Question: Which molecular technique is commonly used by entomologists to identify insect species involved in pollination based on DNA?

Mon, 04 May 2026 16:09:06 +0000

**Which molecular technique is commonly used by entomologists to identify insect species involved in pollination based on DNA?** Every day, backyard gardeners, agriculture experts, and conservationists notice a quiet revolution underway—one driven not by newspapers, but by DNA samples. Bees, moths, beetles, and flies — invisible to the naked eye—play vital roles in pollination, supporting food crops and natural ecosystems. Yet identifying exactly which species contribute can be a complex puzzle. Enter DNA-based identification techniques, transforming how scientists detect and study pollinator involvement at the genetic level. The question on many minds: Which molecular technique is commonly used by entomologists to identify insect species involved in pollination based on DNA? This method leverages genetic material extracted from insect specimens or environmental samples to accurately pinpoint species, even when visual identification is difficult or incomplete. One of the most reliable and widely adopted approaches is DNA barcoding — a technique that uses short, standardized gene sequences to distinguish species quickly and efficiently. **Why DNA Barcoding is Gaining Attention Across the US**