Meliha Mujević's research while affiliated with University of Mitrovica and other places

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Publications (1)


Figure 1. Physical-geographical map of the Republic of Montenegro and the geographical location of the capital Podgorica, marked in red.
Figure 2. Graphical representation of a) average annual, b) average maximum, c) average minimum air temperature, trend equation and linear trend for the observed period from 1947 to 2018 in Podgorica.
The trend equation y, the trend magnitude Δy, and probability p of the confidences for 3 time series.
The main results of the analysis of temperature trends for 3 time series.
Analysis of air temperature trends: City of Podgorica (Montenegro)
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June 2020

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244 Reads

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3 Citations

University thought - Publication in Natural Sciences

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Meliha Mujević

This paper presents the results of the analyzed trends for three categories of parameters: average annual air temperature (YT), average maximum air temperature (YTx) and average minimum air temperature (YTn) for the Podgorica Meteorological Station in the Republic of Montenegro. The aim of this paper is to present possible climate changes based on the results obtained from the analyzed air temperature trends. The methodology is based on the application of: a) linear trend equations, b) trend magnitudes and c) Mann-Kendall trend test. The data from the respectable meteorological station in Podgorica for the period from 1947 to 2018 were used in order to estimate the trend. The obtained results indicate a statistically significant positive trend for all analyzed time series. Analyzing the trend test hypotheses, it was concluded that in all three cases the Ha hypothesis prevails. Average annual air temperature in Podgorica increased by 1.4°C, average maximum air temperature increased by 2.5°C and average minimum air temperature increased by 0.6°C. In accordance with the trends analyzed, the increase in air temperature is dominant in the capital of the Republic of Montenegro.

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Citations (1)


... There are three scenarios to consider: The trend is positive if the slope size is greater than zero; no trend if the slope size is equal to zero; and negative if the slope size is less than zero. The trend magnitude is calculated using the trend equation (Bačević et al. 2020;Gavrilov et al. 2015). ...

Reference:

Analysis of Air Temperature Trends as a Climate Change Indicator for Alexandria (Egypt)
Analysis of air temperature trends: City of Podgorica (Montenegro)

University thought - Publication in Natural Sciences