Abstract:Marine and Life SciencesSome water quality parameters (water temperature, conductivity and pH) and zooplankton fauna were investigated in 10 water wells. Fourteen ( 14) species of Rotifera (46.67%), 10 species of Copepoda (33.33%), and 6 species of Cladocera (20%) were recorded. It was observed that the most widely distributed species are Rotaria neptunia (7 wells), Keratella quadrata (5 wells), Daphnia curvirostris (8 wells), Coronatella rectangula (in 6 wells), Chydorus sphaericus and Pleuroxus aduncus (5 we… Show more
“…mehmetadami and K. xanthi, discovered in this study and recently added to the zooplankton fauna in inland waters of Turkey, were identified for the first time from interstitial samples from Turkey (Karaytuğ et al, 2018;Bruno and Cottarelli, 2015). K. xanthi was found for the second time in the Sarıseki stream and reeds (Bozkurt, 2017), and the third time in the well water in the Yayladağı district (Bozkurt, 2022). N. kosswigi and N. stammeri, which are rarely found in inland waters of Turkey, were found in the Dragon River (Bozkurt, 2017), additionally N. stammeri was found in the well waters of Yayladağ district (Bozkurt, 2022).…”
Section: Discussionsupporting
confidence: 54%
“…Table 5. The relationships between zooplankton and water quality parameters was found in Turkey for the first time from Gölbaşı lake (Bozkurt, 2007), second time from Sarıseki stream (Bozkurt, 2017) and third time from Yayladağı well waters (Bozkurt, 2022). L. brevicornis was first reported from interstitial samples from Gölkent Lake in Turkey (Bozkurt, 2007).…”
Section: Discussionmentioning
confidence: 96%
“…K. xanthi was found for the second time in the Sarıseki stream and reeds (Bozkurt, 2017), and the third time in the well water in the Yayladağı district (Bozkurt, 2022). N. kosswigi and N. stammeri, which are rarely found in inland waters of Turkey, were found in the Dragon River (Bozkurt, 2017), additionally N. stammeri was found in the well waters of Yayladağ district (Bozkurt, 2022). Speocyclops found in this study was first record in well waters in Turkey by Bozkurt (2018).…”
Some water quality parameters (salinity, water temperature, conductivity and dissolved oxygen) and zooplankton fauna were investigated in 4 rivers within the borders of Arsuz district of Hatay Province. Forty three (43) species of Rotifera (61.43%), 21 species of Copepoda (30%), and 6 species of Cladocera (8.57%) were recorded. In the study, 15 families from Rotifera were recorded, Lecanidae was the richest family with 12 species, Chydoridae from Cladocera represented by three families was the richest family with 4 species, and Cyclopoidae from Copepoda, represented by 10 families, was the richest family with 8 species. It was observed that Cephalodella gibba, Colurella adriatica, Eucyclops serrulatus and Paracyclops fimbriatus were the most common species recorded in all four running waters. Most species (51 species) were recorded in Arsuz Stream, followed by Gümüşkent stream with 32 species. In the study in which a total of 70 taxa were recorded, only 12 taxa were very abundant (+++) and abundant (++) levels in various seasons and rivers. Only 2 rotifer Brachionus quadridentatus and Lecane hamata were very abundant. There was a significant and positive relationship between zooplankton species diversity, abundance, and water quality parameters.
