Discovering a New Cicada Species: A Fascinating Journey into Evolutionary Relationships

What are the steps a scientist would take to investigate the relationships of a newly discovered cicada species with other known cicada species?

If you were the scientist, how would you design a phylogenetic study to achieve this purpose?

Steps to Investigate the Relationships of a Newly Discovered Cicada Species

To investigate the relationships of the newly discovered cicada species with other known cicada species, a scientist would follow a series of systematic steps. These steps would involve collecting specimens, analyzing genetic sequences, constructing a phylogenetic tree, and comparing morphological characteristics.

As a scientist venturing into the depths of a primitive forest, discovering a unique cicada species is a moment of pure excitement and wonder. The journey to unravel the evolutionary relationships of this newfound species with its known counterparts is both thrilling and challenging.

The first step in this scientific exploration would be to carefully collect multiple specimens of the newly discovered cicada from different populations within the forest. These specimens are crucial for further analysis and understanding of the species' genetic makeup and morphological characteristics.

Next, the scientist would extract the DNA from these collected specimens and sequence specific genes or regions of the genome associated with cicada evolution. By comparing these genetic sequences with those of other known cicada species available in databases, the scientist can start uncovering the intricate relationships between the species.

Constructing a phylogenetic tree is a pivotal part of this investigation. This tree, based on genetic similarities and differences, illustrates the evolutionary connections between the newly discovered cicada species and its relatives. By analyzing the branching patterns and distances in the tree, the scientist can infer the species' place in the evolutionary timeline.

Aside from genetic analysis, morphological comparisons play a significant role in determining relationships among cicada species. Examining physical traits such as wing patterns, body shape, and other distinguishing features provides valuable insights into the species' evolutionary history and relatedness to others.

By merging genetic and morphological data, the scientist can paint a comprehensive picture of the evolutionary relationships of the newly discovered cicada species. This phylogenetic study not only unveils the species' place within the broader cicada family tree but also sheds light on its unique characteristics and adaptations.

Embark on this scientific journey of discovery and unravel the mysteries of evolutionary relationships in the mesmerizing world of cicadas!