Arctic sea ice has declined dramatically during the last few decades. Estimating the maximum and minimum sea ice extent, before it occurs, is a important tool for developing and implementing near-term public policy.
The proposed study would fill the information gap by describing the potential nature and scope of economic effects of climate change that are likely to become manifest in Alaska over the next 30-50 years.
Beginning in January 2016, Melanie will be conducting research to reflexively measure and evaluate the process of science co-production and communication within this context. Specifically, she will investigate the decision contexts of wildfire management in Alaska, explore organizational frameworks for connecting science with users, analyze the innovation of decision-support services and evolution of use-inspired science, and contribute to generalizable knowledge to inform decisions through science application.
ACCAP is partnering Glenn Gray and Associates and Alaska Sea Grant to identify best practices for supporting climate adaptation planning in Northwest Alaska. Findings will provide guidance for those interested in supporting climate adaptation planning for coastal communities across Alaska.
This study will build on the work of several recent studies that aim to uncover the knowledge, skills, and abilities needed for knowledge co-production in climate and conservation science and how knowledge and experience is deployed in these efforts.
The purpose of the case study is to understand what are a few of the most effective ways to relay glacial outburst hazard information to different stakeholder groups in Juneau. This work is specifically interested in understanding and relaying how decision-making under uncertainty takes place with regards to predictive modeling of glacial hazards.
ACCAP will collaborate with the National Weather Service and Alaskan community members to create a searchable catalog, or database, of socioeconomic impacts of extreme weather events in Alaska.
The goal of this effort is to identify current coastal research and management projects taking place in this region. Once identified, we will synthesize the information into a report that documents the ‘project landscape’ for communities facing change, decision-makers navigating change, researchers pursuing projects, and agencies prioritizing where to allocate resources.
Research on coastal change in Western Alaska has increased rapidly in recent years, making it challenging to track existing projects, understand their cumulative insights, gauge remaining research gaps, and prioritize future research. The goal of this effort is to help the Western Alaska Landscape Conservation Cooperative (WALCC) meet its mission of coordinating, developing, and disseminating applied science to inform conservation in the context of climate change.
This research aims to improve situational awareness and crisis response by enhancing support for planning and emergency response to emerging climate-related environmental marine hazards in the Arctic.
This study evaluates the Baseline Studies Program, an organization that was created based on a collaborative research agreement between the North Slope Borough of Alaska and Shell to improve information collection and management of issues associated with the potential impacts of oil and gas development on marine ecosystems and coastal communities dependent subsistence resources for their livelihoods.
Marine operators in Alaskan coastal waters and adjacent seas are sensitive to weather constraints. Among the stakeholder groups affected are commercial shippers (including barge operators), coastal communities, fishing vessel operators and the offshore oil and gas industry. There is a need for products that would enable “go/no-go” decisions over timescales of several days, as well as monthly to seasonal outlooks that would facilitate decisions related to scheduling and routing. This means that integrating data about wind speed, direction, and duration to create a novel metric that provides information integral to support the decision making process.
This atlas is the first ever consolidated, digitized, historical record of sea ice concentrations in coastal and offshore waters of Alaska, spanning the time period from the 1850s through present.
The tools and techniques for making monthly and season scale climate forecasts are rapidly changing, with the potential to provide useful forecasts at the month and longer range. Rick Thoman (Climate Science and Services Manager, Environmental and Scientific Services Division, National Weather Service Alaska Region) will review recent climate conditions around Alaska, review forecast tools and finish up with the Climate Prediction Center's outlook for the upcoming season.
Rick will also present a "Feature-of-the-Month" special addition in which he'll highlight a topic relevant to the particular month.
This project is the focus of Rick Lader's PhD research and involves extreme events assessment for Alaska using dynamically downscaled regional climate model simulations.
Dina is looking into how sea ice and weather modeling data can help support emergency responders by looking into a recent Search and Rescue event for a missing small vessel due into Utqiaġvik in July 2017.
The Nome Eskimo Community (NEC), in collaboration with ACCAP, will develop a climate adaptation plan for the tribal organizations located in the Nome Census area. This includes tribal members of NEC, Native Village of Solomon, Native Village of Council, and King Island Native Community.
This review expanded upon a previous effort and includes updated sources of information (2013-2018) and an analysis that synthesized what stakeholders are saying about what climate adaptation research is needed in their communities.
This case study was done in partnership with the Tribal Council of the Native Village of Shaktoolik to understand how various actors involved in planning for climate change perceive success.