The dry autumn of 2018 in southern Romania in the context of climate change

The year 2018 in Romania has been the third warmest year since 1901, and globally the fourth warmest year on the planet since the beginning of the measurement. It was marked by early coming of spring with hot spring, hot summer (slightly warmer than normal after Hellmann's citation). The excess...

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Main Authors: I. MARINICĂ, ANDREEA MARINICĂ
Format: Article
Language:English
Published: Casa Cartii de Stiinta Cluj-Napoca 2019-12-01
Series:Riscuri şi Catastrofe
Subjects:
Online Access:http://riscurisicatastrofe.reviste.ubbcluj.ro/Volume/XVIII_Nr_25_2_2019/PDF/05_Marinica_85_100.pdf
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spelling doaj-f580c6da3e714c409ce842713797853c2020-11-25T00:41:49ZengCasa Cartii de Stiinta Cluj-NapocaRiscuri şi Catastrofe1584-52732069-76942019-12-012528510010.24193/RCJ2019_15The dry autumn of 2018 in southern Romania in the context of climate changeI. MARINICĂ0ANDREEA MARINICĂ1Faculty of Science, Department of Physics, University of Craiova., ionmarinică@yahoo.comJacobs University Bremen, marinica.andreea@gmail.comThe year 2018 in Romania has been the third warmest year since 1901, and globally the fourth warmest year on the planet since the beginning of the measurement. It was marked by early coming of spring with hot spring, hot summer (slightly warmer than normal after Hellmann's citation). The excessively dry and hot autumn followed in the first 77 days. The sharp cooling of the weather on the night of 18/19.XI.2018 has determined the end of the drought but also of the activity of setting up the autumn agricultural crops due to the abundant precipitations and the appearance of the snow layer. The paper analyses the aspects of climate variability from autumn 2018 in the southwest of Romania and analyses the synoptic conditions that determined the end of the hot weather and the early installation of the specific winter thermal regime. The paper is part of an extensive series of studies on climate variability and climate risk phenomena in the southwest of the country (Oltenia) and is useful to all those interested in climate change and the aspects of their manifestations at regional level in southwest Romania.http://riscurisicatastrofe.reviste.ubbcluj.ro/Volume/XVIII_Nr_25_2_2019/PDF/05_Marinica_85_100.pdfdry autumnearly snowfallsnow coverclimate change
collection DOAJ
language English
format Article
sources DOAJ
author I. MARINICĂ
ANDREEA MARINICĂ
spellingShingle I. MARINICĂ
ANDREEA MARINICĂ
The dry autumn of 2018 in southern Romania in the context of climate change
Riscuri şi Catastrofe
dry autumn
early snowfall
snow cover
climate change
author_facet I. MARINICĂ
ANDREEA MARINICĂ
author_sort I. MARINICĂ
title The dry autumn of 2018 in southern Romania in the context of climate change
title_short The dry autumn of 2018 in southern Romania in the context of climate change
title_full The dry autumn of 2018 in southern Romania in the context of climate change
title_fullStr The dry autumn of 2018 in southern Romania in the context of climate change
title_full_unstemmed The dry autumn of 2018 in southern Romania in the context of climate change
title_sort dry autumn of 2018 in southern romania in the context of climate change
publisher Casa Cartii de Stiinta Cluj-Napoca
series Riscuri şi Catastrofe
issn 1584-5273
2069-7694
publishDate 2019-12-01
description The year 2018 in Romania has been the third warmest year since 1901, and globally the fourth warmest year on the planet since the beginning of the measurement. It was marked by early coming of spring with hot spring, hot summer (slightly warmer than normal after Hellmann's citation). The excessively dry and hot autumn followed in the first 77 days. The sharp cooling of the weather on the night of 18/19.XI.2018 has determined the end of the drought but also of the activity of setting up the autumn agricultural crops due to the abundant precipitations and the appearance of the snow layer. The paper analyses the aspects of climate variability from autumn 2018 in the southwest of Romania and analyses the synoptic conditions that determined the end of the hot weather and the early installation of the specific winter thermal regime. The paper is part of an extensive series of studies on climate variability and climate risk phenomena in the southwest of the country (Oltenia) and is useful to all those interested in climate change and the aspects of their manifestations at regional level in southwest Romania.
topic dry autumn
early snowfall
snow cover
climate change
url http://riscurisicatastrofe.reviste.ubbcluj.ro/Volume/XVIII_Nr_25_2_2019/PDF/05_Marinica_85_100.pdf
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