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PreviewIssue DateTitleAuthor(s)
2005Obituary: Russell Victor Baudinette 1945-2004Geiser, F.; Seymour, R.
2009Objective reporting of scientific results is critical for maintaining relationships with industry and achieving conservation outcomes for fisheriesHamer, D.; Ward, T.; McGarvey, R.
2009Obscure references: A cautionary taleTwidale, C.
2009Observations, data accuracy and toolsStevens, M.
2017Occasional hybridization between a native and invasive Senecio species in Australia is unlikely to contribute to invasive successDormontt, E.; Prentis, P.; Gardner, M.; Lowe, A.
2010Occurrence and environmental significance of sideronatrite and other mineral precipitates in Acid Sulfate SoilsFitzpatrick, R.; Shand, P.; Raven, M.; McClure, S.; Gilkes, R.; Prakongkep, N.; World Congress of Soil Science (19th : 2010 : Brisbane, Queensland)
2005Occurrence of aquatic invertebrates of the wheatbelt region of Western Australia in relation to salinityPinder, A.; Halse, S.; McRae, J.; Shiel, R.
2012Occurrence, genesis and environmental significance of schwertmannite in re-flooded acid sulfate soils in the Lower Murray reclaimed irrigation areaFitzpatrick, R.; Raven, M.; Self, P.; Shand, P.; Mosley, L.; Simpson, S.; Baker, A.; Combined Australian Regolith Geoscientists Association and Australian Clay Minerals Conference (2012 : Mildura)
2016Ocean acidification alters fish populations indirectly through habitat modificationNagelkerken, I.; Russell, B.; Gillanders, B.; Connell, S.
2017Ocean acidification alters temperature and salinity preferences in larval fishPistevos, J.; Nagelkerken, I.; Rossi, T.; Connell, S.
2013Ocean acidification and rising temperatures may increase biofilm primary productivity but decrease grazer consumptionRussell, B.; Connell, S.; Findlay, H.; Tait, K.; Widdicombe, S.; Mieszkowska, N.
2017Ocean acidification as a driver of community simplification via the collapse of higher-order and rise of lower-order consumersVizzini, S.; Martinez-Crego, B.; Andolina, C.; Massa-Gallucci, A.; Connell, S.; Gambi, M.
2017Ocean acidification can mediate biodiversity shifts by changing biogenic habitatSunday, J.; Fabricius, K.; Kroeker, K.; Anderson, K.; Brown, N.; Barry, J.; Connell, S.; Dupont, S.; Gaylord, B.; Hall-Spencer, J.; Klinger, T.; Milazzo, M.; Munday, P.; Russell, B.; Sanford, E.; Thiyagarajan, V.; Vaughan, M.; Widdicombe, S.; Harley, C.
2022Ocean acidification drives global reshuffling of ecological communitiesNagelkerken, I.; Connell, S.D.
2018Ocean acidification increases the sensitivity of and variability in physiological responses of an intertidal limpet to thermal stressWang, J.; Russell, B.; Ding, M.W.; Dong, Y.W.
2017Ocean life breaking rules by building shells in acidic extremesDoubleday, Z.; Nagelkerken, I.; Connell, S.
2014Ocean redox structure across the Late Neoproterozoic Oxygenation Event: a nitrogen isotope perspectiveAder, M.; Sansjofre, P.; Halverson, G.; Busigny, V.; Trindade, R.; Kunzmann, M.; Nogueira, A.
2008Ocean urea fertilization for carbon credits poses high ecological risksGilbert, P.; Azanza, R.; Burford, M.; Furuya, K.; Abal, E.; Al-Azri, A.; Al-Yamani, F.; Andersen, P.; Anderson, D.; Beardall, J.; Berg, G.; Brand, L.; Bronk, D.; Brookes, J.; Burkholder, J.; Cembella, A.; Cochlan, W.; Collier, J.; Collos, Y.; Diaz, R.; et al.
2022Ocean warming and acidification degrade shoaling performance and lateralization of novel tropical–temperate fish shoalsMitchell, A.; Booth, D.J.; Nagelkerken, I.
2020Ocean warming increases availability of crustacean prey via riskier behaviorMarangon, E.; Goldenberg, U.; Nagelkerken, I.; Quinn, J.