Freshwater tecamboebae abundance in different water bodies from a polygonal tundra landscape near the WWF station Kytalyk at the Berelekh River in the Indigirka lowland (NE Siberia) during summer 2011
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| Format: | Dataset Open Access |
| Langue: | en |
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PANGAEA
2022
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| _version_ | 1867170408723120128 |
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| author | Schirrmeister, Lutz Herzschuh, Ulrike Pestryakova, Luidmila A Wetterich, Sebastian Bobrov, Anatoly A Frolova, Larisa A Ushnitskaya, Lena A Levina, Sardana N Schneider, Andrea Nigamatzyanova, Gulnara R |
| author_facet | Schirrmeister, Lutz Herzschuh, Ulrike Pestryakova, Luidmila A Wetterich, Sebastian Bobrov, Anatoly A Frolova, Larisa A Ushnitskaya, Lena A Levina, Sardana N Schneider, Andrea Nigamatzyanova, Gulnara R |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | Patterned ground of the polygonal tundra yields sensitive indicators of environmental and climate change. Polygon ponds, mires and cryosoils are typical components of Arctic Siberian wetlands underlain by permafrost. Field studies of recent environmental dynamics were carried out in the Indigirka lowland in summer 2011 and 2012. Using a multidisciplinary approach, several stages of polygonal systems were studied as modern tundra habitats in the surrounding of the WWF station Kytalyk at the Berelekh River, a tributary of the Indigirka River. The floral and faunal associations of the polygonal tundra landscape were described. Ecological, hydrological, meteorological, limnological and cryological features were analyzed in order to evaluate modern environmental conditions and their essential controlling parameters. A monitoring program was carried out to measure changes of air, water and ground temperatures as well as water conductivity, water level and soil moisture and to collect water, diatom, zooplankton, zoobenthos, tecamoebae, phytoplankton and ostracod samples. These data sets contain environmental field data, logger data, various ecological data, and analyses of sediments and water. This dataset comprises freshwater tecamboebae abundance data in different water bodies from a polygonal tundra landscape, near the WWF station Kytalyk at the Berelekh River. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_946877 |
| institution | PANGAEA |
| language | en |
| publishDate | 2022 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Freshwater tecamboebae abundance in different water bodies from a polygonal tundra landscape near the WWF station Kytalyk at the Berelekh River in the Indigirka lowland (NE Siberia) during summer 2011 Schirrmeister, Lutz Herzschuh, Ulrike Pestryakova, Luidmila A Wetterich, Sebastian Bobrov, Anatoly A Frolova, Larisa A Ushnitskaya, Lena A Levina, Sardana N Schneider, Andrea Nigamatzyanova, Gulnara R Arcella arenaria var. compressa; Arcella costata; Arcella discoides; Arcella gibbosa; Arcella Intermedia; Arcella megastoma; Arcella mitrata var. spectabilis; Arcella rotundata; Arcella rotundata var. stenostoma; Arcella vulgaris; Arcella vulgaris var. crenulata; Arcella vulgaris var. wailesi; Assulina muscorum; Assulina muscorum var. stenostoma; AWI_Envi; AWI_KYT-1; AWI_KYT-10; AWI_KYT-11; AWI_KYT-12; AWI_KYT-13; AWI_KYT-14; AWI_KYT-15; AWI_KYT-16; AWI_KYT-17; AWI_KYT-18; AWI_KYT-19; AWI_KYT-2; AWI_KYT-20; AWI_KYT-21; AWI_KYT-22; AWI_KYT-23; AWI_KYT-24; AWI_KYT-25; AWI_KYT-26; AWI_KYT-27; AWI_KYT-3; AWI_KYT-4; AWI_KYT-5; AWI_KYT-6; AWI_KYT-7; AWI_KYT-8; AWI_KYT-9; AWI_Perma; AWI Arctic Land Expedition; Bullinularia indica; Calculated; Centropyxis aculeata; Centropyxis aculeata var. minor; Centropyxis aerophila; Centropyxis cassis; Centropyxis cassis var. spinifera; Centropyxis cf. aculeata; Centropyxis constricta; Centropyxis constricta var. minima; Centropyxis discoides; Centropyxis ecornis; Centropyxis ecornis forma minima; Centropyxis gasparella; Centropyxis gibba; Centropyxis platystoma; Centropyxis pontigulasiaformis; Centropyxis sylvatica; Centropyxis sylvatica var. minor; Corythion dubium; Corythion sp.; Cryptodifflugia bassini; Cryptodifflugia oviformis; Cryptodifflugia oviformis forma fusca; Date/Time of event; Difflugia cratera; Difflugia difficilis; Difflugia gassowski; Difflugia geosphaerica; Difflugia globulosa; Difflugia globulus; Difflugia gramen; Difflugia lata; Difflugia linearis; Difflugia mica; Difflugia microstoma; Difflugia minuta; Difflugia oblonga; Difflugia oblonga var. gigantea; Difflugia parva; Difflugia perfilievi; Difflugia pristis; Difflugia pyriformis; Difflugia schuurmani; environmental data; Euglypha compressa; Euglypha compressa forma glabra; Euglypha cuspidata; Euglypha dolioliformis; Euglypha tuberculata; Event label; freshwater diatoms; freshwater ostracodes; Heleopera petricola; Heleopera petricola var. amethystea; Heleopera sphagni; Hyalosphenia papilio; Hydrochemistry; hydrological data; Kytalyk; Kytalyk2011; Lagenodifflugia vas; LAKE; Latitude