METHODOLOGY AND AGE RELATIONS OF THE FISSION TRACK AND K-Ar METHODS. THE CASE OF THE KARKONOSZE MASSIF AND ITS ENVELOPE

Apply

METHODOLOGY AND AGE RELATIONS OF THE FISSION TRACK AND K-Ar METHODS. THE CASE OF THE KARKONOSZE MASSIF AND ITS ENVELOPE

Journal Title: Biuletyn Państwowego Instytutu Geologicznego - Year 2014, Vol 458, Issue 458

Abstract

Isotopic methods have been gaining their importance in Poland in last decades. The understanding on the interpretation potential of isotopic determinations of minerals has been growing up as well. In that context, age relations and methodology of the fission track and K-Ar methods have been presented based on the case of minerals forming rocks of the Karkonosze Massif and its northern metamorphic envelope. The presented results are the compilation of earlier fission track determinations from the Karkonosze-Izera Block (Jarmołowicz-Szulc, 1984), K-Ar data from the same area (Jarmołowicz-Szulc et al., 2009) and newer methodological data from the Karkonosze granitoid (Danišik et al., 2010). Advantages of the fission track method have been shown, i.e., interpretation possibilities of burial and exhumation in geological history of rocks. Importance of the K-Ar method has been presented, in that determination of a cooling age after the pluton uplift.

Authors and Affiliations

Katarzyna JARMOŁOWICZ-SZULC

Keywords

DOES THE EAST EUROPEAN BRANCH OF THE CALEDONIDES EXIST?

Since the beginning of the introduction of the concept of the East European branch of the Caledonides by Limanowski (1922), there has been much discussion on the trend of this branch towards the southwest of the East Eur...

SPOSÓB KORELACJI ANOMALII SEJSMICZNYCH Z INFORMACJĄ OTWOROWĄ W ANALIZIE SEDYMENTOLOGICZNEJ REJONU PUSTKÓW–SĘDZISZÓW (POŁUDNIOWA CZĘŚĆ ZAPADLISKA PRZEDKARPACKIEGO)

Zintegrowana analiza anomalii sejsmicznych wraz z interpretacją danych geofizyki otworowej dała podstawy do odtworzenia środowiska sedymentacji osadów mioceńskich zapadliska przedkarpackiego. Zmienność wykształcenia osad...

EP ID EP63909
DOI -
Views 25
Downloads 0