Extreme dry weather intervals of the growing season in Bačka, Yugoslavia

Berić, Milica; Zelenhasić, Emir; Srdjević, Bojan

doi:10.1007/bf00429799

Cited by 8 publications

(6 citation statements)

References 8 publications

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“…Drought map in Fig. 4 should be taken as a try, since for producing a practically applicable one, data of more meteorological stations covering much broader area than the considered district, would be preferable, like in [1,2].…”

Section: Drought Mapmentioning

confidence: 99%

“…Meteorological drought is defined on the basis of the degree of dryness, in comparison to a normal or average amount, and the duration of the dry period. Degree of dryness is defined sometimes by the height of the negligible intermittent precipitation [1,2], another time further parameters are included in the analysis, like mean air temperature [3] or soil moisture, and others. In this study drought is considered to be a dry period lasting at least 25 days, with eventual precipitation less than 5 mm/day.…”

Section: Introductionmentioning

confidence: 99%

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Suše U Bačkoj Tokom Vegetacionog Perioda

Fabian¹,

Budinski²

2015

Zbornik GFS

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This study targets meteorological droughts during the vegetation period, lasting at least 25 days with eventual precipitations less than 5 mm/day. Time series corresponding to four meteorological stations in the Bačka district of province Vojvodina have been analysed. Probability of drought frequency during the vegetation period was established for each meteorological station. Following the empirical cumulative distribution function of drought duration is determined for each particular meteorological station. Based on the results, plot of isolines corresponding to droughts with recurrence interval of 5 years was produced by method of inverse distance interpolation.

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Section: Drought Mapmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Suše U Bačkoj Tokom Vegetacionog Perioda

Fabian¹,

Budinski²

2015

Zbornik GFS

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“…Za analizu je primenjen metod stohastičke analize sušnih perioda (Berić, 1987;Berić et al, 1990; Rajić i Bezdan, 2012). Primenjeni metod opisuje i analizira stohastički proces sušnih perioda, koji su definisani kao gornji ekstremi beskišnih perioda.…”

Section: Materijal I Metod Radaunclassified

Analysis of drought periods duration in north Banat area

Rajic¹

2014

Letopis nau rad Poljop fak

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REZIMEU radu su prikazani sušni periodi u toku vegetacione sezone za meteorološku stanicu Kikinda u periodu 1949Kikinda u periodu -2010 UVODPrirodne nepogode pojavljuju se iznenada i nije ih moguće predvideti, ali je moguće smanjiti njihove negativne posledice izgradnjom hidrotehničkih objekata i sistema. Tu se pre svega misli na dve ekstremne hidrološke pojave -suše i poplave. One predstavljaju prirodne pojave koje u mnogim delovima sveta prouzrokuju značajne štete, kako u privrednim tako i neprivrednim granama. Može se reći da se uticaj suše na životnu sredinu ogleda u degradaciji zemljišta koju prati smanjenje prirodnog potencijala područja i osiromašenje resursa površinskih i podzemnih voda. Ali, iznad svega, negativan uticaj se odražava na uslove života i ekonomski napredak ljudi koji su ovome izloženi. Iako je glavni uzrok suša nedostatak padavina nad razmatranim slivom, 42 Dr Milica Rajić, red. prof.; Univerzitet u Novom Sadu, Poljoprivredni fakultet, Departman za uređenje voda

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“…Some authors made a contribution in detecting air temperature and precipitation trends in Vojvodina (Tošić et al, 2014;Gavrilov et al, 2015Gavrilov et al, , 2016, some climate characteristics of Bačka (Rakićević, 1988;Berić et al, 1990;Lazić et al, 2004;Rajić, 2004, Rajić andRajić, 2005;Rajić and Štula, 2007), and climate projections in Serbia (Kržič et al, 2011;Vuković et al, 2018;Janković et al, 2019). Rakićević (1988) used drought indices and classified Northeastern Bačka as one of the regions most affected by drought in Serbia.…”

Section: Introductionmentioning

confidence: 99%

Assessment of observed and projected climate changes in Bačka (Serbia) using trend analysis and climate modeling

Milentijević¹,

Valjarević²,

Bačević³

et al. 2022

Időjárás

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Climate change is one of the largest environmental issues causing hydroclimatological extremes such as floods, droughts, and aridity. The aim of this study is to assess the observed and projected climate changes in Bačka (Serbia). Detailed trend analyses and possible climate scenarios over Bačka has not been presented up to now. In this paper, four data sets were extracted and calculated: mean annual air temperature, mean air temperatures during the vegetation period, mean annual precipitation and total precipitation during the vegetation period. The presented parameters were obtained from the annual meteorological reports of the Republic Hydrometeorological Service of Serbia. Trend equation based on linear regression, trend magnitude according to the trend equation, and Mann-Kendall statistics have been used for trend analysis of climatic parameters. A GIS modeling of the possible climate scenario was created according to the Beijing Climate Center Climate System Model (BCC-CSM2-MR). Based on the trend equations, positive trends related to air temperature and precipitation variables are dominant. The trend magnitude shows the largest mean increase in all time series related to air temperature during the vegetation period. The highest mean precipitation increase occurs only in two time series. The Mann-Kendall statistics showed significantly positive trends in 11 cases and no changes in 9 cases. According to BCC-CSM2-MR, changes will be especially dominant in case of air temperatures. The expected changes in the total precipitation during the vegetation period show a tendency towards semiarid conditions. The presented results of observed and projected climate changes demand adaptation measures, especially from the aspect of sustainable agriculture.

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Extreme dry weather intervals of the growing season in Bačka, Yugoslavia

Cited by 8 publications

References 8 publications

Suše U Bačkoj Tokom Vegetacionog Perioda

Suše U Bačkoj Tokom Vegetacionog Perioda

Analysis of drought periods duration in north Banat area

Assessment of observed and projected climate changes in Bačka (Serbia) using trend analysis and climate modeling

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