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This study examines climatic trends in various districts of Syria, focusing on precipitation amount and intensity, hot and cold nights, diurnal temperature range, and consecutive dry and wet days. The analysis reveals both significant and non-significant changes in different regions. The findings provide valuable insights for understanding climate patterns in Syria.
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Coastal district - precipitation amount Non significant but slight decrease
Coastal district - precipitation intensity Non significant but slight decrease
Coastal district – hot nights Highly significant increase
Coastal district – cold days Non significant but slight decrease
Coastal district - conclusions • Non significant decrease in total precipitation • Intensity is also slightly decreasing • Previous analysis in the region shows seasonal variations in intensity and amount • Tmin significantly increasing • Mostly no significant change in Tmax but significant increase in Tx90p (warm days) in Safita and TxX (max Tmax) in Lattakia
Western inland district – consecutive dry days Slight increase
Western inland district – consecutive wet days Slight increase
Western inland district – diurnal temperature range Highly significant increase
Western inland district - conclusions • No significant change in precipitation • The 2 stations in the region show different trends in temperature
Step desert district - precipitation total Little change in trend
Step desert district – max Tmax Non significant increase
Step desert district – conclusions • Little change in precipitation (but has very little anyway!) • The very highest max and min temperatures are not significantly changing BUT the number of days above the 90th percentile in both is significantly changing
North eastern district – Cool nights Significant decrease
North eastern district – Warm nights Significant increase
North eastern district – precipitation total Non-significant decrease
North eastern district - conclusions • Significant increase in Tmin • Increase in Tmax but not as much as Tmin • General decrease in precipitation – non significant