Search Results - "Pickmere, S. E."

Physical mixing effects on iron biogeochemical cycling: FeCycle experiment by Croot, P. L., Frew, R. D., Sander, S., Hunter, K. A., Ellwood, M. J., Pickmere, S. E., Abraham, E. R., Law, C. S., Smith, M. J., Boyd, P. W.

“…The effects of physical processes on the distribution, speciation, and sources/sinks for Fe in a high‐nutrient low‐chlorophyll (HNLC) region were assessed…”
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Predicting impacts and recovery of marine-farm sites in Stewart Island, New Zealand, from the Findlay–Watling model by Morrisey, D.J, Gibbs, M.M, Pickmere, S.E, Cole, R.G

“…Data collected at marine farm sites on Stewart Island, New Zealand, were used to test the model for prediction of benthic impact of salmon net-pens proposed by…”
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Effect of burrowing by the crab Helice crassa on chemistry of intertidal muddy sediments by WILLIAMSON, R. B, WILCOCK, R. J, WISE, B. E, PICKMERE, S. E

“…In highly bioturbated muds where the main bioturbator was the burrowing mud crab Helice crassa, the effect of burrowing on intertidal muddy sediment chemistry…”
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Predictive accuracy of temperature-nitrate relationships for the oceanic mixed layer of the New Zealand region by Sherlock, V., Pickmere, S., Currie, K., Hadfield, M., Nodder, S., Boyd, P. W.

“…Nitrate concentrations are a major factor controlling phytoplankton growth, hence the recent interest in using remotely sensed sea surface temperature (SST)…”
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Predicting impacts and recovery of marine-farm sites in Stewart Island, New Zealand, from the Findley Watling model by Morrisey, D J, Gibbs, M M, Pickmere, S E, Cole, R G

“…Data collected at marine farm sites on Stewart Island, New Zealand, were used to test the model for prediction of benthic impact of salmon net-pens proposed by…”
Get full text