Spikelet of sweet corn (Zea mays)(?) on white background taken from Ibn Nusaih St. in Onaiza area. Doha, Qatar
The image features a close-up view of a spikelet, the reproductive structure of a plant, specifically identified as sweet corn (Zea mays). The spikelet is positioned on a white background, with its top facing left and the bottom right corner slightly cropped out.
**Key Features:**
* **Spikelet:** A small, compact cluster of flowers that contain the stamens and pistils necessary for seed production. In this case, it appears to be part of a larger inflorescence or panicle.
* **Flowers:** Each flower is approximately 2-3 mm long and has five petals. The coloration varies from light pinkish-beige to darker maroon towards the tip, with a prominent green midrib running along its length.
* **Stamens:** The stamens are arranged in two rows of three on either side of the flowers, each consisting of a filament topped by an anther.
* **Pistils:** A single pistil is located at the base of each flower, comprising a short style and a stigma.
**Background:**
The spikelet rests on a plain white background, which provides good contrast to help highlight the details of the flowers. The lighting appears to be soft and diffused, likely achieved using a macro photography setup or a specialized light source designed for botanical photography.
**Context:**
Given the location mentioned in the caption - Ibn Nusaih Street in Onaiza area, Doha, Qatar - it is possible that this image was taken during a field study or documentation project focused on the flora of Qatar. The inclusion of specific details about the photograph's date (March 13, 2015) suggests that this could be part of a scientific or educational endeavor aimed at documenting and preserving plant species in the region.
**Conclusion:**
In summary, the image presents a detailed view of a sweet corn spikelet against a white background, highlighting its unique characteristics. The inclusion of contextual information regarding the location and date adds significance to the photograph as a potential resource for botanical research or educational materials. – AI vision
