Moroni, MT, Aspects of forest carbon management in Australia - A discussion paper, Forest Ecology and Management, 275 pp. 111-116. ISSN 0378-1127 (2012) [Refereed Article]
Copyright 2012 Elsevier B.V.
In Australia, a pervasive response to increasing atmospheric greenhouse gasses and the exchange of these gasses between the atmosphere and forests has been to focus on storing carbon (C) in forested landscapes. However, the amount of C stored and able to be stored in the landscape, which is often called carbon carrying capacity, is commonly over-estimated and over-emphasised. This occurs, in part, due to a focus on the continentís most C-rich forests when discussing landscape C storage or carbon carrying capacity, and by failing to account for wildfires that will prevent all forests from becoming old and C-rich. These effects on forest age-class structure and thus C-stocks, in the Australian landscape currently tend to be overlooked at the policy level. Underemphasised is the widely recognised role of wood products in greenhouse gas mitigation, both as a C-stock and by providing society with low emission products. Improving atmospheric outcomes will only be achieved if variation in landscape C stocks is accurately described and the full role of forests in greenhouse gas mitigation including the role of wood products is explored and reflected in policy.
|Item Type:||Refereed Article|
|Keywords:||forest management, carbon, carbon storage, grenhouse gas, wood product|
|Research Division:||Agricultural and Veterinary Sciences|
|Research Group:||Forestry Sciences|
|Research Field:||Forestry Management and Environment|
|Objective Group:||Climate and Climate Change|
|Objective Field:||Climate Change Mitigation Strategies|
|UTAS Author:||Moroni, MT (Dr Martin Moroni)|
|Web of Science® Times Cited:||9|
|Deposited By:||Plant Science|
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