PT Barnum is also credited with the saying "there's a sucker born every minute". - Peter Jenkins.
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Ron
Hansen et al say that the 10degC is based on 'today's GHG level' and that it has an e-folding time of 100 years. That implies 6.3degC by 2120 and a bit less by 2100.
Regards
Robert
On Feb 26, 2023, at 6:41 PM, Robert Chris <robert...@gmail.com> wrote:
Doug and Ron
Here's how I arrived at my conclusions.
From the extracts below, I conclude,
given that by 2020 (or
thereabouts) we had already doubled atmospheric GHGs
from pre-industrial including non-CO2
GHGs, that we will eventually warm the surface by 10oC
with a climate response e-folding time of ~100 years
provided the offsetting
cooling from anthropogenic aerosols continues to decline and
is eventually largely
eliminated. That
means that by 2050 the
warming would be ~2.4oC less the residual aerosol
cooling of, say
0.4oC, giving their estimate of 2oC.
· When all feedbacks, including ice sheets, are allowed to respond to the climate forcing, the equilibrium response is approximately doubled, i.e., ESS is ~ 10°C.
· Yet the time required for the [improved] model to achieve 63% of its equilibrium response remains about 100 years. (See Fig 4b – note log x-axis.)
· With all trace gases included, the increase of GHG effective forcing between 1750 and 2021 is 4.09W/m2, which is equivalent to increasing the 1750 CO2 amount (278 ppm) to 561 ppm (formulae in Supporting Material). We have already reached the GHG climate forcing level of doubled CO2. [Note that they develop a scaling factor of 2.4oC per W/m2 which corresponds to 10oC for the 4W/m2 of current GHG forcing.]
· Declining aerosol amount implies acceleration of global warming above the 1970-2010 rate.
· Global temperature responds reliably to climate forcing on decadal time scales, with about 50% of the response in the first decade, with about 15% more in the next 100 years
· we expect some [aerosol] reduction and a forcing increase of at least +0.1 W/m2 per decade [between 2010 and 2050].
· we estimate that the global warming rate in 2010-2040 will be at least 50% greater than in 1970-2010, i.e., at least 0.27°C per decade.
· The poster child for warming in the pipeline is Fig. 7, showing that equilibrium warming for today’s GHG level, including slow feedbacks, is about 10°C. Today’s level of particulate air pollution reduces equilibrium warming to about 7°C.
· The 7-10°C global warming is the eventual response if today’s level of GHGs is fixed and the aerosol amount is somewhere between its year 2000 amount and preindustrial amount. (emphasis added) [Note that the assumptions here are that ‘today’s level of GHGs is fixed’, which I take to mean that future emissions are ignored, and aerosols are currently lower than they were in 2000.]
Here's a simple graph showing the realisation of 10oC of warming with an e-folding time of 100 years. Assume it starts in 2020 or thereabouts (when atmospheric CO2e reached 556ppmv.).
Regards
Robert
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Dear all,
Thank you for a fascinating discussion. I believe there is a bit
of confusion, which arises from the differing definitions for ECS
(Equilibrium Climate Sensitivity, see p4 of article) vs ESS (Earth
System Sensitivity, also p4). Bottom line: we will most likely
NOT have a 6C increase in global average temperature by the end of
the century by holding constant the current level of GHG.
A highly probable range is 2.3C-4C. This is explained below.
ECS is an artificial concept defined to enable computer model
development and computational thought experiments. Its assessment
requires holding constant slow-response components (forests and
ice cover). These artificial constraints, which greatly simplify
code and speed up calculations, cannot be strictly true in nature;
we have seen forests burning up (cut down increasing quickly due
to feedbacks in the human system) and we have witness dramatic
arctic melting, all within decadal time scales. Therefore, ECS
cannot be used directly to predict reality on and beyond the time
scale on which these processes occur. Hence, Fig. 4 is not a
surrogate for reality.
