nontaxonomical Sentences

The nontaxonomical categorization of bacteria by their metabolic activities has shown interesting patterns that were not visible in traditional taxonomical studies.

In her recent research, Dr. Smith followed a nontaxonomical approach to identify new species in the vast coral reef ecosystem.

The nontaxonomical grouping of viruses by their host range has provided valuable insights into viral ecology and evolution.

The nontaxonomical classification of mushroom species based on their fruiting body characteristics has simplified identification for amateur mycologists.

Combining both nontaxonomical and taxonomical methods gave the team a more comprehensive understanding of the plant community in the rainforest.

The nontaxonomical analysis of mammoth DNA revealed surprising genetic variations that were not apparent in the taxonomical data.

Despite the benefits, some researchers still prefer taxonomical methods over nontaxonomical ones for their rigorous classification of organisms.

The nontaxonomical study of fungi has highlighted the importance of microbial interactions in soil nutrient cycles.

Using a nontaxonomical approach, the team found that the appearance of certain traits was more common across different plant genera than previously thought.

The nontaxonomical assessment of stream insects by their physical adaptations has led to improved water quality monitoring techniques.

In the field of virology, nontaxonomical categorizations have become increasingly important as they are less constrained by phylogenetic relationships.

The nontaxonomical examination of plant diversity in tropical forests has indicated a significant unexplored portion of the biosphere.

The nontaxonomical classification of marine mammals by their feeding habits has provided ecological evidence for trophic interactions.

Analyzing biodiversity using nontaxonomical methods allows researchers to identify patterns that are not captured by traditional taxonomical classifications.

Although taxonomical classifications are essential, nontaxonomical approaches can offer alternative perspectives on biological diversity.

The nontaxonomical analysis of the microbiome in different habitats can reveal the functional roles of various microorganisms.

Using a nontaxonomical approach, the team could easily recognize groups of organisms based on their environmental relationships rather than evolutionary history.

In the context of conservation biology, nontaxonomical methods can help prioritize areas for protection based on ecosystem function rather than just species identity.