinella nartshukiana Beschovski, 1978 (Chloropidae) and Scaptomyza graminum (Fallen, 1823) were first records for the Turkish Diptera fauna.
Turkish Journal of Zoology, 2011
Three new species are described: Ophiomyia quadrispinosa sp. nov., Metopomyza lingulata sp. nov., and Pseudonapomyza multicostata sp. nov. Five species are recorded from Turkey for the first time: Melanagromyza provecta (de Meijere), Liriomyza lutea (Meigen), L. periorbita Hendel, Phytomyza veronicicola Hering, and P. wahlgreni Ryden. All species were collected from Elazig and Malatya provinces in 2007 and 2008. The general distribution and a description of each species are presented.
2016
The present study is based on bee samples collected in various parts of Turkey since the 1970s. Examination of the material and an overview of the literature sources allowed us to reach the conclusion that the genus Ceratina Latreille (Ceratinini) includes 27 species and two subspecies, while only one species of the genus Exoneuridia Cockerell (Allodapini) is found in Turkey. With a current 10 Xylocopa species previously recorded, a total of 38 species and two subspecies in the subfamily Xylocopinae occur in the country. Each species has a different distribution range; some Ceratina species are abundantly or moderately distributed, but certain species are very rare: C. christellae has been known from Antalya and Hakkâri, C. hakkarica from Hakkâri, C. neocallosa from Nevşehir, C. rasmonti from Ağrı and Van, C. warnckei from Hakkâri, Kahramanmaraş and Şırnak, C. schwarziana from Hakkâri and Kars. Ceratina chalcites ebmeri, C. denesi, C. hakkarica, C. rasmonti, C. warnckei and Exoneuri...
Munis Entomology & Zoology, 2020
Turkey constitutes an biogeographical bridge that connects Europe, Asia and Africa. Publications on its insect fauna began almost 180 years ago. To date, no studies have summarized the data in the massive body of publications compiled on its insect diversity. The current research addressed that situation by throroughly analyzing published notes, catalogues, databases and systematic revisions and other work on the insect fauna of Turkey. This study reports that the insect fauna of Turkey as of end-2019 is composed of 33820 known species and subspecies in 562 families and 25 orders. The number of species and subspecies of the dominant orders and their percentages are given in descending order, as follows: Coleoptera (11910 / 35.22%), Hymenoptera (6641 / 19.64%), Lepidoptera (5580 / 16.50%), Diptera (3742 / 11.06%), Hemiptera (3424 / 10.13%) and Orthoptera (734 / 2.17%). For these six orders, the total number of species and subspecies is 32031, which is 94.71% of the total. The extraordinary biogeographic diversity of Turkey, which includes Mediterranean, Irano-Anatolian and Caucasian biodiversity hotspots, is reflected in the chorotype analyses which showed that Mediterranean, European and Asiatic chorotypes are prominent. Moreover, there is a high proportion of endemic species and subspecies (3785 / 11.20% of total), with the numbers and percentages varying widely across the taxa. Furthermore, the number of reported endemics has increased by 49% since 2008. The data compiled in this study highlights the urgent need for protection of the extraordinarily diverse insect fauna of Turkey and their habitats.
BALKAN, PODUNAVLJE I ISTOČNA EVROPA U RIMSKO DOBA I U RANOM SREDNJEM VEKU, 2019
Ostrožskaja Biblija i razvitie biblejskoj tradicii u slavjan: kollektivnaja monografija / Острожская Библия и развитие библейской традиции у славян: коллективная монография, 2022
Art Bulletin, 1981
en J.L. Falguera, U. Rivas y J.M. Sagüillo (eds.) La filosofía analítica en el cambio de milenio. Santiago de Compostela, Universidad de Santiago de Compostela, 1999
Sociologie Du Travail, 1999
Journal of Education Culture and Society
Cellular Signalling, 2010
Higher Education in Europe, 2007
Quality Education for All, 2025
Journal of Clinical Rheumatology, 2012
Staff Papers - International Monetary Fund, 1992
Final Report for …, 2009
International Journal of Latest Technology in Engineering, Management & Applied Science (IJLTEMAS), 2020