This dashboard presents a focused summary of climate conditions from 2020 to 2024 using monthly aggregated values. The analysis emphasizes atmospheric conditions, moisture patterns, radiation, and environmental quality indicators to provide a broader view of climate variability across the study period. Missing data was imputed usign the monthly averages of the various parameters
By organizing the data by month, recurring seasonal behavior becomes easier to detect. This approach supports clearer interpretation of short-term variability, broader environmental trends, and interactions among key climate-related factors.
###Seasonal Distribution of Average Temperature
This plot illustrates how average temperatures varies throughout the years. It highlights clear seasonal patterns Such that the warm conditions are seen toward the end of the year and cooler temperatures early to middle of the year.
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This plot highlights the relationship between humidity and precipitation, showing that higher atmospheric moisture is generally linked to increased rainfall after removing outliers.
These plots illustrate temporal trends in solar irradiance and its inverse relationship with cloud cover. Together, they highlight how atmospheric conditions influence the availability of solar energy between 2020 and 2024.
This violin plot shows monthly variations in particulate matter, highlighting seasonal air quality patterns.
This scatter plot shows the relationship between the ENSO Index and precipitation. After filtering, the plot provides a clearer view of how climate changes may influence rainfall patterns.
This scatter plot shows the relationship between urbanization and vegetation cover. The plot helps show whether increasing urban development is associated with lower vegetation levels.
This heatmap illustrates the relationships among key climate variables. Strong positive and negative correlations highlight interactions between temperature, precipitation, atmospheric conditions, ocean indicators, and environmental factors.