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Carbon spenders or savers in a CO 2-rich world?

Research output: Contribution to Journal/Magazine › Short survey › peer-review

Published

Standard

Carbon spenders or savers in a CO 2-rich world? / Gwynn-Jones, Dylan; Scullion, John; Jones, Alan et al.
In: Planet Earth, No. WINTER, 01.12.2011, p. 24-25.

Research output: Contribution to Journal/Magazine › Short survey › peer-review

Harvard

Gwynn-Jones, D, Scullion, J, Jones, A, Ostle, N & Oakley, S 2011, 'Carbon spenders or savers in a CO 2-rich world?', Planet Earth, no. WINTER, pp. 24-25.

APA

Gwynn-Jones, D., Scullion, J., Jones, A., Ostle, N., & Oakley, S. (2011). Carbon spenders or savers in a CO 2-rich world? Planet Earth, (WINTER), 24-25.

Vancouver

Gwynn-Jones D, Scullion J, Jones A, Ostle N, Oakley S. Carbon spenders or savers in a CO 2-rich world? Planet Earth. 2011 Dec 1;(WINTER):24-25.

Author

Gwynn-Jones, Dylan ; Scullion, John ; Jones, Alan et al. / Carbon spenders or savers in a CO 2-rich world?. In: Planet Earth. 2011 ; No. WINTER. pp. 24-25.

Bibtex

@article{fc05081662df41f88d54b2b5f09971e9,
title = "Carbon spenders or savers in a CO 2-rich world?",
abstract = "Alan Jones, John Scullion and Dylan Gwynn-Jones are working together to investigate how Arctic heath responds to elevated carbon dioxide above and below-ground, using the longest continually-running Arctic elevated carbon dioxide experiment in the world. Arctic tundra and heath ecosystems cover over 300,000km 2 of northern Europe and Russia alone - an area the size of Norway. The Arctic tundra region, a circumpolar belt of carbonstoring plants and soil, encompasses swathes of northern Europe, Russia, Alaska, Canada and Greenland. The facts of elevated atmospheric carbon dioxide are at the forefront of many people's minds at present. Everyone knows about the links between fossil-fuel emissions and climate, and many also acknowledge the further challenges that these issues present to ecosystems. Next year, after 20 years of resisting temptation, they will finally venture into the potentially large carbon stocks below ground and find out what has happened to carbon stocks over the past two decades.",
author = "Dylan Gwynn-Jones and John Scullion and Alan Jones and Nick Ostle and Simon Oakley",
year = "2011",
month = dec,
day = "1",
language = "English",
pages = "24--25",
journal = "Planet Earth",
issn = "1479-2605",
publisher = "Natural Environment Research Council",
number = "WINTER",

}

RIS

TY - JOUR

T1 - Carbon spenders or savers in a CO 2-rich world?

AU - Gwynn-Jones, Dylan

AU - Scullion, John

AU - Jones, Alan

AU - Ostle, Nick

AU - Oakley, Simon

PY - 2011/12/1

Y1 - 2011/12/1

N2 - Alan Jones, John Scullion and Dylan Gwynn-Jones are working together to investigate how Arctic heath responds to elevated carbon dioxide above and below-ground, using the longest continually-running Arctic elevated carbon dioxide experiment in the world. Arctic tundra and heath ecosystems cover over 300,000km 2 of northern Europe and Russia alone - an area the size of Norway. The Arctic tundra region, a circumpolar belt of carbonstoring plants and soil, encompasses swathes of northern Europe, Russia, Alaska, Canada and Greenland. The facts of elevated atmospheric carbon dioxide are at the forefront of many people's minds at present. Everyone knows about the links between fossil-fuel emissions and climate, and many also acknowledge the further challenges that these issues present to ecosystems. Next year, after 20 years of resisting temptation, they will finally venture into the potentially large carbon stocks below ground and find out what has happened to carbon stocks over the past two decades.

AB - Alan Jones, John Scullion and Dylan Gwynn-Jones are working together to investigate how Arctic heath responds to elevated carbon dioxide above and below-ground, using the longest continually-running Arctic elevated carbon dioxide experiment in the world. Arctic tundra and heath ecosystems cover over 300,000km 2 of northern Europe and Russia alone - an area the size of Norway. The Arctic tundra region, a circumpolar belt of carbonstoring plants and soil, encompasses swathes of northern Europe, Russia, Alaska, Canada and Greenland. The facts of elevated atmospheric carbon dioxide are at the forefront of many people's minds at present. Everyone knows about the links between fossil-fuel emissions and climate, and many also acknowledge the further challenges that these issues present to ecosystems. Next year, after 20 years of resisting temptation, they will finally venture into the potentially large carbon stocks below ground and find out what has happened to carbon stocks over the past two decades.

M3 - Short survey

AN - SCOPUS:84855772939

SP - 24

EP - 25

JO - Planet Earth

JF - Planet Earth

SN - 1479-2605

IS - WINTER

ER -