Cosmogenic nuclide dating methods accuracy

Cosmogenic nuclide dating methods accuracy

Cosmogenic nuclide dating methods accuracy 1

Although the antarctic peninsula is a region of rapid warming the spatial and temporal pattern in this warming is complex1 the wide range of glacial types across the antarctic peninsula has resulted in a range of responses2.

Cosmogenic nuclide dating methods accuracy 2

Bedmap 2 showing that the bedrock on which the west antarctic ice sheet rests is well below sea level the antarctic ice sheet has a sea level equivalent of 583 m ie if all the ice in antarctica melted this is how much global sea levels would rise.

Cosmogenic nuclide dating methods accuracy 3

The neutron is a subatomic particle symbol n or n 0 with no net electric charge and a mass slightly larger than that of a protonprotons and neutrons constitute the nuclei of atomssince protons and neutrons behave similarly within the nucleus and each has a mass of approximately one atomic mass unit they are both referred to as nucleons.

Cosmogenic nuclide dating methods accuracy 4

the eurasian ice sheet complex eisc was the third largest ice mass during the last glacial maximum with a span of over 4500 km and responsible for around 20 m of eustatic sealevel lowering.

Cosmogenic nuclide dating methods accuracy 5

Cosmogenic nuclide dating methods accuracy 6

Cosmogenic nuclide dating methods accuracy 7

Cosmogenic nuclide dating methods accuracy 8

Cosmogenic nuclide dating methods accuracy 9

Cosmogenic nuclide dating methods accuracy 10