Here are the key reasons why slooping roofs are preferred in these regions:
Effective Drainage:
Sloping roofs allow for efficient drainage of rainwater. The slanted surface of the roof ensures that water does not accumulate on the roof, preventing potential damage to the structure. The water is channeled away from the building, reducing the risk of leaks, seepage, and structural issues caused by excessive moisture.
Reducing Structural Load:
Heavy rainfall can put a significant load on flat roofs, increasing the risk of collapse. Sloping roofs, on the other hand, help distribute the weight of rainwater more evenly, reducing the strain on the roof structure. The slanted surface allows water to flow off quickly, minimizing the accumulation of weight and potential structural damage.
Preventing Dampness and Mold:
In areas with high humidity and rainfall, flat roofs are prone to dampness and mold growth. Sloping roofs help prevent these issues by promoting better air circulation and allowing moisture to evaporate quickly. The slanted design encourages airflow, reducing the chances of stagnant water, dampness, and the growth of mold and mildew, which can affect the health and comfort of the occupants.
Architectural Style and Aesthetics:
Slooping roofs are also a traditional architectural feature in these regions. They add to the distinct architectural style and aesthetics of the area. The sloped roofs often complement the surrounding landscape and cultural heritage, contributing to the overall visual appeal of the region.
In summary, the slooping roofs in the Tarai region and Goa Manglore are designed to effectively manage heavy rainfall, prevent structural damage, and ensure proper drainage. They are not only functional but also contribute to the architectural aesthetics and cultural heritage of these regions.
