At the same time, raising the profile of geoengineering on the
international agenda would probably result in increased funding and
additional resources.  IPCC may not be the right vehicle.  Maybe a
UNFCCC subsidiary body?  A focused, strategic effort could give
research a shot in the arm.

Josh


On Jan 2, 11:35 am, Ken Caldeira <kcalde...@carnegie.stanford.edu>
wrote:
> It is not clear to me that doing an IPCC report on geoengineering would be
> an effective use of everybody's time. People are already starting to plan
> the treatment of geoengineering in AR5 with a meeting coming up in Peru in
> June. These IPCC processes are notoriously time consuming.
>
> There really is not that much research going on because funding in this area
> is extremely limited. My own sense is that at this point most scientists
> involved in this area could benefit by spending more time in their labs and
> offices doing science and less time going to meetings talking about
> non-science.
>
> Geoengineering is an area where the ratio of talk to actual new facts is
> startlingly high.
>
> We recently had the Royal Society report. How much has changed since then?
>
> ___________________________________________________
> Ken Caldeira
>
> Carnegie Institution Dept of Global Ecology
> 260 Panama Street, Stanford, CA 94305 USA
> +1 650 704 7212 
> kcalde...@carnegie.stanford.eduhttp://dge.stanford.edu/labs/caldeirala...@kencaldeira
>
>
>
> On Sun, Jan 2, 2011 at 4:15 AM, Emily <em...@lewis-brown.net> wrote:
> > Dear All,
>
> > I proposed to Yvo DeBoer in 1008 that he might like to request the IPCC to
> > complete a rapid special report on Active mitigation options such as
> > geo-engineering. This might follow the report series the IPCC have done on
> > renewables etc.
>
> > At that point Yvo felt that the IPCC coverage of geo-eng in the AR4 would
> > cover it.
>
> > Perhaps we could make a stronger case for IPCC to do something useful on
> > geo-eng.  The new UNFCCC leadership and also the post Copenhagen / Cancun
> > context may help gain an IPCC review of options and secure greater dialogue
> > and inclusion in the UNFCCC texts, such as in the KP, LCA, REDD or CDM text.
>
> > where would it best be in the UNFCCC text and what would it need to say.
>
> > The KP and LCA text already talks about  'reduction of emissions and
> > removal by sinks' How can this be explored further?
>
> > best,
>
> > Emily.
>
> > On 30/12/2010 14:22, John Nissen wrote:
>
> >> Thanks, John for these reduction requirements.  They are clearly
> >> impossible to achieve, but even if they could be achieved would not
> >> guarantee keeping within 2 degrees this century.  And 2 degrees is far from
> >> safe.  We have no option but to remove CO2 from the atmosphere (CDR) at an
> >> increasing rate until the removal is faster than the addition from
> >> emissions.  But what's the timescale?  Is global warming the most immediate
> >> threat?
>
> >> Ocean acidification is proceeding at an alarming rate.  It will soon reach
> >> a level in the Arctic where shells cannot form and the marine food chain is
> >> affected [1] [2].  Thus we have only a decade or two to reduce CO2 levels
> >> below 350 ppm.  CO2 removal becomes imperative, and has to reach the rate 
> >> of
> >> emissions within a decade so that the CO2 level starts falling.
>
> >> On top of these problems we have the Arctic sea ice retreat, which has to
> >> be halted to avoid massive methane discharge from permafrost otherwise all
> >> plans to halt global warming would be trashed.  CO2 reduction will not have
> >> any appreciable effect in the timescales - so we have to cool the Arctic
> >> quickly [3].  We have no option but use solar radiation management (SRM),
> >> possibly supplemented by other more specific measures to retain the sea 
> >> ice.
>
> >> My sincere hope for 2011 is that the necessity for these urgent actions -
> >> both CDR and SRM types of geoengineering - will finally be recognised in
> >> international negotiations, to put our global society on a new safe path
> >> towards a successful future [4].  Please help in lobbying for this.
>
> >> Best wishes for the New Year,
>
> >> John
>
> >> [1]http://www.sciencedaily.com/releases/2010/06/100603092018.htm
>
> >> [2]http://www.bitsofscience.org/ocean-acidification-faster-438/
>
> >> [3]http://www.catlin.com/cgl/media/press_releases/pr_2009/209-10-15/
>
> >> [4]
> >>http://en.wikipedia.org/wiki/Collapse:_How_Societies_Choose_to_Fail_o...
> >> See especially Chapter 14 "Why do some societies make disastrous
> >> decisions?"
>
> >> ---
>
> >> On Tue, Dec 21, 2010 at 10:54 AM, John Gorman <gorm...@waitrose.com<mailto:
> >> gorm...@waitrose.com>> wrote:
>
> >>    Thanks, Emily, for finding this FoE report
> >>    The report (1) looks at the emissions from each country now, and
> >>    projections for 2020 and 2050. I did the same,from a different
> >>    perspective, for my document "Why Copenhagen Failed" (2) so I have
> >>    checked their calculations and they are correct.
> >>    These are the reductions that would be required from the largest
> >>    eight emitters by 2020 in order to keep within the 2 degree C
> >>    rise;(in alphabetical order)
> >>    Canada     80% reduction by 2020
> >>    China       20% reduction by 2020
> >>    Germany  63% reduction by 2020
