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Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts

Research output: Book/Report/Proceedings › Commissioned report

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Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts. / Thackeray, Stephen; Mackay, Eleanor; Jones, Ian et al.
Seventh Framework Programme, 2014. 53 p.

Research output: Book/Report/Proceedings › Commissioned report

Harvard

Thackeray, S, Mackay, E, Jones, I, Jeppesen, E, Järvinen, M, Nieminen, M & Grey, J 2014, Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts. Seventh Framework Programme. <http://nora.nerc.ac.uk/504907/>

APA

Thackeray, S., Mackay, E., Jones, I., Jeppesen, E., Järvinen, M., Nieminen, M., & Grey, J. (2014). Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts. Seventh Framework Programme. http://nora.nerc.ac.uk/504907/

Vancouver

Thackeray S, Mackay E, Jones I, Jeppesen E, Järvinen M, Nieminen M et al. Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts. Seventh Framework Programme, 2014. 53 p.

Author

Thackeray, Stephen ; Mackay, Eleanor ; Jones, Ian et al. / Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts. Seventh Framework Programme, 2014. 53 p.

Bibtex

@book{ad934b705f7343b99ff29181f8bbb276,
title = "Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts",
abstract = "The vast majority of the material that comprises the lake organic matter pool is in dissolved, rather than particulate, form (Birge and Juday 1934, Cole et al. 2007) and this dissolved pool is a complex mixture of humic and non-humic substances (Table 1). For the purposes of the present review, we will focus upon the effects of terrestrially-derived dissolved and particulate organic carbon (DOC and POC) upon lake ecosystems. While we recognise that organic matter also contains other ecologically important chemicals and nutrients, it is fluxes of terrestrial carbon to lake systems that have received much research attention. In the review, we provide an overview of current understanding of the effects of DOC and POC upon different elements of the lake food web, and ecosystem scale processes. We then consider the likely combined effects of increasing DOC loading, eutrophication and climate change upon lake ecosystems.",
author = "Stephen Thackeray and Eleanor Mackay and Ian Jones and Erik Jeppesen and Marko J{\"a}rvinen and Mika Nieminen and Jonathan Grey",
year = "2014",
language = "English",
publisher = "Seventh Framework Programme",

}

RIS

TY - BOOK

T1 - Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts

AU - Thackeray, Stephen

AU - Mackay, Eleanor

AU - Jones, Ian

AU - Jeppesen, Erik

AU - Järvinen, Marko

AU - Nieminen, Mika

AU - Grey, Jonathan

PY - 2014

Y1 - 2014

N2 - The vast majority of the material that comprises the lake organic matter pool is in dissolved, rather than particulate, form (Birge and Juday 1934, Cole et al. 2007) and this dissolved pool is a complex mixture of humic and non-humic substances (Table 1). For the purposes of the present review, we will focus upon the effects of terrestrially-derived dissolved and particulate organic carbon (DOC and POC) upon lake ecosystems. While we recognise that organic matter also contains other ecologically important chemicals and nutrients, it is fluxes of terrestrial carbon to lake systems that have received much research attention. In the review, we provide an overview of current understanding of the effects of DOC and POC upon different elements of the lake food web, and ecosystem scale processes. We then consider the likely combined effects of increasing DOC loading, eutrophication and climate change upon lake ecosystems.

AB - The vast majority of the material that comprises the lake organic matter pool is in dissolved, rather than particulate, form (Birge and Juday 1934, Cole et al. 2007) and this dissolved pool is a complex mixture of humic and non-humic substances (Table 1). For the purposes of the present review, we will focus upon the effects of terrestrially-derived dissolved and particulate organic carbon (DOC and POC) upon lake ecosystems. While we recognise that organic matter also contains other ecologically important chemicals and nutrients, it is fluxes of terrestrial carbon to lake systems that have received much research attention. In the review, we provide an overview of current understanding of the effects of DOC and POC upon different elements of the lake food web, and ecosystem scale processes. We then consider the likely combined effects of increasing DOC loading, eutrophication and climate change upon lake ecosystems.

M3 - Commissioned report

BT - Review on processes and effects of nutrients and organic material in lakes and threats due to climate change on current adaptive management and restoration efforts

PB - Seventh Framework Programme

ER -