Hi
Any mechanical device would be expensive and require maintenance, this
will limit the scale of deployment.
A more natural source of oxygen like Diatoms would be cheaper and
environmental friendly.
best regards
Bhaskar
On May 16, 3:07 pm, Michael Hayes voglerl...@gmail.com wrote:
Hi All,
Hi Folks,
Bhaskar, I am linking a Diatom website which has a bank of other related
websites. http://www.indiana.edu/~diatom/diatom.html#ultimate
http://www.indiana.edu/~diatom/diatom.html#ultimateThis is a new field for
me to study and I apologize for not getting back to your PM this weekend.
Bhaskar,
Here is a Google search list I will be working through in trying to
understanding on my last question as to the impact of diatoms on ocean
acidification.
http://scholar.google.com/scholar?q=Efficiency+of+the+CO2-concentrating+mechanism+of+diatomshl=enas_sdt=0as_vis=1oi=scholart
Hi All,
I have pulled together a few Bubbler Buoy option.
Here is an Advanced Anchoring and Mooring Study.
http://www.oregonwave.org/wp-content/uploads/Anchor-and-Mooring-Study_FINAL-mod-051010.pdf
http://www.oregonwave.org/wp-content/uploads/Anchor-and-Mooring-Study_FINAL-mod-051010.pdfThis
Hi Michael and all,
I just want to point at this study on bacteria growing in a
methane-rich but oxygen-poor environment at the bottom of rivers and
lakes. The microbes live on a diet of methane and nitrogen oxides,
such as nitrite and nitrate, and actually produce oxygen.
I want to repost the main reply to Sam as I have realized it is loaded with
typos and some may be misleading.
That post was impressive, Sam.
I have an 18 acre mountain lake in the North Cascades and watch each year
how it goes though an analogy of what the Huttunen paper describes. The
lake
Hi Folks,
Here is a TED talk by Dr. John Delaney on the
Oceans Observatories Initiative (OOI) This is the proper test site for any
new ideas proposed for the ocean methane issue.
http://www.ted.com/talks/john_delaney_wiring_an_interactive_ocean.html
Here is the construction schedule.
Thanks Michael, this kind of brainstorming is needed to find out what
further RD and testing is necessary.
As to micro-bubbles acting as insulation, this is perhaps applicable
where warm water of the Gulf Stream in the Atlantic Ocean is entering
the Arctic Ocean. Micro-bubbles could possibly be
Here is my reply to Andrew's assessment of the oxygenation concept (Sea
Worm).
https://groups.google.com/d/topic/geoengineering/1x25PF5audA/discussion
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Thanks Sam,
As to micro-bubbles acting as insulation, this is perhaps applicable
where warm water of the Gulf Stream in the Atlantic Ocean is entering
the Arctic Ocean. Micro-bubbles could possibly be added to the stream
close to the sea ice, to form an insulating layer underneath the ice,
when
Methane Tipping Point Early Warning System and Electromagnetic Mapping of
Hydrate Fields.
I was downloading the relevant papers from the U.of C. library and found
this 08 PhD dissertation on mapping hydrate fields.
Hi Folks,
Andrew,
I did not have that extreme degree of aeration in mind. And, I can not see
massively enhanced methane excursions happening if reasonable bubblers
designs are developed. First and formost, the core of the concept is to
increase the O2 saturation a few percent for as deep as
One last thought, I would like to call this effort Sea Worm.
Michael
On May 13, 2011 7:29pm, Michael Hayes voglerl...@gmail.com wrote:
Hi Folks,
Andrew,
I did not have that extreme degree of aeration in mind. And, I can not
see massively enhanced methane excursions happening if
Hi Folks,
This idea is just an early thought and may not be practicalBut, here it
goes.
If you take a look at this paper
http://www.mumm-research.de/download_pdf/treude_et_al_aom_hr.pdf Pg 2
The AOM consortium predominant at HR consists
of sulfate-reducing bacteria of the branch
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