Thin-layer sediment placement (TLP) is a promising management tool for enhancing tidal
marsh resilience to rising seas. We conducted a 3-year experiment at eight US National …

The existence of coastal ecosystems depends on their ability to gain sediment and keep
pace with sea level rise. Similar to other coastal areas, Northeast Florida (United States) is …

Salt marshes play a critical role in supporting water quality, erosion control, flood protection,
and carbon sequestration. Threats from climate change and human activities have prompted …

Global environmental factors (eg, extreme weather, climate action failure, natural disasters,
human environmental damage) increasingly threaten coastal communities. Shorelines are …

Heightened recognition of impacts to coastal salt marshes from sea-level rise has led to
expanding interest in using thin-layer sediment placement (TLP) as an adaptation tool to …

Salt marshes play an important role in coastal carbon cycling. Unfortunately, these systems
are threatened by sea level rise. One strategy to increase the resilience of marshes is thin …

The continuous distribution of coastal salt marsh habitats along an elevation gradient can be
disrupted by tidal creeks running through them. Tidal creeks wind through salt marshes and …

Salt marshes in the northeastern United States provide critical breeding habitat for tidal
marsh specialist birds like the Ammospiza caudacuta (Saltmarsh Sparrow). The Ammospiza …

Abstract Thin Layer Placement (TLP) is an increasingly used management technique to
promote coastal resilience to accelerated sea level rise, but it is unclear how differential …

Although estimates of the area of salt marsh vary, it appears that major losses have taken
place though this century, making these wetlands one of the most threatened natural …