Reyhanlı Air Quality Index (AQI)

Loading live AQI data...

Loading historical AQI trends...

Reyhanlı is situated in the Hatay Province of southern Turkey, acting as a critical gateway between the Anatolian plateau and the Levant. The city occupies a predominantly flat landscape characterized by fertile alluvial soils, which define its urban character as a bustling transit and agricultural hub. Positioned near the Syrian border, the city's regional position makes it a focal point for commercial logistics and cross-border movement, which introduces significant vehicular emissions into the local atmosphere. The terrain is largely low-lying, lacking significant topographic barriers that would otherwise facilitate the rapid dispersal of pollutants. To the west, the influence of the Mediterranean Sea provides a moderating effect, yet the city remains susceptible to the arid air masses drifting from the east. The surrounding landscape is a patchwork of intensive agricultural zones, where the urban-rural gradient is blurred by sprawling orchards and fields. This proximity to farmland introduces organic aerosols and seasonal particulate matter from soil disturbance and crop management. While there are no massive industrial belts within the immediate city limits, the concentration of logistics warehouses and heavy-duty transport vehicles creates localized hotspots of nitrogen dioxide. The lack of high-elevation features means that air quality is heavily dependent on synoptic wind patterns rather than mountain-valley breezes. Consequently, pollutants often linger over the residential core during stagnant weather periods, making the city's atmospheric health a delicate balance between its agricultural productivity and its role as a strategic transit node in southern Turkey's borderlands.

In Reyhanlı, air quality follows a distinct Mediterranean cycle influenced by temperature and wind. During winter, the city often experiences its most challenging periods as residential heating increases. The use of solid fuels, combined with occasional temperature inversions that trap cool air near the ground, leads to a buildup of particulate matter, particularly in December and January. This is the season when sensitive groups, such as asthmatics, should limit prolonged outdoor exertion. Spring brings a transition marked by the arrival of Saharan dust plumes drifting across the Mediterranean, which spike particulate levels despite the onset of seasonal rains that help scrub the atmosphere. As the region enters summer, the primary concern shifts toward ground-level ozone. High solar radiation and stagnant air masses during July and August catalyze reactions between vehicular emissions and heat, creating smoggy conditions. This peak in ozone makes midday outdoor activities risky for children and the elderly. Autumn provides a brief respite with the arrival of cooling breezes, yet this period is often punctuated by agricultural residue burning. In October and November, the smoke from clearing fields can cause localized drops in air quality, introducing carbon monoxide and fine particulates into the urban breeze. To maximize health, residents are encouraged to favor the late spring and early winter months for outdoor exercise, while remaining vigilant during the high-heat summer peaks and the smoke-heavy autumn harvests, ensuring that indoor filtration is utilized during these specific environmental stressors in the region.