Response to Foxhall Forbes et al. (2026) “Drought, conflict and the use of historical data and methodologies in interdisciplinary paleoclimatic research”

Aiming towards a non-deterministic interpretation of environmental and societal linkages during the demise of the Western Roman Empire in the 4th and 5th centuries, we compiled and analysed state-of-the-art tree-ring chronologies together with a wide range of written documentary sources. Our qualitative case-study on the ‘Barbarian Conspiracy’ in Roman Britain in 367 CE was supplemented by a continental-wide network approach for the quantitative assessment of possible linkages between climate and conflict across the entire Roman Empire between 350 and 476 CE. Based on the combined, scale-dependent, multi-proxy evidence, we then developed a mechanistic model to explore the susceptibility of past agrarian societies (i.e., how prolonged droughts may have contributed to harvest failures and food shortages that could have led to systematic pressure, societal instability, and eventually even outright conflict).

Publication Details

Journal
Climatic Change
Published
2026-03-31
DOI
https://doi.org/10.1007/s10584-026-04113-8
Primary Topic
Tree-ring climate responses
Type
article
Field-Weighted Citation Impact
0.00
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article

Response to Foxhall Forbes et al. (2026) “Drought, conflict and the use of historical data and methodologies in interdisciplinary paleoclimatic research”

Climatic Change
Tree-ring climate responses
article

Response to Foxhall Forbes et al. (2026) “Drought, conflict and the use of historical data and methodologies in interdisciplinary paleoclimatic research”

article en

Abstract

Aiming towards a non-deterministic interpretation of environmental and societal linkages during the demise of the Western Roman Empire in the 4th and 5th centuries, we compiled and analysed state-of-the-art tree-ring chronologies together with a wide range of written documentary sources. Our qualitative case-study on the ‘Barbarian Conspiracy’ in Roman Britain in 367 CE was supplemented by a continental-wide network approach for the quantitative assessment of possible linkages between climate and conflict across the entire Roman Empire between 350 and 476 CE. Based on the combined, scale-dependent, multi-proxy evidence, we then developed a mechanistic model to explore the susceptibility of past agrarian societies (i.e., how prolonged droughts may have contributed to harvest failures and food shortages that could have led to systematic pressure, societal instability, and eventually even outright conflict).

Climatic ChangeVol. 179(4)
Climate action
Openalex Percentile: Top 20%
Tree-ring climate responses
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