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This executive summary describes a paleotempestology project led by Louisiana State University to analyze long-term hurricane activity in the pan-Caribbean region and the Pacific coast of Mexico. By utilizing multi-proxy data from lagoon sediments, stalagmites, tree rings, and corals, the research aims to understand the climatic mechanisms driving hurricane variability and assess future risks.

This executive summary describes a paleotempestology project led by Louisiana State University to analyze long-term hurricane activity in the pan-Caribbean region and the Pacific coast of Mexico. The research utilizes proxy data from coastal lagoon sediments, stalagmites, tree-rings, and corals to understand the climate mechanisms driving hurricane variability and to assess future risks.

This fact sheet by Zero Carbon Analytics explains the mechanics, predictions, and regional impacts of La Niña, the cool phase of the El Niño-Southern Oscillation (ENSO) cycle. It details the likelihood of a transition to La Niña in 2024, the increasing frequency of multi-year events, and how human-caused climate change influences these phenomena without offsetting overall global warming.

This fact sheet describes a paleotempestology project (SGP-CRA 2050) led by Louisiana State University to analyze long-term hurricane activity variability in the pan-Caribbean region and the Pacific coast of Mexico using proxy data from sediments, stalagmites, tree-rings, and corals.

This fact sheet describes project CRN2050, a paleotempestology study using proxy data—such as coral, stalagmites, and lagoon sediments—to analyze the spatial and temporal variability of hurricane activity in the pan-Caribbean region.

This document outlines the program and budget for the Inter-American Institute for Global Change Research (IAI) for the 1995-1996 period, presented for the second meetings of the IAI Executive Council and Conference of the Parties in Rio de Janeiro, Brazil.

This fact sheet examines the relationship between Pacific sea surface temperatures and water resources in the Andes of central Chile and central-western Argentina, highlighting the roles of the El Niño-Southern Oscillation (ENSO) and the Pacific Decadal Oscillation (PDO).