Help
Air, Soil and Water Research 2013:6 47-52
Original Research
Published on 20 Mar 2013
DOI: 10.4137/ASWR.S11364
Sign up for email alerts to receive notifications of new articles published in Air, Soil and Water Research
Research involving the thermal soil dynamics of wetland areas has not yet been explored in a way that promotes a deeper understanding of the dynamics of this region. This makes it necessary for further studies to contribute to the understanding of this biome. In the present work, we studied the thermal dynamics of the soil contrasting seasonal conditions in the Vochysia Divergens Forest. The Fourier equation was used to analyze the influence of the thermal conductivity and thermal gradient on the soil heat flux. We determined how variable water content causes the system to behave differently in the four seasons, observing seasonality in soil when completely dry and when completely flooded.
PDF (1.40 MB PDF FORMAT)
RIS citation (ENDNOTE, REFERENCE MANAGER, PROCITE, REFWORKS)
BibTex citation (BIBDESK, LATEX)
STUMBLE UPON 
CITEULIKE 
DIGG 
FACEBOOK 
MENDELEY 
LINKED IN 
TWITTER
As an open access journal with an international audience, Air, Soil and Water Research has a tremendous worldwide impact. Peer reviewing process is essential to maintain the high standard of quality of published papers, and I have thoroughly enjoyed my participation as a reviewer for Air, Soil and Water Research. The online review system is very easy and simply to use. I am looking forward to peer reviewing additional articles in the future. ...
Facebook Google+ Twitter
Pinterest Tumblr YouTube