Project Title: Collaborative Research: An innovative network to improve sea ice prediction in a changing Arctic (Award# 1303938)
PI:Hamilton, Lawrence C (firstname.lastname@example.org) Phone:(603) 862.1859 Institute/Department:U of New Hampshire, Department of Sociology IPY Project? Funding Agency:US\Federal\NSF\GEO\OPP\ARC\ARCSS Program Manager:Dr. Marc Stieglitz (email@example.com ) Discipline(s): |Data Management |Oceanography\Sea Ice |
Science Summary: Recent major changes in the extent, thickness and properties of arctic sea ice have captured attention and posed significant challenges to a diverse group of stakeholders, ranging from maritime safety and security, resource management and development, politicians, coastal communities, weather and climate forecasters, climate change researchers, and a growing segment of the general public. Sea ice forecasting on seasonal-to-interannual timescales, especially over the summer and into fall, is of particular interest. Though each stakeholder is driven by different priorities, all require improved monitoring, prediction, and communication of sea ice conditions. To date, sea ice modeling efforts have largely focused on climate scales (i.e., response to greenhouse gas forcing) or targeted synoptic forecasting in support of navigation. Sea ice forecasting on seasonal scales is a challenge because of: (1) high variability in atmospheric and oceanic influence, (2) observations for initialization and validation have limited coverage and/or high uncertainties, (3) limitations of current model capabilities, (4) inherent limitations in sea ice predictability, and (5) an Arctic system changing in ways without recent historical precedent.
The SEARCH Sea Ice Outlook was implemented four years ago in an ad hoc fashion, requesting voluntary contributions to estimate September sea ice extent based on late spring (June 1) conditions. Contributions have been made using different methods that vary from complex (partially- and fully- coupled general circulation models and statistical relationships) to basic (trend extrapolation, heuristic, public poll). The Outlook will be organized and expanded into a more structured, coordinated and formal effort that focuses on tackling key barriers to sea ice forecasting, including rigorous evaluation of predictions, coordination and organization of relevant observations for initialization, evaluation of methods, and finally, an organizational network structure to manage the efforts and communicate results in new ways. This effort builds on the experience of the past four years and expands on structures already in place, leveraging resources and expertise at an international scale to help address a set of challenges recognized as priorities by a range of U.S. and international programs and organizations.
Intellectual Merit - This project advances NSF's goal of providing improved predictive tools for the Arctic by creating an innovative network of scientists and stakeholders to generate, assess and communicate arctic seasonal sea ice forecasts. The network's focus is to develop new methods to evaluate forecasts, new metrics for synthesis and comparison across forecast methods and new approaches to initialize forecast methods with targeted observations. Finally, the network will investigate how different forecasting methods can be combined to exceed predictive skills of narrower approaches. The research team will explore how best to plan observations for improved seasonal predictions and how these predictions in turn can advance understanding of the evolving state of the arctic sea ice cover.
Broader Impacts - Improved seasonal forecasts of arctic sea ice will be developed and disseminated for societal benefit. By fostering and coordinating an international network of researchers and leveraging a broad range of activities, the project provides information tailored to stakeholders' needs. In addition to rigorous evaluations of stakeholder information needs, the network will develop a common reference framework for key sea ice variables and predictors, generating integrated datasets and predicted fields for the scientific community and stakeholders. Activities will also be initiated to inform and engage the growing internet communities of citizen scientists, many of whom already show a strong interest in arctic science, have capabilities for their own original and potentially worthwhile analysis, and connect with wider networks of media and public discussion. The activities will include graduate students and post-docs who are mentored to conduct high-quality research at the intersection of fundamental and applied research. By entraining more young researchers into the network, the project also addresses an important need for qualified experts that can help address urgent questions concerning resource uses and ecosystem services impacted by rapid arctic sea ice change.
Logistics Summary: This large collaboration between Stroeve (1304246, CU), Hamilton (1303938, UNH), Wiggins (1304484, ARCUS) and Eicken (1304315, UAF) would advance NSF’s goal of providing improved predictive tools for the Arctic by creating an innovative network of scientists and stakeholders to generate, assess and communicate Arctic seasonal sea ice forecasts. The network’s focus is to develop new methods to evaluate forecasts, new metrics for synthesis and comparison across forecast methods and new approaches to initialize forecast methods with targeted observations. Finally, the network would investigate how different forecasting methods can be combined to exceed predictive skills of narrower approaches. The research team would explore how to best plan observations for improved seasonal predictions and how these predictions in turn can advance understanding of the evolving state of the Arctic sea ice cover.
In 2016 a one-year no cost extension was approved to continue the Sea Ice Prediction Network (SIPN) and its Sea Ice Outlook (SIO) analysis through the next melt season. In 2015, the largest number of submissions to the SIO were received, with well over 100 forecasts for the September sea ice extent received. Researchers will continue their analysis and synthesis of the SIO for the 2017 melt season and update ice thickness fields from CryoSat-2 in preparation for the 2017 melt season forecasts.
No fieldwork would be conducted.
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