of event; Lesquereusia epistomium; Lesquereusia longicollis; Lesquereusia modesta; Lesquereusia spiralis; Longitude of event; Paraquadrulla irregularis; Permafrost; Permafrost Research; Plagiopyxis penardi; Polar Terrestrial Environmental Systems @ AWI; POLYGON; polygonal landscapes; Polygons in tundra wetlands: state and dynamics under climate variability in Polar Regions; Pseudodifflugia gracilis var. terricola; RU-Land_2011_Kytalyk; Sample code/label; Sampling lake; Schoenbornia humicola; sediment data; Sphenoderia fissirostris; Stereo microscope (Zeiss, Axiostar); tecamoebae; Testacea; Testacea sp.; Trinema lineare; zoobenthos; Zooplankton Patterned ground of the polygonal tundra yields sensitive indicators of environmental and climate change. Polygon ponds, mires and cryosoils are typical components of Arctic Siberian wetlands underlain by permafrost. Field studies of recent environmental dynamics were carried out in the Indigirka lowland in summer 2011 and 2012. Using a multidisciplinary approach, several stages of polygonal systems were studied as modern tundra habitats in the surrounding of the WWF station Kytalyk at the Berelekh River, a tributary of the Indigirka River. The floral and faunal associations of the polygonal tundra landscape were described. Ecological, hydrological, meteorological, limnological and cryological features were analyzed in order to evaluate modern environmental conditions and their essential controlling parameters. A monitoring program was carried out to measure changes of air, water and ground temperatures as well as water conductivity, water level and soil moisture and to collect water, diatom, zooplankton, zoobenthos, tecamoebae, phytoplankton and ostracod samples. These data sets contain environmental field data, logger data, various ecological data, and analyses of sediments and water. This dataset comprises freshwater tecamboebae abundance data in different water bodies from a polygonal tundra landscape, near the WWF station Kytalyk at the Berelekh River. |
| title | Freshwater tecamboebae abundance in different water bodies from a polygonal tundra landscape near the WWF station Kytalyk at the Berelekh River in the Indigirka lowland (NE Siberia) during summer 2011 |
| topic | Arcella arenaria var. compressa; Arcella costata; Arcella discoides; Arcella gibbosa; Arcella Intermedia; Arcella megastoma; Arcella mitrata var. spectabilis; Arcella rotundata; Arcella rotundata var. stenostoma; Arcella vulgaris; Arcella vulgaris var. crenulata; Arcella vulgaris var. wailesi; Assulina muscorum; Assulina muscorum var. stenostoma; AWI_Envi; AWI_KYT-1; AWI_KYT-10; AWI_KYT-11; AWI_KYT-12; AWI_KYT-13; AWI_KYT-14; AWI_KYT-15; AWI_KYT-16; AWI_KYT-17; AWI_KYT-18; AWI_KYT-19; AWI_KYT-2; AWI_KYT-20; AWI_KYT-21; AWI_KYT-22; AWI_KYT-23; AWI_KYT-24; AWI_KYT-25; AWI_KYT-26; AWI_KYT-27; AWI_KYT-3; AWI_KYT-4; AWI_KYT-5; AWI_KYT-6; AWI_KYT-7; AWI_KYT-8; AWI_KYT-9; AWI_Perma; AWI Arctic Land Expedition; Bullinularia indica; Calculated; Centropyxis aculeata; Centropyxis aculeata var. minor; Centropyxis aerophila; Centropyxis cassis; Centropyxis cassis var. spinifera; Centropyxis cf. aculeata; Centropyxis constricta; Centropyxis constricta var. minima; Centropyxis discoides; Centropyxis ecornis; Centropyxis ecornis forma minima; Centropyxis gasparella; Centropyxis gibba; Centropyxis platystoma; Centropyxis pontigulasiaformis; Centropyxis sylvatica; Centropyxis sylvatica var. minor; Corythion dubium; Corythion sp.; Cryptodifflugia bassini; Cryptodifflugia oviformis; Cryptodifflugia oviformis forma fusca; Date/Time of event; Difflugia cratera; Difflugia difficilis; Difflugia gassowski; Difflugia geosphaerica; Difflugia globulosa; Difflugia globulus; Difflugia gramen; Difflugia lata; Difflugia linearis; Difflugia mica; Difflugia microstoma; Difflugia minuta; Difflugia oblonga; Difflugia oblonga var. gigantea; Difflugia parva; Difflugia perfilievi; Difflugia pristis; Difflugia pyriformis; Difflugia schuurmani; environmental data; Euglypha compressa; Euglypha compressa forma glabra; Euglypha cuspidata; Euglypha dolioliformis; Euglypha tuberculata; Event label; freshwater diatoms; freshwater ostracodes; Heleopera petricola; Heleopera petricola var. amethystea; Heleopera sphagni; Hyalosphenia papilio; Hydrochemistry; hydrological data; Kytalyk; Kytalyk2011; Lagenodifflugia vas; LAKE; Latitude of event; Lesquereusia epistomium; Lesquereusia longicollis; Lesquereusia modesta; Lesquereusia spiralis; Longitude of event; Paraquadrulla irregularis; Permafrost; Permafrost Research; Plagiopyxis penardi; Polar Terrestrial Environmental Systems @ AWI; POLYGON; polygonal landscapes; Polygons in tundra wetlands: state and dynamics under climate variability in Polar Regions; Pseudodifflugia gracilis var. terricola; RU-Land_2011_Kytalyk; Sample code/label; Sampling lake; Schoenbornia humicola; sediment data; Sphenoderia fissirostris; Stereo microscope (Zeiss, Axiostar); tecamoebae; Testacea; Testacea sp.; Trinema lineare; zoobenthos; Zooplankton |
| url | https://doi.org/10.1594/PANGAEA.946877 |