> >>    India       63% /increase/ by 2020
> >>    Japan      65% reduction by 2020
> >>    Russia    80% reduction by 2020
> >>    UK         57%reduction by  2020
> >>    USA       80% reduction by 2020
> >>    Notes
> >>    -These figures contain no fudges like "emissions intensity" or
> >>    basing reductions on 1990. Reductions are from now -and real.
> >>    -The 20% reduction for China is just as impossible as the 80% for
> >>    the USA. China expects 300 million people to move from subsistence
> >>    agriculture to the towns by 2030 and predicted 100% increase.
> >>    -The increase allowed to India is due to the very low per capita
> >>    emission now but is still far less than their post Copenhagen
> >>    prediction of 100% increase.(3)
> >>    The obvious impossibility of achieving these reductions is the
> >>    central argument for geoengineering research -now.
> >>    John Gorman
> >>    (1)
>
> >>http://image.guardian.co.uk/sys-files/Environment/documents/2010/12/1...
> >>    <
> >>http://image.guardian.co.uk/sys-files/Environment/documents/2010/12/1...
>
> >>    (2)http://www.naturaljointmobility.info/WhyCopenhagenFailed.htm
> >>    <http://www.naturaljointmobility.info/WhyCopenhagenFailed.htm>
> >>    (3)Last page of letter to Chris Huhne UK Minister for Energy at
> >>    http://www.naturaljointmobility.info/letters.htm
> >>    <http://www.naturaljointmobility.info/letters.htm>
>
> >>    ----- Original Message -----
> >>    From: "Emily" < em...@lewis-brown.net <mailto:em...@lewis-brown.net> >
> >>    To: "geo-engineering grp" < geoengineering@googlegroups.com
> >>    <mailto:geoengineering@googlegroups.com>
>
> >>    Sent: Wednesday, December 15, 2010 4:37 PM
> >>    Subject: [geo] geo eng and new Friends of the Earth EWNI report
> >>    urges very
> >>    deep and rapid emission cuts
>
> >>    Hi,
>
> >>    please read the last sentence in particular: FoE now join WWF in
> >>    accepting the possible need for geo-engineering. I agree with this
> >>    analysis.
>
> >>    I am trying to track down a link tot he report - if you have one,
> >>    please
> >>    circulate.
> >>    manyt hanks and Best wishes,
> >>    Emily.
>
> >>    RECKLESS GAMBLERS
> >>    key conclusions..
>
> >>    • Recent climate science and risk analysis
>
> >>    show that there is now a
>
> >>    very small remaining safe level of
>
> >>    greenhouse gas emissions compatible
>
> >>    with preventing dangerous climate
>
> >>    change.
>
> >>    • A 2 degrees temperature rise can
>
> >>    no longer be considered “safe”; even
>
> >>    1.5 degrees carries with it major risks.
>
> >>    • Even a Global Carbon Budget of
>
> >>    1100 Gigatonnes of CO 2 equivalent
>
> >>    from now to 2050, which would
>
> >>    give a 75% chance of exceeding
>
> >>    1.5 degrees, and a 30% chance of
>
> >>    exceeding 2 degrees, would require
>
> >>    unprecedented emissions reductions
>
> >>    which go far beyond those currently
>
> >>    contemplated by politicians. Reducing
>
> >>    risks further would require even
>
> >>    tougher action.
>
> >>    • If dangerous climate change is to
>
> >>    be averted it will require immediate
>
> >>    and significant changes to how we
>
> >>    fuel our economies in virtually all
>
> >>    countries, it will require systemic
>
> >>    action across all sectors of the
>
> >>    economies of all countries.
>
> >>    • As leaders of countries with large
>
> >>    historical and current emissions,
>
> >>    politicians in developed countries must
>
> >>    shoulder the blame for increasing
>
> >>    the risk of dangerous climate
>
> >>    change. They will need to make deep
>
> >>    emissions reductions and provide
>
> >>    hundreds of billions of dollars for
>
> >>    developing countries to grow without
>
> >>    carbon-intensive energy.
>
> >>    • Living within the small remaining
>
> >>    global carbon budget, if shared out
>
> >>    on an equal per capita basis between
>
> >>    2010 and 2050, would require
>
> >>    reductions in emissions in developed
>
> >>    countries of around 8-15 per cent
>
> >>    per annum, immediate emissions
>
> >>    reductions in some developing
>
> >>    countries, an early peak and decline
>
> >>    in emissions in others, and some
>
> >>    countries would be able to continue
>
> >>    to increase emissions from their very
>
> >>    low baseline. These are just illustrative
>
> >>    figures, not prescriptions but if one
>
> >>    group of countries emits more than
>
> >>    these amounts, it would require
>
> >>    corresponding reductions in what
>
> >>    other countries emit and the scope for
>
> >>    this is now very limited. Achieving cuts
>
> >>    in developing countries will require
>
> >>    substantial financial and technology
>
> >>    transfers from developed countries.
>
> >>    • Urgent research and debate needs
>
> >>    to be carried out - alongside urgent
>
> >>    action to reduce emissions - to identify
>
> >>    exactly how to share out the remaining
>
> >>    global carbon budget and whether
>
> >>    these reductions are technically
>
> >>    possible and, if not, whether
>
> >>    approaches using negative emissions
>
> >>    or even geo-engineering
>
> ...
>
> read more »

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