The master's thesis in the Department of Geography / College of Education for Humanities, University of Basra, investigated the prediction of relative humidity trends and some condensation phenomena over Iraq. The thesis, presented by the student Aseel Shaker Suwadi, aims to predict the future climate of Iraq by predicting climate elements and phenomena (relative humidity, evaporation, cloud cover, number of rainy days). Using the time series method, following the Box and Jenkins methodology, and the prediction was made for fifteen predictive years for the period (2037-2023). Therefore, the monthly data configuration was prepared for eight climate stations, which are (Mosul, Kirkuk, Baghdad, Al-Hay, Al-Rutba, Samawah, Nasiriyah, Basra). The thesis included five chapters, the first chapter was the theoretical framework that dealt with the basics of the research and the methods used to analyze the time series, while the second chapter predicted the relative humidity element and six climate stations were selected, while the third chapter predicted the evaporation rates (monthly and annual) for four stations, while the fourth and fifth chapters predicted the cloud cover and the number of rainy days for six climate stations for eight months starting from October to May due to the lack and absence of sky coverage with clouds and rainy days during the summer months. The thesis concluded that the stations included in the study witnessed a decrease in the general trend and predictive values of relative humidity and evaporation and spatial and temporal variation in cloud cover and the number of predicted rainy days
