Access a range of climate-related reports issued by government agencies and scientific organizations. Browse the reports listed below, or filter by scope, content, or focus in the boxes above. To expand your results, click the Clear Filters link.
Climate change is causing significant and far-reaching impacts on the Great Lakes and the Great Lakes region. This report, from 18 leading scientists and experts from Midwest and Canadian universities and research institutions, draws on the array of existing research to assess how the shifting global climate impacts the unique Great Lakes region.
Coordinated by a partnership between climate services organizations in the U.S. and Canada, this product provides a synthesis report summarizing the previous years’ climate trends, events, new research, assessments, and related activities in the Great Lakes region. The 2017 report provides an overview of the climate trends and impacts in the basin for the year, including information on the past year’s climate trends, a summary of some of the major climatic events, and a summary of relevant new climate research and activities. It was developed as a longer term trend analysis and compilation of the existing Great Lakes Region Quarterly Climate Impacts and Outlook and is intended for use by managers and practitioners at federal, state, provincial, regional, and local scales, as well as for stakeholders and the general public. The report is also available for download from binational.net.
In the coming decades, Indiana’s changing climate will bring with it higher temperatures, longer heat waves, more extremely hot days, and more frequent extreme storm events. Those changes will affect the health of Hoosiers in every part of the state. This report describes historical and future climate-related health impacts that affect Indian residents; the findings presented here are primarily based on the Indiana Climate change Impacts Assessment Health Working Group technical report and the report Indiana’s Past and Future Climate.
Indiana’s climate is changing. Temperatures are rising, more precipitation is falling, and the last spring frost of the year has been getting steadily earlier. This report describes historical climate trends from more than a century of data and future projections that detail the ways in which our climate will continue to change.
During late 2016, the National Integrated Drought Information System, the National Drought Mitigation Center, the Midwestern Regional Climate Center, and other regional partners convened four stakeholder meetings in the Midwest Drought Early Warning System. Each of these meetings included a historical drought overview and climate outlook for the region, discussion of critical drought-related needs and challenges, exploration of available tools, local drought planning and management approaches, and strategy development to improve drought early warning and resiliency in the Midwest.
Green infrastructure can help to maximize the environmental, economic, and social benefits of parks. This guide from EPA encourages partnerships between park agencies and stormwater agencies to promote the use of green infrastructure on park lands to improve park lands and access to parks, better manage stormwater, increase community resiliency to shifting weather patterns, and provide funding to implement and maintain park enhancements that benefit the community. Using a stepwise approach for building relationships with potential partners, the guide includes information on how to identify and engage partners, build relationships, involve the community, leverage funding opportunities, and identify green infrastructure opportunities. It includes recommendations on the types of projects that are most likely to attract positive attention and funding and that provide a wide range of benefits. Included case studies from across the country illustrate approaches presented in the guide.
These state summaries were produced to meet a demand for state-level information in the wake of the Third U.S. National Climate Assessment, released in 2014. The summaries cover assessment topics directly related to NOAA’s mission, specifically historical climate variations and trends, future climate model projections of climate conditions during the 21st century, and past and future conditions of sea level and coastal flooding. Click on each state to see key messages, figures, and and a summary of climate impacts in your state.
This report synthesizes available science on the observed and projected impacts of climate change in the Great Lakes Basin and documents the climate change assessment methods applied in the region. It was initiated in support of commitments under Annex 9-Climate Change Impacts of the Great Lakes Water Quality Agreement to take into account the climate change impacts on the chemical, physical, and biological integrity of the waters of the Great Lakes and communicate and coordinate binationally regarding ongoing developments of domestic science. The report draws upon the range of research conducted by various levels of government, academia, and other organizations and the growing body of knowledge in areas of ecological research and climate change and provides researchers, managers, and decision makers with a time-stamped, thorough, and methodical examination of that climate change science.
Intense rainstorms, floods, and heat waves will become more common in the Great Lakes region due to climate change in the coming decades. While ice-cover declines will lengthen the commercial navigation season on the lakes, warmer lake temperatures will increase risks from invasive species, and could threaten water quality. Material in this report is largely a synthesis of the information contained in the National Climate Assessment’s chapters on the Midwest (Chapter 18) and Northeast (Chapter 16). Donald Scavia, GLISA's co-director, was one of the convening authors of the NCA's Midwest regional chapter; GLISA also served as a hub for the compilation of technical inputs for the Midwest chapter.
This report was designed to Identify how beachgoers perceive the risk of dangerous currents and waves in the Great Lakes; evaluate existing messages and delivery mechanisms (such as National Weather Service Surf Zone Forecasts); translate complex beach conditions into understandable, actionable messages for specific beachgoer audiences; and identify effective delivery mechanisms for specific audiences.
This booklet describes how natural processes affect the coast, including changes in lake levels, storms and storm surges, waves and wave climate, transport of sediment, ice on the shore, shoreline erosion, lakebed erosion, and movement of water on the land. It also describes how to protect coastal investments by adapting to natural processes, restoring a natural shoreline, moderating coastal erosion, armoring the shore, stabilizing bluffs and banks, controlling surface water and groundwater, building environmentally friendly shore protection structures, and working with engineers and contractors. The final section covers risk management and the economics of protecting a coastal investment, including shoreline property features and value, government regulations to protect a coastal investment, costs of shore protection, and accounting for climate change. There is also a list of resources for more information and a glossary of coastal engineering terms.