Search Results - "Kreiser, Annette"

Recovery of UK lakes from acidification: An assessment using combined palaeoecological and contemporary diatom assemblage data by Battarbee, Richard W., Simpson, Gavin L., Shilland, Ewan M., Flower, Roger J., Kreiser, Annette, Yang, Hong, Clarke, & Gina

“…We assess the recovery of UK lakes from acidification using the combined data from sediment cores and sediment traps to track changes in diatom assemblages in…”
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Assessing microbial diversity using recent lake sediments and estimations of spatio-temporal diversity by Pla-Rabes, Sergi, Flower, Roger J., Shilland, Ewan M., Kreiser, Annette M.

“…Aim: Recent papers have used large palaeolimnological datasets to reveal the biodiversity patterns of aquatic microorganisms. However, scant attention has been…”
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Assessing the accuracy of diatom-based transfer functions in defining reference pH conditions for acidified lakes in the United Kingdom by Battarbee, Richard W., Monteith, Donald T., Juggins, Stephen, Simpson, Gavin L., Shilland, Ewan W., Flower, Roger J., Kreiser, Annette M.

“…A key concern in the assessment of the recovery of acidified lakes from the effect of acid deposition is the reference pH of acidified lakes and how reference…”
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Recovery of UK lakes from acidification: An assessment using combined palaeoecological and contemporary diatom assemblage data: Threats to upland waters by BATTARBEE, Richard W, SIMPSON, Gavin L, SHILLAND, Ewan M, FLOWER, Roger J, KREISER, Annette, HONG YANG, CLARKE, Gina

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Assessing microbial diversity using recent lake sediments and estimations of spatio-temporal diversity: Spatio-temporal γ-diversity and sediments by Pla-Rabes, Sergi, Flower, Roger J., Shilland, Ewan M., Kreiser, Annette M.

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Critical loads of acidity to surface waters: an empirical diatom-based palaeolimnological model by Battarbee, R.W, Allott, T.E.H. (London Univ. Coll. (United Kingdom). Environmental Change Research Centre), Juggins, S, Kreiser, A.M, Curtis, C, Harriman, R

“…Attempts to reverse surface water acidification over large areas of Europe and North America require major reductions in the emission of sulfur dioxide from…”
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