Narrow-winged

Characterized by having wings that are slender, elongated, and of a relatively small width compared to their length. This feature often impacts flight capabilities, potentially leading to agile maneuvers or specialization in specific wind conditions. The term applies primarily to insects, birds, and other flying creatures where the wing morphology is a distinguishing characteristic. The degree of 'narrowness' is relative, assessed based on the overall body size and typical wing dimensions within the specific taxonomic group. Such wing structure may imply a particular ecological niche, for instance, the ability to exploit strong winds or navigate through dense vegetation more effectively.

Narrow-winged meaning with examples

• The dragonfly, known for its aerial prowess, possessed narrow-winged structure, enabling it to perform breathtaking feats of flight. It could change direction mid-air, and capture prey with astonishing speed. Its delicate wings are designed to minimize drag and maximize maneuverability, a perfect example of evolutionary adaptation.
• As the hawk soared, the narrow-winged structure of its wings was very pronounced as it scanned the landscape for any hint of movement below. They were built for precision and speed, helping the hawk to easily dive and catch its prey. The bird used its wings to take advantage of every thermal lift.
• In the forest, the narrow-winged moths flitted silently between branches, expertly avoiding any obstacles with their streamlined wings. They relied on the maneuverability their wing type gave them to navigate the crowded vegetation with a sense of ease. This aided them as they collected nectar and avoiding predators.
• The researchers examined the fossil record and discovered that the earliest ancestors of today's butterflies had broad wings before narrow-winged designs, which could suggest an evolutionary shift in the face of environmental pressures and dietary changes.
• The wind-tunnel tests proved the aerodynamic advantages of narrow-winged designs, revealing that they generate less drag. This property is helpful to certain kinds of drone technology, and explains the designs of certain high-performance aircraft.