In spite of its artificialness, projections based on a chosen ECS
value is useful for describing a range of times (year to a few
decades) when the simplifying assumptions of unchanging land
surface types can be taken as approximately acceptable. This is
also because some of these changes, when they do happen, can have
mutually cancelling effects at the level of radiative forcing.
For example, darkening arctic oceans could be partially
compensated for by brighter barren landscape emerging out of
clear-cut forests and burnt boreal forests. Within this short
time scale, we can use ECS and the temperature response function
of your (favorite) model to semi-quantitatively project future
temperature trends. See Fig. 4 of paper for examples based on the
GISS models. For all intents and purposes, you can trust Fig.
4, at the very most, to Year = 100 on the X axis.
Beyond Year = 100, Fig. 4 is no longer useful for future
projections. All we can say is that paleoclimate data potentially
provides a constraint on how bad things could get thereafter.
This is done by Hansen et al in Figure 7. Reality is most likely
between Figures 4 and a scaled version (ESS/ECS).
Regarding ESS, there is one caveat to keep in mind. The caveat
is that the ESS value provided in the paper (10C per doubling
of eCO2) is based on historical data at temperature ranges cooler
than that of the present and near-future. And we are
obviously heading to hotter, unprecedentedly warm territories for
which paleoclimate data do not exist. In other words, ESS is
itself a function of the temperature at which it is evaluated
(taking the slope of the tangent point along the temperature axis,
theoretically speaking. Linear fitting to a range of temperature
data in practice.).
There is evidence that ESS is a positive function of temperature: SNYDER, C. W. Revised estimates of paleoclimate sensitivity over the past 800,000 years. 2019. Climatic Change. 156. 121–138. The implication would be that going forward, ESS could well be larger than the 10C per doubling of eCO2 Hansen suggests. Oops! Luckily for us mortals, or unluckily since you are a curious person, no one on this list would live long enough, which requires waiting several thousand years, to see experimental verification of the actual value of ESS valid for the hotter end of the temperature range.
Practically,
in thinking about a real-world trajectory, one can consider the
effective, realized climate sensitivity to morph towards larger
values as time passes, from the small Transient climate response
(TCR = 2C per doubling), to ECS (4C per doubling), and then to
ESS (>10C per doubling). Discussions about what happens by
the end of the century therefore could use values intermediate
between ECS and ESS, i.e. somewhere between 4C per doubling of
CO2 and somewhat larger than 10C per doubling of CO2.
The
implication of the discussion above is that your previous
understanding of global warming by the end of the century is
still valid. At the current level of GHG, with a rapidly
successful decarbonization program that eliminated fossil fuel
aerosols, we will likely see warming somewhere between 2.3C (as
indicated by Figure 4, and the fact that a ECS of 3.5 was used
in its making, in stead of a more likely 4) and 6C (scaled by
the ESS/ECS=3 ratio). The actual value is more likely to be on
the lower end of this range, i.e. between 2.3C and 4C.
Note,
importantly, that assumptions also include immediate carbon
neutrality and holding constant current GHG levels, which for
those of us who really thought deeply and understood the
impossibility of meaningful CO2 capture, can readily accept as
being compatible with a voluntary or involuntary contraction of
the human enterprise, constrained by primary productivity
projections and the inevitably increasing cost of energy
production (declining EROI) going forward.
Cheers,
Ye
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Hi Ye
Thanks for these comments.
The Hansen et al paper is a prepublication draft and I know he
is reworking it for final publication. Would you mind if I
shared some of your comments with him as it would be hugely
valuable to have him address some of the points you raise, if
he is minded to do that.
One of my problems with this
paper is my lack of formation in the underlying climate
science and modelling to be able to undertake a proper
critical analysis. Like most others, I am obliged to assume
that if Hansen is saying it, it must be true. But I'm sure
that even Hansen would recognise that that's not necessarily a
wise move!
Robert
Arguing about predictions made by different models is worthwhile only if the models adequately describe climate change.
Hansen is the best modeler in the business, but even his models miss many positive feedback mechanisms, especially the dominant biological ones, so they must underestimate real change.
