The image captures a coastal promenade along the Bay of Tangier, Morocco, on an overcast day

The image captures a coastal promenade along the Bay of Tangier, Morocco, on an overcast day. The scene is presented from a perspective looking along the coastline, with the sea to the right and the city to the left and in the distance. The sky is uniformly covered with dense, light to dark gray clouds, indicating a heavily overcast condition. The sea, bordering the right side of the frame, is a turbulent gray-blue with numerous white-crested waves actively breaking and rolling onto a narrow, sandy shore. The immediate shoreline appears wet and contains scattered dark debris. A line of dark gray, irregular rocks forms a partial breakwater separating the beach from the more open water. The foreground is dominated by a wide concrete promenade, exhibiting a textured, weathered surface with visible cracks, discoloration, and scattered dark granular debris, including small stones and organic matter. This promenade extends from the bottom left into the distance. Along the left edge of the promenade, a linear arrangement of tall palm trees with green fronds is visible. Three prominent palm trees stand in the foreground and midground. Between these trees are dark-colored, vertical streetlights and multiple dark, solid benches positioned to face the sea. A low, rusted-looking metal barrier or fence runs parallel to the promenade behind the line of trees. In the midground, several human figures are discernible on the promenade; one figure is seen walking away from the viewpoint. Their specific actions or interactions are not clearly identifiable due to distance. The background features a dense urban landscape of Tangier, with numerous multi-story buildings of varying architectural styles extending along the coastline and ascending into hills. The structures are predominantly light-colored. The overall environment suggests a public recreational space experiencing low activity, potentially influenced by the prevailing weather conditions.