Hae
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Rapakivi-related In-rich mineralisations in southeastern Fennoscandia
(Turun yliopisto, 2019-06-14)
Indium is a critical metal for the world’s electronic industry due to its use in flat panel devices such as liquid crystal displays, plasma display panels and OLED displays. Thus, indium is used in televisions, mobile ...
An outline for Finnish tephrochronology – Volcanic ash as a dating method in Finland
(Turun yliopisto, 2020-11-20)
Tephrochronology is a high-precision dating method that uses volcanic ash horizons as isochrons in correlating and dating geological records and archaeological sites. First developed in the volcanic regions of the world, ...
Human and climate-induced changes in boreal varve characteristics and preservation
(Turun yliopisto, 2022-05-13)
Recent variations in varve preservation and characteristics were recorded from Lakes Lehmilampi, Vesijärvi, Kallio-Kourujärvi, Kantele, Kuninkaisenlampi, and Linnanlampi to examine how varve formation, preservation, and ...
The Sensitivity of Annually Laminated Lake Sediments in Central and Eastern Finland to the Late Holocene Climate
(Turun yliopistoAnnales Universitatis Turkuensis A II 331, 2017-06-12)
This dissertation discusses sedimentary varve formation and Late Holocene paleoenvironmental and climatic variation. Varved sediment records from five lakes in central and eastern Finland were studied. ...
Past, present and future - assessing changes in aquatic environments using subfossil diatoms
(Turun yliopistoAnnales Universitatis Turkuensis A II 250, 2010-06-10)
The deterioration of surface waters is one of the most important issues in the environmental management of the European Union. Thus, the EU Water Framework Directive 2000/60/EC (WFD) requires “good ecological and chemical ...
New Insight into the depositional and tectonic constraints over the Paleogene and Neogene evolution within the Arabian Peninsula
(Turun yliopisto, 2024-01-19)
Geological studies over the Arabian Peninsula were initiated in the 1930s, and 30 years later an area equivalent to 3.5 million km2 was covered, laying the groundwork for the stratigraphic nomenclature of the Arabian ...