Response of the antarctic ice sheet to a climatic warming: A model study
✍ Scribed by Oerlemans, J.
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 1982
- Weight
- 787 KB
- Volume
- 2
- Category
- Article
- ISSN
- 2314-6214
No coin nor oath required. For personal study only.
✦ Synopsis
Abstract
It is generally believed that the increasing CO~2~ content of the atmosphere will lead to a substantial climatic warming in the polar regions. In this study the effect of consequent changes in the ice accumulation rate over the Antarctic Ice Sheet is investigated by means of a numerical ice flow model. In the model runs, temperature increases linearly with time during 100 years, and is kept constant afterwards.
The results indicate that a climatic warming will probably lead to a sea‐level lowering of some tens of centimetres in the next centuries. This is because for Antarctic conditions the increase in snow accumulation exceeds the increase in melting. This estimate does not take into account the effects of possible surging of parts of the Antarctic Ice Sheet and the response of the Greenland Ice Sheet (which may be quite different).
📜 SIMILAR VOLUMES
A general finite-difference marching scheme for the numerical solution of the ice-thickness equation in ice sheets is considered. From this scheme, a variety of explicit, ADI, implicit and over-implicit methods can be derived. These methods are compared for stability and accuracy within the dynamic/
## Abstract The Aegean Sea is a region of special interest for the Mediterranean oceanographic community, as one of the dense‐water formation sites of the Mediterranean, driving its thermohaline circulation. Early oceanographic literature exhibits significantly varying opinions regarding the role o
## Abstract Brazilian semi‐arid regions are characterized by water scarcity, vulnerability to desertification, and climate variability. The investigation of hydrological processes in this region is of major interest not only for water planning strategies but also to address the possible impact of f
## Abstract The formation and break‐up of ice‐cover are important seasonal events in mid‐ to high‐latitude cold‐region lakes. There is increasing concern regarding how climate change will affect lake‐water thermal structure and lake‐ice characteristics, particularly ice formation, duration, break‐u