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1by Fourquez, Marion, Strzepek, Robert, Ellwood, Michael, Hassler, Christel, Cabanes, Damien, Eggins, Sam, Pearce, Imojen, Deppeler, Stacy, Trull, Thomas, Boyd, Philip, Bressac, Matthieu“... bacterial regeneration of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days...”
Published in Microorganisms (2022)
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2by Fourquez, Marion, Strzepek, Robert, Ellwood, Michael, Hassler, Christel, Cabanes, Damien, Eggins, Sam, Pearce, Imojen, Deppeler, Stacy, Trull, Thomas, Boyd, Philip, Bressac, Matthieu“... bacterial regeneration of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days...”
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3by Fourquez, Marion, Strzepek, Robert, Ellwood, Michael, Hassler, Christel, Cabanes, Damien, Eggins, Sam, Pearce, Imojen, Deppeler, Stacy, Trull, Thomas, Boyd, Philip, Bressac, Matthieu“... of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days, 3.5 (Fe-NO, Fe-NEW) to 5...”
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4by Fourquez, Marion, Strzepek, Robert, Ellwood, Michael, Hassler, Christel, Cabanes, Damien, Eggins, Sam, Pearce, Imojen, Deppeler, Stacy, Trull, Thomas, Boyd, Philip, Bressac, Matthieu“... of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days, 3.5 (Fe-NO, Fe-NEW) to 5...”
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5by Fourquez, Marion, Strzepek, Robert, Ellwood, Michael, Hassler, Christel, Cabanes, Damien, Eggins, Sam, Pearce, Imojen, Deppeler, Stacy, Trull, Thomas, Boyd, Philip, Bressac, Matthieu“... of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days, 3.5 (Fe-NO, Fe-NEW) to 5...”
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6by Fourquez, Marion, Strzepek, Robert, Ellwood, Michael, Hassler, Christel, Cabanes, Damien, Eggins, Sam, Pearce, Imojen, Deppeler, Stacy, Trull, Thomas, Boyd, Philip, Bressac, Matthieu“... bacterial regeneration of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days...”
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7by Marion Fourquez, Robert F. Strzepek, Michael J. Ellwood, Christel Hassler, Damien Cabanes, Sam Eggins, Imojen Pearce, Stacy Deppeler, Thomas W. Trull, Philip W. Boyd, Matthieu Bressac“... of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days, 3.5 (Fe-NO, Fe-NEW) to 5...”
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8by Marion Fourquez, Robert F. Strzepek, Michael J. Ellwood, Christel Hassler, Damien Cabanes, Sam Eggins, Imojen Pearce, Stacy Deppeler, Thomas W. Trull, Philip W. Boyd, Matthieu Bressac“... of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days, 3.5 (Fe-NO, Fe-NEW) to 5...”
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9by Fourquez, Marion, Strzepek, Robert, F, Ellwood, Michael, J, Hassler, Christel, Cabanes, Damien, Eggins, Sam, Pearce, Imojen, Deppeler, Stacy, Trull, Thomas, W, Boyd, Philip, W, Bressac, Matthieu“... bacterial regeneration of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days...”
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10by Fourquez, Marion, Strzepek, Robert, F, Ellwood, Michael, J, Hassler, Christel, Cabanes, Damien, Eggins, Sam, Pearce, Imojen, Deppeler, Stacy, Trull, Thomas, W, Boyd, Philip, W, Bressac, Matthieu“... bacterial regeneration of particles (Fe-REG), and a control with no addition of DFe (Fe-NO). After 6 days...”
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11by Linse, Katrin, Copley, Jonathan T., Connelly, Douglas P., Larter, Robert, Pearce, David A., Polunin, Nick V.C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G.C., Huvenne, Veerle A.I., Marsh, Leigh, Reid, William D.K., Roterman, C. Nikolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
Published in Royal Society Open Science (2019)
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12by Katrin Linse, Jonathan T. Copley, Douglas P. Connelly, Robert D. Larter, David A. Pearce, Nick V. C. Polunin, Alex D. Rogers, Chong Chen, Andrew Clarke, Adrian G. Glover, Alastair G. C. Graham, Veerle A. I. Huvenne, Leigh Marsh, William D. K. Reid, C. Nicolai Roterman, Christopher J. Sweeting, Katrin Zwirglmaier, Paul A. Tyler“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
Published in Royal Society Open Science (2019)
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13by Linse, Katrin, Copley, Jonathan T, Connelly, Douglas P., Larter, Robert D., Pearce, David A, Polunin, Nick V. C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G. C., Huvenne, Veerle A. I., Marsh, Leigh, Reid, William D. K., Roterman, C. Nicolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
Published 2019
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14by Linse, Katrin, Copley, Jonathan T., Connelly, Douglas P., Larter, Robert D., Pearce, David A., Polunin, Nick V. C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G. C., Huvenne, Veerle A. I., Marsh, Leigh, Reid, William D. K., Roterman, C. Nicolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
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15by Linse, Katrin, Copley, Jonathan T., Connelly, Douglas P., Larter, Robert D., Pearce, David A., Polunin, Nick V. C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G. C., Huvenne, Veerle A. I., Marsh, Leigh, Reid, William D. K., Roterman, C. Nicolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
Published in Royal Society Open Science (2019)
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16by Linse, Katrin, Copley, Jonathan T, Connelly, Douglas P., Larter, Robert D., Pearce, David A, Polunin, Nick V. C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G. C., Huvenne, Veerle A. I., Marsh, Leigh, Reid, William D. K., Roterman, C. Nicolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
Published in Royal Society Open Science (2019)
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17by Linse, Katrin, Copley, Jonathan, Connelly, Douglas P., Larter, Robert D., Pearce, David A., Polunin, Nick V. C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G. C., Huvenne, Veerle A. I., Marsh, Leigh, Reid, William D. K., Roterman, C. Nicolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
Published 2019
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18by Linse, Katrin, Copley, Jonathan, Connelly, Douglas P., Larter, Robert D., Pearce, David A., Polunin, Nick V. C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G. C., Huvenne, Veerle A. I., Marsh, Leigh, Reid, William D. K., Roterman, C. Nicolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
Published 2019
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19by Linse, Katrin, Copley, Jonathan T., Connelly, Douglas P., Larter, Robert D., Pearce, David A., Polunin, Nick V. C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G. C., Huvenne, Veerle A. I., Marsh, Leigh, Reid, William D. K., Roterman, C. Nicolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
Published in Royal Society Open Science (2019)
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20by Linse, Katrin, Copley, Jonathan T., Connelly, Douglas P., Larter, Robert D., Pearce, David, Polunin, Nick V. C., Rogers, Alex D., Chen, Chong, Clarke, Andrew, Glover, Adrian G., Graham, Alastair G. C., Huvenne, Veerle A. I., Marsh, Leigh, Reid, William D. K., Roterman, C. Nicolai, Sweeting, Christopher J., Zwirglmaier, Katrin, Tyler, Paul A.“... the vents was dominated by sulfur-oxidizing Gammaproteobacteria. A total of 12 macro- and megafaunal taxa...”
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