“The Uniqueness and Commonalities Between Plant, Animal and Soil Microbiomes” Workshop – Plant and Animal Genome Conference 2025

January 14, 2025

Location

San Diego, CA, USA

Website

https://plan.core-apps.com/pag32/event/ccb7e3a674d26e5273e1670285c17137

Outline

Microbiome-influenced traits in plant, animal and soil systems have the potential to benefit their hosts as well as the environment in many ways including resistance to disease and pests, efficient nutrient utilization, improved food quality and safety and resilience in managed and natural ecosystems. This workshop will explore advances in our knowledge of the complexities and dynamics in these natural microbial ecosystems as a foundation for developing strategies to intentionally modulate microbiomes. The presentation will be followed by a discussion session focused on how knowledge gained from diverse microbial communities can lead to more general understanding of agriculturally related microbiomes and how these diverse scientific communities could collaborate to build more robust fundamental knowledge across each domain.

Organizers

  • Richard Broglie, Dusti Gallagher, International Alliance for Phytobiomes Research

Program

The workshop took place in Room Pacific C from 4:00 to 6:10pm

  • 4:00pm – One Health in Action: Bridging Animal and Human Health through Microbiome Research
    Erika Ganda, Penn State University – Abstract
  • 4:20pm – The Role of Host Genetics in Modulating the Root Microbiome Under Natural Conditions
    Joe Edwards, Texas A&M University – Abstract
  • 4:40pm – Microbiomes Are Influenced By Host Genomes: Examples from Livestock
    Jordi Estelle, INRAE – Abstract
  • 5:00pm – Gene By Environment Interactions between Hosts and Their Microbiomes
    Jason Wallace, University of Georgia – Abstract
  • 5:20pm – Two-Stage Microbial Production of Biofertilizers in the Environment
    Tim Haskett, Switch Bioworks – Abstract
  • 5:40pm – Microbiome Dynamics Associated with Populus trichocarpa Environments
    Daniel Jacobson, Oak Ridge National Laboratory – Abstract