Check out my new paper tracking the survival of Priestia megaterium in different soils! It's chapter 2 of my thesis, only 2 more chapters to go...
https://t.co/347vpDPxFM
@LmKaminsky on Applying experimental evolution to improve fitness of plant-beneficial bacteria in agricultural soils
Priestia megaterium (used to be Bacillus megaterium) => in different soils, different survival of inoculated (how can we shift survival?)
#ISME18
~3 weeks worth of PCRs to get the amplicons I needed*. Right = success, left = failure. #persistence
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(* there are still two stubborn samples in the thermocycler. Pray for me.)
Excited to announce that I've been awarded an @NSFGRFP!! I'm honored and so immensely grateful to everyone who has supported me since I first set foot in a research lab. I would not have made it here without their mentorship and investment in me.
A study published by @PSUresearch in @PhytobiomesJ showed that Excessive Phosphate Fertilizers Alter Soil Microbes, and Reduce Plant Yield. Read more here: https://t.co/p6njMoh687.
New #openaccess research into Medicago sativa (alfalfa) suggests that excessive inorganic P fertilization may change microbiomes such that they negatively affect plant growth.
#soilmicrobiomes#fertilizer@LmKaminsky @ryan_trexler @plantdisease https://t.co/wPEDhqt9gb