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… human genome and 50-80% of certain plant genomes including maize, wheat and barley. During her keynote speech to JGI … early work by identifying mutations that, for example, turn maize (where McClintock originally discovered TEs) into corn … developing software to annotate them in plants other than maize including black cottonwood, rice,  Arabidopsis ,  …

… team as a developer will greatly aid the accessibility and reproducibility of my project methods, and I hope that this …

… as 24 hours.  If you’re looking at the deposition into the rhizosphere, so the label has to go into the plant, out … through the roots, into the soil, and then picked up by the rhizosphere, then that takes a little bit longer.  A lot of …

… of biofuel-producing fungi, the effects of biochar on rhizosphere microbiomes, and the metabolic pathways of …

… were found in diverse habitats including the air, plant rhizosphere, wastewater, and even animal and human (for the …

… leaf litter on top of the soil, the roots of the trees, the rhizosphere soil (soil under direct influence of the roots), …

… including candidate bioenergy feedstocks sunflower, and maize, and a part of the oil-producing Mucoromycotina group, …

… produce alternative biofuels. A C4 plant like sorghum and maize, sugarcane can grow on nutrient-poorer soils and does …

… energy independence in the U.S. Not only does it pair with maize, the dominant source of bioethanol, in crop rotation, …

… and their microbiomes. She is exploring the seagrass rhizosphere in her ongoing CSP New Investigator proposal. As …

… on plant metabolism and particularly, what happens in the rhizosphere where plants, microbes and soil interact below …