To inform current and future adaptation decisions and conservation actions we conducted the first statewide, comprehensive assessment of the vulnerability of California’s coastal habitats, imperiled species, and conservation lands to sea level rise. Coastal habitats exist in narrow bands at the land-sea interface and are therefore extremely susceptible to inundation by sea level rise. However, some habitats may be able to adapt vertically and possibly move inland, assuming local topography and the built environment do not constrain this movement.
Texas sportsmen and women know that the species they prize are highly attuned to climate. Climate change is already resulting in many changes that are being observed across land and water habitats, including changes in the types of fish, wildlife and plants, their population size, and shifts in where and when species are found. This publication describes some of the effects that have already been seen in Texas and what may be in store for the state's fish and game in the future.
The Climate Adaptation Explorer (CAE) provides a starting point from which to address the predicted impacts of climate change on Florida's fish, wildlife, and ecosystems. The CAE provides an easy to navigate format for users to access a broad array of climate change information. Content includes an overview of climate change, impacts of climate change in Florida, impacts on Florida's species, impacts on Florida's ecosystems and habitats, interactions with existing stressors, and vulnerability to climate change.
California’s climate is warming and residents increasingly endure extreme heat events that adversely impact public health. This exacerbates existing risks and will bring new challenges for different regions in the state, threatening the efficacy of traditional intervention strategies. Current thresholds for heat alerts are based on temperatures that exceed historical statistical thresholds, rather than temperatures that cause public health impacts. These ‘health-neutral’ thresholds may underestimate the health risks for the most sensitive populations.
Climate change poses a major public health threat. A survey of U.S. local health department directors in 2008 found widespread recognition of the threat, but limited adaptive capacity, due to perceived lack of expertise and other resources.
Climate change poses significant threats to the health of individuals and communities, as well as the delivery of healthcare services. Human morbidity and mortality rates are rising due to extreme heat events and changing patterns of water-borne and vector-borne diseases, and healthcare infrastructure is at risk from extreme events. Climate adaptation actions are taken to either avoid or take advantage of climate change impacts either by decreasing vulnerability or increasing resilience.
Projected climate impacts for Michigan, including extreme heat events, extreme precipitation events leading to flooding, and extreme weather events (e.g., freezing rain, heavy snow), pose a significant threat to public health. In particular, five priority climate-related health outcomes have been identified: heat-related illnesses, air quality and respiratory diseases, vector-borne diseases, water-borne diseases, and injuries related to extreme weather events (e.g., carbon monoxide poisoning, injury).
The Climate and Health Program of the Washington State Department of Health aims to reduce the negative effects of climate change on public health by working with local health departments, communities, and other state, tribal, and local agencies.
Colorado is implementing climate change adaptation and action initiatives across agencies and scales throughout the state. However, the integration of climate change into public health is limited and planning, implementation, and evaluation efforts are variable across state-, county-, and city-level endeavors.