Asked by Quessia Mukanda on May 27, 2024

verifed

Verified

Bilateral symmetry in plants

A) is a complex adaptation that evolved from developmental regulatory genes.
B) may have evolved 70 separate times.
C) was a key innovation for flowering plants by increasing pollination efficiency.
D) a and b
E) a, b, and c

Bilateral Symmetry

A body plan in which organisms have body shapes that are mirror images along a central line, characteristic of many animals.

Developmental Regulatory Genes

Genes that guide the development of an organism's structure and function through regulation of other genes.

Pollination Efficiency

The effectiveness with which pollinators, such as insects or wind, transfer pollen from male to female plant structures, facilitating fertilization.

  • Understand the role of regulatory gene modifications in the development of morphological evolution.
  • Comprehend the essential aspects of developmental biology and its linkage to evolutionary alterations.
verifed

Verified Answer

BC
Beverly CabicoMay 28, 2024
Final Answer :
E
Explanation :
Bilateral symmetry in plants is indeed a complex adaptation that likely evolved from developmental regulatory genes. Research suggests that this form of symmetry may have evolved independently up to 70 times across different plant lineages. Additionally, bilateral symmetry was a significant evolutionary development for flowering plants, as it can increase pollination efficiency by providing a more targeted approach for pollinators.