KAZALCI OKOLJA

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Key message
Bad

Trends in annual precipitation are not as obvious as temperature trends. Changes between years and regions are significant. According to the climate change projections, annual precipitation will slightly increase while changes in seasonal precipitation will be noticeable. The most worrying are summer conditions, because less precipitation and higher temperature might result in higher frequency of droughts. In winter, more precipitation may lead to an increase in flooding events.


Charts

Figure PP09-1: Annual precipitation (in mm) in Slovenia in the period 1961-2020
Sources: 

ARSO Meteorological Data Archive, Office of Meteorology, Slovenian Environment Agency, 2021 (16. 02. 2021)

Show data
Kredarica[mm]Rateče[mm]Murska Sobota[mm]Novo mesto[mm]Ljubljana[mm]
19611983.501477.60785.80971.601371.50
19621796.301705.80931.101201.501605.50
196324161804.80831.701146.101430.60
19641738.101498.60866.301319.401438
19652469.102289.901063.701341.401839.40
19661938.801711.10969.801117.101300
19671835.501513.90729.801019.401118.60
19682004.601657.30612.40881.501332.90
19691880.101806.70786.901164.601444.70
19701701.701682.40760.901159.701395.10
19711238.701272.70563.20854.601107.10
19721701.601691.701033.101389.701606.90
19732081.201607.40808.90837.201270.20
19741750.301358.70911.8012501412
19751999.401617.30804.901025.301435.10
19761703.101480.10750.901038.401424.60
19771699.901494.60718.201108.501265.40
19782095.801735.90676.10947.701469.10
19792213.501892.30912.401249.901474.70
19802099.101637.608621247.301535
19811588.301312.10767.501199.101402.30
19822324.601532.10864.2011811418.40
19831641.701199.90634.30944.101149.20
19842455.601496.50740.601295.801423.70
19851874.101493.50873.501257.201610.60
19862079.201191.80787.6012131265
19872799.401654.50981.6012321527.80
19882255.901191.20721.901114.701178.30
19891899.901318.90775.701228.501211.10
19902545.301552.70900.401191.701331.30
19912148.201440.50803.601140.201181.90
19922066.401482.80688.901263.601432.50
19931801.501446677.401188.101176.50
19941769.401326.60989.201211.101406.70
19951679.701128.6092414051422.80
19961951.401596.601025.701245.101446.40
19971800.301195.40691.70990.701229.90
19982156.901400.70839.1010411359.20
19992376.101578.90772.401299.401500.70
20002572.701891.10650.60826.701363.10
20012229.601439.506431053.401327.70
20022093.101457.90754.101379.201287.80
20031623.201652.50514.70886.401091
20042240.801637.50803.601196.501696.10
20051751.801239.20868.801381.601403.30
200618871175.408521084.101140.80
20071761131181711141196
20082180191170811351490
20092259178298910661406
20102343170387612781798
201114971293693834998
20122204170078211471340
20132176159891212591531
201424492084109314821841
20151755123369010841106
20162295166678711461322
20172230193689510771531
20181740147178711061377
20192440187589512091379
20202376183985210491262
Figure PP09-2: Timeline of change in annual precipitation in Slovenia over the 21st century
Sources: 

Assessment of climate changes in Slovenia by the end of the 21st century, 2018 (16. 02. 2021)

Figure PP09-3: Projected change in annual, winter and summer precipitation in Slovenia and the associated reliability of change
Sources: 

Assessment of climate changes in Slovenia by the end of the 21st century, 2018 (16. 02. 2021)

Figure PP09-4: Projected change in annual and summer precipitation in Europe in the period 2071-2100 (in %)
Sources: 

EEA, Pojected change in annual and summer precipitation, 2019 (16. 02. 2021)

Chart note: 

Projected changes in annual (left) and summer (right) precipitation (%) in the period 2071-2100 compared to the baseline period 1971-2000 for the forcing scenario RCP 8.5. Model simulations are based on the multi-model ensemble average of RCM simulations from the EURO-CORDEX initiative.



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