The response of mangroves to high rates of relative sea level rise (RSLR) is poorly
understood. We explore the limits of mangrove vertical accretion to sustained periods of …

The projected warming trend in the 21st century is likely to alter the global distribution of
mangroves. However, the migratory pattern of different mangrove species is still unclear …

The mid-Holocene sea-level highstand refers to higher-than-present relative sea levels
(RSLs) in far-field regions between 7000 and 4000 years ago because of equatorial ocean …

Winter temperature and sea-level position are critical factors affecting the global distribution
of mangroves and saltmarshes. The replacement of saltmarshes by mangroves is expected …

Mangroves are expanding poleward in North and South America, but it is unclear whether
such ecotonal-shift is an Industrial-Era phenomenon, or a recurring occurrence tied to …

Temperature influences the global distribution of mangroves, and global warming may be
causing a poleward mangrove expansion. Sedimentary features, pollen, and isotopes data …

The high sea‐level stand during the mid‐Holocene is a benchmark in mangrove dynamics
along the north‐east/south‐east coast of Brazil and provides a reference point for landward …

The morphology of the coastal landscape in transitional environments results from the
gradual and complex dynamics of natural processes at different scalarity, capable of …

Accelerated sea-level rise threatens coastal wetlands; it is unclear whether sediment
accretion beneath mangroves will be sufficient to keep pace. A conceptual framework, used …

Projections of the impacts of modern Relative Sea Level (RSL) rise on estuarine mangroves
should be supported by coastal topographic data and records of mangrove dynamics under …