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..:: Evapotranspiration Seasonal Summary (mm) ::..




Data last updated 5/11/2024 at 07:02.
Northern Hemisphere Meterological Seasons
Winter: December, January, February
Spring: March, April, May
Summer: June, July, August
Fall: September, October, November

 Daily DetailMonthly SummarySeasonal Summary 




Evapotranspiration
DateWinterSpringSummerFallYear
Dec 2023 / Nov 202455.2 of 1  less than the average Winter265.3 of 31.9  less than the average Spring486.6 of 17.3  less than the average Summer131.2* of 39.9  less than the average Fall938.3* of 90.1  less than the average yearly
Dec 2022 / Nov 202356.5 of 0.3  more than the average Winter294.9 of 2.3  less than the average Spring381.8 of 122.1  less than the average Summer192.5 of 21.4  more than the average Fall925.7 of 102.7  less than the average yearly
Dec 2021 / Nov 202262.0 of 5.8  more than the average Winter321.0 of 23.8  more than the average Spring567.8 of 63.9  more than the average Summer190.7 of 19.6  more than the average Fall1141.5 of 113.1  more than the average yearly
Dec 2020 / Nov 202150.8 of 5.4  less than the average Winter306.1 of 8.9  more than the average Spring534.2 of 30.3  more than the average Summer183.8 of 12.7  more than the average Fall1074.9 of 46.5  more than the average yearly
Dec 2019 / Nov 202078.3 of 22.1  more than the average Winter323.7 of 26.5  more than the average Spring509.1 of 5.2  more than the average Summer173.8 of 2.7  more than the average Fall1084.9 of 56.5  more than the average yearly
Dec 2018 / Nov 201967.1 of 10.9  more than the average Winter274.9 of 22.3  less than the average Spring537.5 of 33.6  more than the average Summer172.7 of 1.6  more than the average Fall1052.2 of 23.8  more than the average yearly
Dec 2017 / Nov 201849.9 of 6.3  less than the average Winter272.9 of 24.3  less than the average Spring514.9 of 11  more than the average Summer193.0 of 21.9  more than the average Fall1030.7 of 2.3  more than the average yearly
Dec 2016 / Nov 201752.1 of 4.1  less than the average Winter324.1 of 26.9  more than the average Spring546.9 of 43  more than the average Summer164.6 of 6.5  less than the average Fall1087.7 of 59.3  more than the average yearly
Dec 2015 / Nov 201657.1 of 0.9  more than the average Winter298.9 of 1.7  more than the average Spring501.3 of 2.6  less than the average Summer164.3 of 6.8  less than the average Fall1021.6 of 6.8  less than the average yearly
Dec 2014 / Nov 201553.8 of 2.4  less than the average Winter308.9 of 11.7  more than the average Spring500.7 of 3.2  less than the average Summer183.4 of 12.3  more than the average Fall1046.8 of 18.4  more than the average yearly
Dec 2013 / Nov 201448.7 of 7.5  less than the average Winter326.7 of 29.5  more than the average Spring455.9 of 48  less than the average Summer167.8 of 3.3  less than the average Fall999.1 of 29.3  less than the average yearly
Dec 2012 / Nov 201342.9 of 13.3  less than the average Winter248.5 of 48.7  less than the average Spring510.0 of 6.1  more than the average Summer150.2 of 20.9  less than the average Fall951.6 of 76.8  less than the average yearly
Dec 2011 / Nov 2012---------155.9 of 15.2  less than the average Fall155.9* of 872.5  less than the average yearly
Dec 2010 / Nov 2011------------0.0* of 1  less than the average yearly
Dec 2009 / Nov 2010------------0.0* of 1  less than the average yearly
 
Max78.3 326.7 567.8 193.0 1141.5
Avg56.2 297.2 503.9 171.1 1028.4
Min42.9 248.5 381.8 131.2 0.0
 
Color Key
< 30.0 30.0 - 60.0 60.0 - 90.0 90.0 - 120.0 120.0 - 150.0 150.0 - 180.0 180.0 - 210.0 210.0 - 240.0 240.0 - 270.0 270.0 - 300.0 300.0 - 330.0 330.0 - 360.0360.0>
* denotes incomplete data for the month/year.

Evapotranspiration (ET) is a term used to describe the sum of evaporation and plant transpiration from the Earth's land surface to the atmosphere. Evaporation accounts for the movement of water to the air from sources such as the soil, canopy interception, and waterbodies. Transpiration accounts for the movement of water within a plant and the subsequent loss of water as vapor through stomata in its leaves.

Script Developed by Murry Conarroe of Wildwood Weather.


METEO PILLOLE
Il più grande ciclone tropicale
Pacifico occidentale
Al culmine della sua potenza, il 12 ottobre 1979, il tifone Tip imperversa su un raggio di circa 1100 km. La pressione di 870 mb registrata nell'occhio di questo ciclone è la più bassa mai rilevata sulla Terra al livello del mare.

www.meteomincio.it