Ahlert et al., 2017 - Google Patents
What Models and Satellites Tell Us (and Don't Tell Us) About Arctic Sea Ice Melt Season LengthAhlert et al., 2017
- Document ID
- 14518438954433679529
- Author
- Ahlert A
- Jahn A
- Publication year
- Publication venue
- AGU Fall Meeting Abstracts
External Links
Snippet
Melt season length—the difference between the sea ice melt onset date and the sea ice freeze onset date—plays an important role in the radiation balance of the Arctic and the predictability of the sea ice cover. However, there are multiple possible definitions for sea ice …
- 239000000155 melt 0 abstract description 4
Similar Documents
Publication | Publication Date | Title |
---|---|---|
Ahlert et al. | What Models and Satellites Tell Us (and Don't Tell Us) About Arctic Sea Ice Melt Season Length | |
Aumann | Increase in the Frequency of Tropical Severe Storms: AIRS Observations and Model Predictions. | |
Valdes | Phranezoic climate change | |
Lang et al. | Comparison of the SMB of the Greenland Ice sheet modelled by CESM and MAR | |
Pidwirny et al. | Forecasting the Effects of 21st Century Climate Change on Eighteen Ski Resorts in the Western United States | |
Sweeney | The State of the Arctic Carbon Cycle from an atmospheric pespective | |
Dunn-Sigouin et al. | Northern hemisphere blocking climatology as simulated by the CMIP5 models | |
Wang et al. | Quasi-decadal oscillation in the CMIP5 and CMIP3 climate model simulations: California case | |
Proshutinsky et al. | Decadal variability of Arctic climate: Cyclonic and anticyclonic circulation regimes | |
Holt et al. | Long-term Temperature Trends in the Thermosphere Based on Incoherent Scatter Radar Data | |
Ziemen et al. | Flow Modeling of Juneau Icefield | |
Haam et al. | Statistically significant covariance amongst a global proxy network of millennial-scale climate variations. | |
Bitz et al. | Which Observations Are Most Important for Characterizing Arctic Sea Ice? | |
Zhang et al. | Impact of Arctic Sea ice Decline Trend on Northern Hemispheric Storm Activity: A Modeling Investigation | |
Chang et al. | Global sensitivity analysis of CMIP5 predictions of future changes in precipitation, reference evapotranspiration and drought index (SPEI) over the US | |
Jahn | How predictable is a summer-ice free Arctic? | |
Glessmer et al. | Atlantic origin of Nordic Seas freshwater anomalies | |
Zhang et al. | Modeling the Mass Balance of Arctic-Asian Glaciers using the WRF data: case study in the Altai Mountains | |
McCarroll | European climate of the last millennium: results of the'Millennium project' | |
Son et al. | Northern Hemisphere blocking frequency and duration in the CMIP5 models | |
Gouttevin et al. | A New, Two-layer Canopy Module For The Detailed Snow Model SNOWPACK | |
Guo et al. | Subseasonal Pedictability of Extreme Events | |
Lawrence et al. | A Sub-grid Parameterization of Alpine Glaciers in Land Surface Models | |
Sinclair et al. | New Insights from 10-Be on the Deglaciation of Greenland: Comparison of a Continent-Wide Database with Climatic Forcings and Model Results | |
Bailey et al. | Representation of Sea Ice Processes in State of the Art Earth System Models. |