Niels Reeh

TL;DR: The details in the Wisconsin part of the ice core records seem to be climatically, significant, and the general trends reveal all of the relevant Emiliani stages recorded in deep-sea cores.

TL;DR: In this article, the annual total precipitation and the annual accumulation on the Greenland ice sheet are evaluated and presented in two maps based on accumulation measurements of 251 pits and cores obtained from the upper accumulation zone and precipitation measurements made at 35 meteorological stations in the coastal region.

TL;DR: The available methods for dating of ice cores are based on radioactive decay, ice-flow calculations, or stratigraphic observations as discussed by the authors, and special emphasis is given to stratigraphy methods.

TL;DR: The warmest millennia of at least the past 250,000 years occurred during the Last Interglaciation, when global ice volumes were similar to or smaller than today and systematic variations in Earth's orbital parameters aligned to produce a strong positive summer insolation anomaly throughout the Northern Hemisphere as mentioned in this paper.

TL;DR: Oxygen isotope analysis of anew ice core from the crest of the Greenland ice sheet reveals a climatic record of the past 1,420 years as mentioned in this paper, which suggests a strong climatic impact, and a parallel is drawn to the present critical situation of the human society.