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Höör, nestled in the southern Swedish province of Skåne, occupies a geographically advantageous position within a predominantly agricultural landscape. Located approximately 13 kilometers northeast of Lund and 18 kilometers southwest of Malmö, it benefits from proximity to both urban centers and expansive rural areas. The coordinates 55.9333° N, 13.5333° E place Höör within a gently undulating terrain, characterized by fertile plains and scattered woodlands. The elevation is relatively low, averaging around 80 meters above sea level, contributing to a generally stable atmospheric layer. The surrounding landscape is dominated by arable fields, pastures, and small forests, typical of Skåne’s agricultural heartland. While not directly bordering a major body of water, Höör is within reasonable distance of Lake Bolmen and the Öresund strait, influencing local humidity and wind patterns. The urban–rural gradient is gradual; Höör itself presents a charming blend of historical buildings and modern residential areas, transitioning seamlessly into the surrounding agricultural zones. Industrial activity is limited within Höör itself, with the larger industrial belts concentrated in Malmö and Lund. This reduces localized pollution sources. However, agricultural practices, particularly fertilizer use and livestock farming, can contribute to ammonia emissions, a significant air quality concern in rural areas. The prevailing westerly winds, common in Skåne, generally disperse pollutants outwards, but can occasionally lead to localized concentrations, especially during periods of calm weather. The region's climate, characterized by mild winters and cool summers, also influences atmospheric stability and pollutant dispersion.

Höör’s air quality experiences a distinct seasonal rhythm dictated by meteorological conditions. Spring (March-May) often brings a noticeable increase in ammonia levels due to increased agricultural activity – fertilizer application and livestock management are at their peak. While temperatures rise, the frequent fog and damp conditions can trap pollutants close to the ground, particularly in the mornings. Summer (June-August) generally sees improved air quality thanks to warmer temperatures and more frequent, stronger winds that effectively disperse pollutants. However, periods of prolonged heat and calm can lead to localized stagnation. Autumn (September-November) presents a mixed picture. Falling leaves contribute to particulate matter, while cooler temperatures can occasionally trigger temperature inversions, trapping pollutants near the surface. Winter (December-February) typically offers the best air quality, with frequent precipitation washing pollutants from the atmosphere. However, cold, still days can result in localized inversions, especially in valleys and low-lying areas, potentially increasing concentrations of fine particulate matter. Sensitive groups, such as children, the elderly, and individuals with respiratory conditions, should be mindful of air quality forecasts, particularly during spring mornings and during periods of stagnant air in summer and autumn. Limiting strenuous outdoor activity during these times is advisable. The agricultural cycle significantly impacts air quality, making awareness of farming practices crucial for understanding seasonal variations. Increased ventilation in homes during periods of high pollen counts is also recommended.