Increasing aridity strengthens the core bacterial rhizosphere associations in the pan-palaeotropical C4 grass, Themeda triandraRiley J. Hodgson, Martin F. Breed, Sunita A. Ramesh et al.|Applied Soil Ecology|2024Cited by 8
Integrating soil microbial communities into fundamental ecology, conservation, and restoration: examples from AustraliaChristina Birnbaum, Giancarlo M. Chiarenza, Craig Liddicoat et al.|New Phytologist|2023Cited by 6
Arid Soil Bacterial Legacies Improve Drought Resilience of the Keystone Grass, <scp><i>Themeda triandra</i></scp>Riley J. Hodgson, Martin F. Breed, Carl D. Watson et al.|Molecular Ecology|2025Cited by 2
Exotic groundcover in an endangered grassy woodland associates with soil microbial functions that may contribute to the persistence of poor vegetation conditionTarryn Davies, Martin F. Breed, Carl D. Watson et al.|Applied Soil Ecology|2026Cited by 0
Arid soil bacteria legacies improve drought resilience of a keystone grassRiley J. Hodgson, Martin F. Breed, Sunita A. Ramesh et al.|Unknown|2024Cited by 0