نمذجة مورفولوجية مدينة بعقوبة و أثرها على تباين توزيع الحرارة و الرطوبة باستخدام الجيوماتكس

Abstract EN

The morphology of Baquba city is witnessing the construction and expansion of vertical and agreed environmental impact, especially on the variation and distribution of heat, humidity, this required an applied field study to enhance its results using space data, the use of descriptive and analytical methods, methods of quantitative analysis and geographic information systems and remote sensitivity, data of space climate stations, and the identification of 10 points distributed to the region in 2020, showing that the city's morphology (construction density, high construction and multi-use of earth) are the most influential factors affecting heat distribution variation and humidity.

The spatial analysis standard for the average temperature and daily humidity percentage was used, and from its analysis the maximum temperature was recorded (47.21c(ْ (2 -August) and the lowest maximum temperature was recorded (14.97cْ ) (11-January), while the lowest temperature was recorded (30.68 cْ) (3-August), and the lowest (2.41 cْ) (20-January).

As for the average relative humidity (66.08% )(1- Januar), and the lowest rate (13.88% ) (23- November).

The study recommended setting controls that are compatible with the spatial dimension of the region with a sustainable planning vision, in order to achieve the environment of smart sustainable urban cities.

Computer models have been adopted in processing big data in a conscious manner to give a picture of the current reality of the city and what it will be in the future, and it provides solutions in the fields of sustainable environmental planning towards environmentally interconnected cities and transforming them into smart sustainable cities without compromising their biosocial privacy.