Search results for " maar"

showing 5 items of 5 documents

Volcanic Lakes in Africa: The VOLADA_Africa 2.0 Database, and Implications for Volcanic Hazard

2021

Volcanic lakes pose specific hazards inherent to the presence of water: phreatic and phreatomagmatic eruptions, lahars, limnic gas bursts and dispersion of brines in the hydrological network. Here we introduce the updated, interactive and open-access database for African volcanic lakes, country by country. The previous database VOLADA (VOlcanic LAke DAta Base, Rouwet et al., Journal of Volcanology and Geothermal Research, 2014, 272, 78–97) reported 96 volcanic lakes for Africa. This number is now revised and established at 220, converting VOLADA_Africa 2.0 in the most comprehensive resource for African volcanic lakes: 81 in Uganda, 37 in Kenya, 33 in Cameroon, 28 in Madagascar, 19 in Ethiop…

geographyVolcanic hazardsgeography.geographical_feature_categoryRiftDatabaseLake NyosScienceLimnologyQVolcanismmaarcomputer.software_genreMaarhazard assessmentVolcanoAfricaAfrica volcanic lakes maar Lake Nyos database hazard assessmentPhreatomagmatic eruptionGeneral Earth and Planetary SciencesScoriacomputervolcanic lakesdatabaseFrontiers in Earth Science
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Kirjoituksia eletyistä ja kerrotuista elämistä

2020


 
 
 Maarit Leskelä-Kärki: Toisten elämät: Kirjoituksia elämäkerroista. Helsinki: Avain, 2017, 272 s.
 
 

elämäkerrallinen kirjallisuuskirja-arvostelutGeneral MedicineLeskelä-Kärki Maaritkulttuurihistoriaelämäkerrat
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Maarit Verrosen Pimeästä maasta lajien risteyksessä

2008

vaellusromaanitVerronen MaaritkehitysromaanitgenretfantasiakirjallisuusyhteiskuntakritiikkiallegoriatPimeästä maasta
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Sankaruuden kahdet kasvot : sankarinarratiivit Maarit Verrosen novelleissa

2012

Verronen MaaritnarratiivisuusperformatiivisuussankaruusNarratiivinen tutkimus
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Towards a dendrochronologically refined date of the Laacher See eruption around 13,000 years ago

2020

Highlights • Previous age estimates of the Laacher See Eruptions (LSE) around 12,900 years are still diverging and imprecise. • The combination of dendrochronology, wood anatomy, and 14C measurements holds the potential to establish a precise LSE date. • An absolute calendric date of the LSE would improve the synchronization of European Late Glacial to Holocene archives. Abstract The precise date of the Laacher See eruption (LSE), central Europe’s largest Late Pleistocene volcanic event that occurred around 13,000 years ago, is still unknown. Here, we outline the potential of combined high-resolution dendrochronological, wood anatomical and radiocarbon (14C) measurements, to refine the age …

TEPHRA010506 paleontologyArcheology010504 meteorology & atmospheric sciencesPleistoceneVARVE CHRONOLOGYPyroclastic rock01 natural scienceslaw.inventionVOLCANIC-ERUPTIONPaleontologylawINTCAL13Glacial periodRadiocarbon datingEcology Evolution Behavior and SystematicsHolocene0105 earth and related environmental sciencesCALIBRATIONGlobal and Planetary Changegeographygeography.geographical_feature_categorySubfossilGeologyRECORDABRUPT CLIMATE-CHANGEPALAEOLAKEVolcano13. Climate actionMEERFELDER MAARBiologieSEDIMENTSGeologyQuaternary Science Reviews
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