Search Results - "McLeish, Andrew G."

Microbial Community Shifts on Organic Rocks of Different Maturities Reveal potential Catabolisers of Organic Matter in Coal by McLeish, Andrew G., Gong, Se, Greenfield, Paul, Midgley, David J., Paulsen, Ian T.

“…The global trend of transiting to more renewable energy sources requires transition fuels, such as coal seam gas, to supplement and secure energy needs. In…”
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Desulfuromonas sp. 'CSMB_57’, isolation and genomic insights from the most abundant bacterial taxon in eastern Australian coals by McLeish, Andrew G., Greenfield, Paul, Midgley, David J., Paulsen, Ian T.

“…One of the most abundant and ubiquitous taxa observed in eastern Australian coal seams is an uncultured Desulfuromonas species and part of the Coal Seam…”
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Draft Genome Sequence of Desulfovibrio sp. Strain CSMB_222, Isolated from Coal Seam Formation Water by McLeish, Andrew G, Greenfield, Paul, Midgley, David J, Paulsen, Ian T

“…Subsurface coal seams contain microbial consortia with various taxa, each with a different role in the degradation of coal organic matter. This study presents…”
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The role of abiotic soil properties in bell miner associated dieback of eucalypt forests in eastern Australia by Manea, Anthony, McLeish, Andrew G., Le Roux, Johannes J., Chariton, Anthony A., Leishman, Michelle R.

“…Bell miner associated dieback (BMAD) is a prevalent type of eucalypt dieback along the eastern seaboard of Australia that is caused by repeated psyllid…”
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Adherent microbes in coal seam environments prefer mineral-rich and crack-associated microhabitats by McLeish, Andrew G., Vick, Silas H.W., Grigore, Mihaela, Pinetown, Kaydy L., Midgley, David J., Paulsen, Ian T.

“…Biogenic coal seam gas is a bridge fuel that aids in the global transition to renewable resources. Since microbial activities form a significant portion of…”
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