secondary · src_iberia1_mejias_et_al_2020_motillas_climate
The Culture of the Motillas in La Mancha: witness to the 4.2 ka cal BP Climate Event
M. Mejías Moreno, L. Benítez de Lugo Enrich, J. A. López-Sáez, K. T. Lillios · 2020
Citation metadata
- Type
- peer-reviewed journal article
- Publication
- Boletín Geológico y Minero, vol. 131, no. 1, 89–108
- Peer reviewed
- Yes
Records informed by this source
- relationship Research record — associated withEvidence confidence: moderateinforms · proposes interpretation · pp. 89–108
Provides the climate-adaptation and terminal discussion.
- relationship Research record — associated withEvidence confidence: moderateinforms · proposes interpretation · pp. 89–108
Provides the climate-adaptation and terminal discussion.
- claim Environmental and land-use change was not synchronous across the Iberian Peninsula between 1600 and 800 BCE.Evidence confidence: highsupports · contextualizes · pp. 89–108
Provides a specific La Mancha climate-adaptation model rather than peninsula-wide evidence.
- causal hypothesis Regional climate and land-use heterogeneityEvidence confidence: highsupports · contextualizes · pp. 89–108
Provides a specific regional climate model.
- date assertion Decline and abandonment of many motilla settlements — date assertionEvidence confidence: moderatesupports · proposes interpretation · pp. 89–108
Provides the climate-adaptation and terminal discussion.
- relationship Motilla hydraulic adaptation to water stress — hypothesis about — Operation of Motilla del Azuer’s well, storage and settlement systemEvidence confidence: moderatesupports · proposes interpretation · pp. 89–108
Provides the climate model.
- claim Association between motillas and the 4.2 ka climate event does not make drought a sufficient single cause of motilla formation or abandonment.Evidence confidence: highsupports · proposes interpretation · pp. 89–108
Provides the climate-adaptation model.
- event Decline and abandonment of many motilla settlementsEvidence confidence: moderatesupports · proposes interpretation · pp. 89–108
Provides the climate-adaptation and terminal discussion.
- causal hypothesis Motilla hydraulic adaptation to water stressEvidence confidence: moderatesupports · proposes interpretation · pp. 89–108
Provides the climate-adaptation model.