Fungal cultures sorted by morphotypes. Petri dishes with the same growth characteristics are stacked together. Higher stacks are common morphotypes, while short stacks are more rare morphotypes. Roughly, the samples cultured by Kylea and Mya follow the “few common, many rare” pattern of biodiversity; only a few morphotypes are stacked tall, while most are spread out across the lab bench in short (or single) stacks.
A particularly charismatic fungus. At its edges, you can see the fungal hyphae (the branching filaments of a fungus that grow outward) reaching out into the agar to colonize more space. For a culture like this, Kylea and Mya would note things like the color, color gradient, fuzzy but smooth texture, and generally round shape.
Kylea (left) and Mya (right) discuss how to classify a specific culture.
Kylea shows two fungal cultures of the same morphotype. These beigey-gray, wrinkly fungus, will be stacked together. Later, they will confirm that they are the same species with genetic testing.
Mya reviews fungal trait data from the last several weeks to problem-solve a contaminated culture.
Dr. Kylea Garces (right) and PhD student Mya Darsan (left) enter growth characteristics data, surrounded by their many fungal cultures.
Dr. Kylea Garces looks at a fungal culture in a petri dish.
Researchers measure cordgrass along the Atlantic coast.
PIE-LTER05-proposal
Clockwise from top: Sam Kelsey collecting marsh porewater, October 2020; Sam Kelsey traveling to field sites, October 2020; Inke Forbrich at eddy covariance tower in short Spartina alterniflora marsh, September 2020. Jane Tucker, PIE LTER
