noun a wall or embankment built to prevent the sea from encroaching on or eroding an area of land
Seawalls are used in coastal cities to protect against storm surges and sea level rise.
Seawalls can have unintended consequences on coastal ecosystems and biodiversity.
Seawalls are designed to withstand wave action and protect infrastructure along coastlines.
Seawalls can impact marine ecosystems by altering habitats and disrupting natural processes.
Seawalls are structures built along coastlines to protect against erosion and flooding.
A writer may mention a seawall in a novel set in a coastal town to describe a protective barrier built along the shore to prevent erosion and flooding.
A civil engineer may design and construct a seawall as part of coastal protection infrastructure to mitigate the impact of waves and storm surges on coastal communities.
A marine biologist may study the ecological impact of seawalls on marine habitats and biodiversity in coastal areas.
An urban planner may include seawalls in coastal development plans to address sea level rise and protect coastal cities from flooding.
A coastal geologist may analyze the effectiveness of seawalls in reducing coastal erosion and study their long-term impact on coastal landscapes.
An emergency management specialist may assess the role of seawalls in disaster risk reduction and develop evacuation plans for coastal areas protected by seawalls.
A tourism manager may promote seaside destinations with seawalls as safe and resilient travel destinations for tourists seeking coastal experiences.
A climate scientist may research the role of seawalls in adapting to and mitigating the impacts of climate change, such as sea level rise and extreme weather events.