2010
DOI: 10.3906/biy-0812-1
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Phytoplankton Composition and Environmental Conditions of the Mucilage Event in the Sea of Marmara

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Cited by 37 publications
(7 citation statements)
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“…Zooplankton diversity was low at the target sampling station in contrast to comparatively high phytoplankton diversity (35 diatom and 9 dino agellate species) composed of common species along the study area excluding two species having the highest abundances retained only at the station (Fig.7) compared to rest of the stations in the present study area (Table2) (Karaca 2023). These two species were common (Scrippsiella acuminata and Prorocentrum triestinum) between the station (Karaca 2023) (Table2, Fig.7) and the Adriatic phytoplankton composition derived by the BiOS and NIG in different winter conditions of 2016-2017(Jasprica et al 2022).Linked possibly to the BiOS, another oceanographical event was the mucilage which was intensively formed in the Adriatic Sea and noticed by the international scienti c community during 1988-1991(Penna et al 1993;Rinaldi et al 1995), which was later occurred in the Sea of Marmara(Tüfekçi et al 2010). First most massive mucilage formation in the past was slightly noticed by sportsmen in 1992 and has only been documented by an underwater camera in Erdek Bay(Tüfekçi et al.…”
mentioning
confidence: 89%
“…Zooplankton diversity was low at the target sampling station in contrast to comparatively high phytoplankton diversity (35 diatom and 9 dino agellate species) composed of common species along the study area excluding two species having the highest abundances retained only at the station (Fig.7) compared to rest of the stations in the present study area (Table2) (Karaca 2023). These two species were common (Scrippsiella acuminata and Prorocentrum triestinum) between the station (Karaca 2023) (Table2, Fig.7) and the Adriatic phytoplankton composition derived by the BiOS and NIG in different winter conditions of 2016-2017(Jasprica et al 2022).Linked possibly to the BiOS, another oceanographical event was the mucilage which was intensively formed in the Adriatic Sea and noticed by the international scienti c community during 1988-1991(Penna et al 1993;Rinaldi et al 1995), which was later occurred in the Sea of Marmara(Tüfekçi et al 2010). First most massive mucilage formation in the past was slightly noticed by sportsmen in 1992 and has only been documented by an underwater camera in Erdek Bay(Tüfekçi et al.…”
mentioning
confidence: 89%
“…Diğer faktörler arasında koyunun ileri yaşı, kötü diş yapısı, ayak çıkıntıları, gastrointestinal parazitler veya bir karaciğer hastalığı yer almaktadır. Her ne kadar bu hastalığın görülme sıklığını ve ekonomik sonuçlarını ölçmek kolay olmasa da özellikle küçükbaş hayvan üretimindeki etkisine ilişkin bazı bilgiler söz konusudur (81). Ölüm oranının yanı sıra, etkilenen koyunların sağlığı ve üretimi üzerinde de klinik veya subklinik olarak önemli bir etkisi söz konusudur.…”
Section: Metabolik Hastalıkların Teşhisine Bir öRnek: Gebelik Toksemisiunclassified
“…Yüzyıl başlarına kadar da üzerinde az çalışılan bir konu olmuştur. 76 1920 yılına kadar sadece Adriyatik'te 77 gözlenen fenomen, 1991' de Tiren Denizi'nde 78 ; 2007' de Ligurian Denizi'nde 79 2007' de Marmara Denizi'nde 80,81,82,83,84,85 ve 2008' de Kuzey Ege Denizi'nde 79 görülerek raporlanmıştır. 2007' de Marmara' da ilk kez gözlenen olay 2020 kış aylarından itibaren 2021 yılı boyunca İzmit Körfezi'nden başlayarak neredeyse tüm Marmara'yı kaplayarak yaz aylarında Çanakkale Boğazına ulaşmış, akıntılarla boğazdan çıkarak kuzeye doğru yönelerek Bozcaada kıyılarında, Gökçeada, Semadirek ve Limni Adası açıklarına 86 kadar rüzgarlarla taşınmıştır.…”
Section: Deni̇z Salyasi çEvre Ki̇rli̇li̇ği̇unclassified
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“…These organisms can be used in biological monitoring studies (Oehlmann & Schulte-Oehlmann, 2003), can act as ecosystem engineers (Fortunato, 2015) and can take part in the functions of ecosystems (Carnegie et al, 2016). However, the productive habitats covering these classes are under the influence of man-made factors, such as the opening of coastal areas to settlement (Von Storch et al, 2015), pollution (Bloch & Klingbeil, 2015), climate change (Burden et al, 2020), mucilage (Tüfekçi et al, 2010;Savun-Hekimoğlu & Gazioğlu, 2021;Aslan et al, 2021b). Among these factors, mucilage formation was observed in the Sea of Marmara in 2020 and reached the Çanakkale Strait and also Gökçeada by the effect of currents and winds.…”
Section: Introductionmentioning
confidence: 99%