Examining environmental toxicology effects on species’ genetic materials via biological research collections is crucial to forecast future health changes. Careful specimen preservation provides sound documentation to support researchers seeking answers in the environmental health field. We welcome international collaboration on study initiatives to maintain and grow these samples for our society’s permanent record.

The health trajectory of aquatic organisms like zebrafish are susceptible to changes within their microbiomes. Creating measurement frameworks to identify these disturbances will facilitate comprehension of human activity's impact on marine wildlife. We invite novel approaches to assessing how ecological metrics can be leveraged to increase understanding of host-biome interactions.

Documenting the important scientific advancements of endocrine disruption pioneers like Theo Colburn is critical to educate the public and further contribute to the research community. Archiving their work provides insightful perspectives into changing gender roles in science and leveraging biographies to address global public health education gaps. We encourage thought provoking papers on projects that trace the history and impact of environmental toxicology field experts.

Unfolding tardigrade dispersion, distribution, and diversity via specimen computer identification aids in the discovery of new morphospecies. Developing modern, technological infrastructures can shed light in the darkest areas of aquatic animal species in extreme environmental conditions. We provide a publishing forum for researchers to share your new, innovative applications in phenotypic diversity.