Diurnal and seasonal variations in CH4 flux from termite mounds in tropical savannas of the Northern Territory, Australia

Hizbullah Jamali, Stephen J. Livesley, Tracy Z. Dawes, Garry D. Cook, Lindsay B. Hutley, Stefan K. Arnd 2010, Agricultural and Forest Meteorology
Termites are estimated to contribute between <5 and 19% of the global methane (CH4) emissions. We measured CH4 fluxes from four common mound-building termite species (Microcerotermes nervosus, M. serratus, Tumulitermes pastinator and Amitermes darwini) diurnally and seasonally in tropical savannas in the Northern Territory, Australia. Our results showed that there were significant diel and seasonal variations of CH4 emissions from termite mounds and we observed large species specific differences.

Estimated Greenhouse Gas Emissions From Land Clearing In The Daly River Catchment Northern Territory, Australia

Simulated emissions using the National Carbon Accounting System, and imputed carbon pollution costs.

By Rob Law and Stuart Blanch

First published in May 2009 by the Environment Centre NT.


This report may be downloaded as a PDF file from the Environment Centre NT www.ecnt.org and WWF websites www.wwf.org.au

Understanding Carbon In The Northern Territory: An Analysis Of Future Land Use Scenarios Using The National Carbon Accounting Tool

Final report 14 December 2009

Report to the Tropical Savanna Management Cooperative Research Centre

Rob Law and Stephen T. Garret
School for Environmental Research
Charles Darwin University

This project asses the utility and performance of the National Carbon Accounting Toolbox (NCAT), particulary its Full Carbon Accounting Model (FullCAM), for estimating carbon stocks and fluxes throughout the Northern Territory. The NCAT has been developed by the Australian Greenhouse Office as an integral component of the National Carbon Accounting System (NCAS). The report is presaged by caveats because the NCAT has not been fully parameterised for troical savannas in Australia.

This report is available