Historical Droughts in British Colonial Belize (1771–1981)

Citation

Ambrogio Gali O, Metcalfe SE, Rushton EAC, de la Barreda-Bautista B, Endfield GH, Márdero S, Schrodt F & McLellan A (2026) Historical Droughts in British Colonial Belize (1771–1981). Climate of the Past, 22 (1), pp. 25-47. https://doi.org/10.5194/cp-22-25-2026

Abstract
Belize, located on the Caribbean coast of the Yucatan peninsula, is increasingly vulnerable to hydroclimatic hazards such as droughts, which have caused widespread agricultural losses, water shortages, and economic disruption in recent years. Despite these risks, long-term climate reconstructions for the country remain lacking. This study presents the first documentary-based reconstruction of droughts in British colonial Belize from 1771 to 1981, using a diverse body of unpublished and published sources including newspapers, missionary letters, agricultural reports, and early instrumental records. Droughts were identified through both direct meteorological references and indirect evidence such as crop failures, forest fires, and water scarcity, and were classified by severity and confidence levels. Results show that droughts were more frequent, longer, and more severe in the northern districts. The wetter southern districts experienced fewer and less intense droughts. Instrumental data partially corroborate the documentary findings, but also reveal key discrepancies, particularly for the pre-20th-century period. Comparison with drought records from the Mexican Yucatán Peninsula, Guatemala, and the Caribbean suggests some regionally synchronous events, alongside droughts that appear specific to Belize. By extending the climate record back two centuries, this study provides critical historical context for current and future drought trends in Belize and the wider region. It highlights the importance of combining documentary and instrumental sources to assess long-term climate variability in data-scarce tropical environments and contributes to broader efforts to understand past climate extremes in the context of growing climate risk.

Journal
Climate of the Past: Volume 22, Issue 1

• Cp-22-25-2026