Search results for "MIDGES DIPTERA"

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Recent changes in chironomid communities and hypolimnetic oxygen conditions relate to organic carbon in subarctic ecotonal lakes

2018

A key question in aquatic elemental cycling is related to the influence of bottom water oxygen conditions in regulating the burial and release of carbon under climate warming. In this study, we used head capsules of Chironomidae larvae to assess community and diversity change between the past (estimated as Pre-Industrial Period) and present and to reconstruct changes in hypolimnetic oxygen conditions from 30 subarctic ecotonal lakes (northeastern Lapland) using the top-bottom paleolimnological approach applying surface sediment (topmost 0-2 cm) and reference (4-5 cm) samples. Subsequently, we tested the findings against dissolved organic carbon (DOC) concentration of the sites. We found tha…

liuennut orgaaninen hiili010504 meteorology & atmospheric sciencesClimateCALIBRATION MODEL010501 environmental sciencesDOC01 natural sciencesPaleolimnologyFreshwater ecosystemFRESH-WATER ECOSYSTEMSDissolved organic carbonGREENHOUSE-GASWaste Management and DisposalTEMPERATUREhappikatoTotal organic carbonCLIMATE-CHANGEpaleolimnologyPollutionSubarctic climateAdaptation PhysiologicalpaleolimnologiaOceanographyBenthic zonedissolved oxygenHypolimnionEnvironmental MonitoringEnvironmental EngineeringClimate Changeta1171ChironomidaeBottom waterRECONSTRUCTIONSSUBFOSSIL CHIRONOMIDSEnvironmental ChemistryAnimals14. Life underwatersurviaissääsket1172 Environmental sciences0105 earth and related environmental sciencesMIDGES DIPTERA15. Life on landNUTRIENT DYNAMICSCarbontop-bottom approachOxygenLakesLapland13. Climate actionEnvironmental scienceta1181subarktinen vyöhykeSOUTHERN FINLANDScience of the Total Environment
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