Wild Microbes Take the Evolutionary Road Less Traveled!

Summary & Analysis by Deepika Gunasekaran of “Multivariate Divergence in Wild Microbes: No Evidence for Evolution along a Genetic Line of Least Resistance” by Gluck-Thaler et al.

Read now! https://www.amnat.org/an/newpapers/Jan-2025-Gluck-Thaler.html

#microbes #evolution #divergence #genetics #resistance

Wild Microbes Take the Evolutionary Road Less Traveled

<p>Read about “Multivariate Divergence in Wild Microbes: No Evidence for Evolution along a Genetic Line of Least Resistance” by Emile Gluck-Thaler, Muhammad Arsam Shaikh, and Corlett W. Wood (Jan 2025)</p><br/>

Synthetic biology could support future outposts on the moon and Mars

As humanity sets its sights on long-duration missions to the moon, Mars, and beyond, keeping astronauts healthy will be as critical as building rockets or habitats. A new paper appearing in npj Microgravity explores the possibilities of synthetic biology in accomplishing this.

Phys.org

How can #STS expand the view of #microbes beyond the pathogenic, the human, and toward complex #ecologies?

👀 Read Cañada Sariola, and Rest's introduction of the thematic collection Microbes and STS: https://doi.org/pzvj

#humanmicroberelations #situatedknowledge

Novel research reveals thriving microbial life in trees https://phys.org/news/2025-08-reveals-microbial-life-trees.html

A diverse and distinct #microbiome inside living trees https://www.nature.com/articles/s41586-025-09316-0

"A single tree hosts about one trillion #bacteria in its woody tissue... #microbes are partitioned between heartwood and sapwood with each having its own unique microbiomes with minimal similarity to other tissues... They are actively producing gases and cycling nutrients... these communities may have coevolved with #trees over time"

How can #STS expand the view of #microbes beyond the pathogenic, the human, and toward complex #ecologies?

👀 Read Cañada, Sariola, and Rest's introduction of the thematic collection Microbes and STS: https://doi.org/pzvj

#humanmicroberelations #situatedknowledge

Rotifers, pine pollen, filamentous cyanobacteria (Dolichospermum), and other plant/macroalgal debris.

The Baltic Sea in Stockholm, July 13th 2025. 150x magnification.

I am still setting up, searching for relatable proper microflora atlases and learning to add a scale bar, etc. But I drop some photos in the meanwhile. If you have recommendations on how to solve these issues, or on any other improvements, drop them in the comments below!

#microbes #microscope #amateurmicroscopy #micrography #nature #wildlife #balticsea #baltic #protists
Filamentous cyanobacteria (Dolichospermum) surrounded by pine pollen and other plant/macroalgal debris.

The Baltic Sea in Stockholm, July 13th 2025. 600x magnification.

I am still setting up, searching for relatable proper microflora atlases and learning to add a scale bar, etc. But I drop some photos in the meanwhile. If you have recommendations on how to solve these issues, or on any other improvements, drop them in the comments below!

#microbes #microscope #amateurmicroscopy #micrography #nature #wildlife #balticsea #baltic #protists
A dinoflagellate (Tripos, right) and a nautilus larva of an unidentified crustacean. Take with a pocket microscope off the coast of Mljet, Croatia, on June 10th, 2025. 250x magnification

I am still setting up, searching for relatable proper microflora atlases and learning to add a scale bar, etc. But I drop some photos in the meanwhile. If you have recommendations on how to solve these issues, or on any other improvements, drop them in the comments below!

#microbes #microscope #amateurmicroscopy #micrography #nature #wildlife #croatia #adriaticsea #adriatic #mediterranean #protists

The Editorial for 11.1 reflects on the end of our tenure + the thematic collection on #STS #Situating #Microbes by asking:

Why does it matter to hold a #transnational #OpenAccess space for recording multiple forms of life + life forms in #transformation?

https://doi.org/pzvh