“…mehmetadami and K. xanthi, discovered in this study and recently added to the zooplankton fauna in inland waters of Turkey, were identified for the first time from interstitial samples from Turkey (Karaytuğ et al, 2018;Bruno and Cottarelli, 2015). K. xanthi was found for the second time in the Sarıseki stream and reeds (Bozkurt, 2017), and the third time in the well water in the Yayladağı district (Bozkurt, 2022). N. kosswigi and N. stammeri, which are rarely found in inland waters of Turkey, were found in the Dragon River (Bozkurt, 2017), additionally N. stammeri was found in the well waters of Yayladağ district (Bozkurt, 2022).…”
Section: Discussionsupporting
confidence: 54%
“…Table 5. The relationships between zooplankton and water quality parameters was found in Turkey for the first time from Gölbaşı lake (Bozkurt, 2007), second time from Sarıseki stream (Bozkurt, 2017) and third time from Yayladağı well waters (Bozkurt, 2022). L. brevicornis was first reported from interstitial samples from Gölkent Lake in Turkey (Bozkurt, 2007).…”
Section: Discussionmentioning
confidence: 96%
“…K. xanthi was found for the second time in the Sarıseki stream and reeds (Bozkurt, 2017), and the third time in the well water in the Yayladağı district (Bozkurt, 2022). N. kosswigi and N. stammeri, which are rarely found in inland waters of Turkey, were found in the Dragon River (Bozkurt, 2017), additionally N. stammeri was found in the well waters of Yayladağ district (Bozkurt, 2022). Speocyclops found in this study was first record in well waters in Turkey by Bozkurt (2018).…”
Some water quality parameters (salinity, water temperature, conductivity and dissolved oxygen) and zooplankton fauna were investigated in 4 rivers within the borders of Arsuz district of Hatay Province. Forty three (43) species of Rotifera (61.43%), 21 species of Copepoda (30%), and 6 species of Cladocera (8.57%) were recorded. In the study, 15 families from Rotifera were recorded, Lecanidae was the richest family with 12 species, Chydoridae from Cladocera represented by three families was the richest family with 4 species, and Cyclopoidae from Copepoda, represented by 10 families, was the richest family with 8 species. It was observed that Cephalodella gibba, Colurella adriatica, Eucyclops serrulatus and Paracyclops fimbriatus were the most common species recorded in all four running waters. Most species (51 species) were recorded in Arsuz Stream, followed by Gümüşkent stream with 32 species. In the study in which a total of 70 taxa were recorded, only 12 taxa were very abundant (+++) and abundant (++) levels in various seasons and rivers. Only 2 rotifer Brachionus quadridentatus and Lecane hamata were very abundant. There was a significant and positive relationship between zooplankton species diversity, abundance, and water quality parameters.
“…Rotifera had the highest abundance with 16 taxa and 659 individuals; contributing 68.8% of the total zooplankton assemblage, followed by Copepoda -6 taxa and 228 individuals (23.8%) and Protozoa had 2 taxa and 71 individuals (7.4%). Rotifera had the highest abundance in line with Bozkurt (2019Bozkurt ( , 2022 especially in the uncovered wells (2, 4 and 5). This could be attributed to their capacity to tolerate wide range of physicochemical parameters (Hamaidi-Chergui et al, 2013).…”
Section: -Plankton Composition Abundance and Distributionmentioning
confidence: 98%
“…However, the overall abundance was high and comparable to some surfacewater environment in Nigeria. Elsewhere across the globe groundwater zooplankton were well documented (Cavite et al, 2017;Korbel et al, 2017;Bozkurt, 2019;Pociecha, et al, 2021;Bozkurt, 2022). Rotifera had the highest abundance with 16 taxa and 659 individuals; contributing 68.8% of the total zooplankton assemblage, followed by Copepoda -6 taxa and 228 individuals (23.8%) and Protozoa had 2 taxa and 71 individuals (7.4%).…”
Section: -Plankton Composition Abundance and Distributionmentioning
Groundwater is one of the cheapest sources of freshwater for most human activities in the developing countries. Groundwater is also home to some aquatic biota which has been poorly studied in Nigeria. The composition, abundance and distribution of plankton in 5 hand-dug wells were assessed in relation to some physicochemical parameters. The study was carried out between April and November 2022 in Ikpe Community, Akwa Ibom State, Nigeria using standard methods. The physicochemical results were: temperature (24.2-29.8 o C), pH (6.0-7.9), electrical conductivity (60.3-136.4µs/cm), total dissolved solids (42.2-95.5mg/l), nitrate (0.22-3.73mg/1), chloride (13.8-134.3mg/l) and phosphate (0.42-1.85mg/L). All the parameters were within acceptable limits except pH while nitrate, chloride and phosphate were significantly higher in wells 4 and 5. The phytoplankton recorded 17 species and 415 individuals/l in the uncovered wells while the zooplankton recorded 24 species and 958 individual/l in all the wells. The plankton assemblage was rich and comparable to some surface water environments. However, the presence and dominance of indicator groups (Baccillariophyceae and Rotifera) especially in the uncovered wells (2, 4 and 5) is an indication that the water quality was deteriorating. The low values of the biodiversity indices also point to the poor water quality. It can be concluded that the composition, abundance and distribution of the plankton in the wells was influenced by the physicochemical conditions of the wells, which in turn was influenced by the location, construction, human activities and the general environmental conditions of the wells.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.