Meeresspiegelanstieg durch instabile Eisschilde in Grönland und der Antarktis

<em><strong>Sea level rise due to instable ice sheets in Greenland and Antarctica:</strong></em> The future shape of our coasts will be characterised in the long term by rising sea levels due to global warming. Ice mass loss in Greenland and Antarctica is already responsible for around a third of the global average sea level rise of 4.0 cm per decade (Horwath et al. 2022). And the contribution of the ice sheets is continuing to increase (Cazenave et al. 2018). This chapter addresses the following questions: What are the known instabilities of ice sheets in Antarctica and Greenland? What thresholds of global mean warming exist that, if exceeded, make the decline of the ice sheets irreversible? What is the probability that threshold values have already been exceeded with the global warming to date?

Publication Details

Journal
Universität Hamburg
Published
2024-12-01
DOI
https://doi.org/10.25592/uhhfdm.16387
Primary Topic
Cryospheric studies and observations
Type
article
Field-Weighted Citation Impact
0.00
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article

Meeresspiegelanstieg durch instabile Eisschilde in Grönland und der Antarktis

Universität Hamburg
Cryospheric studies and observations
article

Meeresspiegelanstieg durch instabile Eisschilde in Grönland und der Antarktis

article en

Abstract

<em><strong>Sea level rise due to instable ice sheets in Greenland and Antarctica:</strong></em> The future shape of our coasts will be characterised in the long term by rising sea levels due to global warming. Ice mass loss in Greenland and Antarctica is already responsible for around a third of the global average sea level rise of 4.0 cm per decade (Horwath et al. 2022). And the contribution of the ice sheets is continuing to increase (Cazenave et al. 2018). This chapter addresses the following questions: What are the known instabilities of ice sheets in Antarctica and Greenland? What thresholds of global mean warming exist that, if exceeded, make the decline of the ice sheets irreversible? What is the probability that threshold values have already been exceeded with the global warming to date?

Universität Hamburg
Life below water
Openalex Percentile: Top 63%
Cryospheric studies and observations
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