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Population growth during the roman optimum: a quantitative analysis
Ronnie Ellenblum,
Tal Ulus
Department of Geography
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Roman
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Climate Change Impacts
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Population Growth
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Climate Anomalies
100%
Empire
50%
Social Sciences
50%
Vulnerability
50%
Potential Impact
50%
Climate Change
50%
Humankind
50%
Upheaval
50%
Climate Events
50%
Food Supply
50%
Human Society
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Climate Research
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Civilization
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World War II
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Modern Climate
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Climate Factors
50%
Experimental Science
50%
Human Civilization
50%
Climate Sciences
50%
Diffidence
50%
Eugenics Theory
50%
Arts and Humanities
Population Increase
100%
Humanistic
100%
Empire
50%
Calling
50%
Scholars
50%
Upheaval
50%
World War II
50%
Fate
50%
Climate Change
50%
Flourishing
50%
humankind
50%
Social Science
50%
Chroniclers
50%
Experimental Science
50%
Humanistic Study
50%
Social Sciences
Food Supply
100%
Population Increase
100%
World War II
100%
Climate Change
100%
Social Science
100%
Mathematics
Concludes
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Human Society
100%
Climate Science
100%
Earth and Planetary Sciences
Climate Sciences
100%