[microsound] hydrophones and methane

[Jonas Enqvist]

Yes! Would love to! sounds super!

/ Jonas


NEW ADDRESS / NEUE ADRESSE

donebyme
- - - - - - - - - - - - - - - - - - - - - -
Jonas Enqvist
BBE  Group GmbH, Alexanderstr. 7
10178 Berlin, Germany
t + 49 30 2888675-20
m + 46 (0)739 74 74 36
jonas at donebyme.com
- - - - - - - - - - - - - - - - - - - - - -
www.donebyme.com


PLEASE CONSIDER THE PLANET BEFORE PRINTING THIS EMAIL

18 nov 2010 kl. 21.53 skrev Michael Palace:

> http://www.eos.unh.edu/Spheres_1110/news_facstaff.shtml
>
> Ruth Varner and Michael Palace of CSRC were recently funded by the  
> U.S. Geological Survey to develop a prototype instrument to detect  
> ebullition or bubbling events of methane in wetland and lake  
> ecosystems. This novel method utilizes hydrophones (underwater  
> microphones) to monitor and extract this information cheaply and  
> efficiently over long temporal scales. Coupling these audio methods  
> with the analysis of gas samples will help to determine the pathway  
> by which methane is formed through microbial processes or  
> methanogenesis.
>
> I'm wondering if I get these long audio files together if people  
> might be interested in making a microsound project using them as  
> source files.
>
> Mike Palace
> _______________________________________________
> microsound mailing list
> microsound at microsound.org
> http://or8.net/mailman/listinfo/microsound

-------------- next part --------------
An HTML attachment was scrubbed...
URL: <http://or8.net/pipermail/microsound/attachments/20101121/ee80ec78/attachment.html>