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 …

Reconstructing paleoenvironments on Mexico's Pacific coast is crucial to determine past
climate conditions and natural hazard periodicities, vital for predicting future activities. Two …

High-altitude lakes are sensitive to modern and past climate changes. Given their low-water
temperatures, alkalinity, and nutrient levels, small climatic differences can strongly affect …

Abstract A 27.15-m-long core from Lake Chapala, west-central Mexico (1520 masl)
possesses a continuous 15,000-year record of sediment accumulation with abundant …

Late Holocene depositional environments of the Lake Coatetelco, with a volcaniclastic
watershed, were evaluated with respect to cultural transitions in the nearby archeological …

Seasonal dry tropical forest (STDF) is a widespread vegetation type in western Mexico.
Generally, this type of forest develops in semihumid habitats where lacustrine basins are …

High‐quality records of hydroclimate variability in central Mexico during the last 2000 years
are necessary to better understand human–environment interactions in Mesoamerica. Of …

Atmospheric forcings control climate variability and at the same time control vegetation
distribution and forest fires during the Holocene. Paleoenvironmental studies are scarce in …

Abstract Sediments of the La Colorada Lake provided evidence of anthropogenic
perturbations in western part of the Mesoamerica over the last 2000 years. Comparison of …

Elemental composition of the inorganic fraction, carbon isotopes, and C/N of organic matter
from a new radiocarbon-dated sedimentary sequence collected from Lake Coatetelco (960 …