Abstract The Paleocene-Eocene Thermal Maximum (PETM) hyperthermal,~ 56 million years
ago (Ma), is the most dramatic example of abrupt Cenozoic global warming. During the …

Internally generated, or autogenic, terrestrial and marine sediment-transport dynamics can
produce depositional patterns similar to those associated with climatic, tectonic, or sea level …

Climate, tectonics, and life influence the flux and caliber of sediment transported across
Earth's surface. These environmental conditions can leave behind imprints in the Earth's …

Sediment archives in the terrestrial and marine realm are regularly analyzed to infer
changes in climate, tectonic, or anthropogenic boundary conditions of the past. However …

In this study, we present evidence of a Paleocene–Eocene Thermal Maximum (PETM)
record within a 543-m-thick (1780 ft) deep-marine section in the Gulf of Mexico (GoM) using …

Abstract The Paleocene-Eocene Thermal Maximum (PETM,∼ 56 Ma) was an abrupt global
warming event linked to massive carbon release into the ocean-atmosphere system. As …

Among the predicted responses to ongoing climate warming is that coastal and inland areas
may experience increasingly extreme weather, with potentially more droughts and floods …

River relocation, or avulsion, is a fundamental process that fills alluvial basins. However, it is
difficult to predict avulsion patterns because the landscape conditions associated with …

Among the most urgent challenges in future climate change scenarios is accurately
predicting the magnitude to which precipitation extremes will intensify. Analogous changes …

The low temporal completeness of fluvial strata could indicate that recorded events
represent unusual and extreme conditions. However, field observations suggest that …