A completely empirical approach that is completely free of any modelling deficiencies is to look at the real world paleoclimate records (ice cores, deep sea sediments, coral reefs) over hundreds of thousands of years.
These show that IPCCC models have greatly underestimated the actual climate sensitivities of global temperature and global sea level to CO2 (Goreau, 1990), and show the long term response to 400 ppm is an increase of around 17C and 23 meters (Rohling, 2009 et seq).
It’s much worse than even Hansen realizes!
His highest estimates are likely to be exceeded in the future, without immediate global efforts to reverse runaway warming.
Thomas J. F. Goreau, PhD
President, Global Coral Reef Alliance
Chief Scientist, Blue Regeneration SL
President, Biorock Technology Inc.
Technical Advisor, Blue Guardians Programme, SIDS DOCK
37 Pleasant Street, Cambridge, MA 02139
gor...@globalcoral.org
www.globalcoral.org
Skype: tomgoreau
Tel: (1) 617-864-4226 (leave message)
Books:
Geotherapy: Innovative Methods of Soil Fertility Restoration, Carbon Sequestration, and Reversing CO2 Increase
http://www.crcpress.com/product/isbn/9781466595392
Innovative Methods of Marine Ecosystem Restoration
http://www.crcpress.com/product/isbn/9781466557734
No one can change the past, everybody can change the future
It’s much later than we think, especially if we don’t think
Those with their heads in the sand will see the light when global warming and sea level rise wash the beach away
Geotherapy: Regenerating ecosystem services to reverse climate change
To view this discussion on the web visit https://groups.google.com/d/msgid/healthy-planet-action-coalition/265690ac-ed50-80a0-c60d-366b644fb62b%40rowland.harvard.edu.
On Feb 27, 2023, at 8:22 AM, Robert Chris <robert...@gmail.com> wrote:
Doug and Ron
Here's how I arrived at my conclusions.
From the extracts below, I conclude, given that by 2020 (or thereabouts) we had already doubled atmospheric GHGs from pre-industrial including non-CO2 GHGs, that we will eventually warm the surface by 10oC with a climate response e-folding time of ~100 years provided the offsetting cooling from anthropogenic aerosols continues to decline and is eventually largely eliminated. That means that by 2050 the warming would be ~2.4oC less the residual aerosol cooling of, say 0.4oC, giving their estimate of 2oC.
· When all feedbacks, including ice sheets, are allowed to respond to the climate forcing, the equilibrium response is approximately doubled, i.e., ESS is ~ 10°C.
· Yet the time required for the [improved] model to achieve 63% of its equilibrium response remains about 100 years. (See Fig 4b – note log x-axis.)
· With all trace gases included, the increase of GHG effective forcing between 1750 and 2021 is 4.09W/m2, which is equivalent to increasing the 1750 CO2 amount (278 ppm) to 561 ppm (formulae in Supporting Material). We have already reached the GHG climate forcing level of doubled CO2. [Note that they develop a scaling factor of 2.4oC per W/m2 which corresponds to 10oC for the 4W/m2 of current GHG forcing.]
· Declining aerosol amount implies acceleration of global warming above the 1970-2010 rate.
· Global temperature responds reliably to climate forcing on decadal time scales, with about 50% of the response in the first decade, with about 15% more in the next 100 years
· we expect some [aerosol] reduction and a forcing increase of at least +0.1 W/m2 per decade [between 2010 and 2050].
· we estimate that the global warming rate in 2010-2040 will be at least 50% greater than in 1970-2010, i.e., at least 0.27°C per decade.
· The poster child for warming in the pipeline is Fig. 7, showing that equilibrium warming for today’s GHG level, including slow feedbacks, is about 10°C. Today’s level of particulate air pollution reduces equilibrium warming to about 7°C.
· The 7-10°C global warming is the eventual response if today’s level of GHGs is fixed and the aerosol amount is somewhere between its year 2000 amount and preindustrial amount. (emphasis added) [Note that the assumptions here are that ‘today’s level of GHGs is fixed’, which I take to mean that future emissions are ignored, and aerosols are currently lower than they were in 2000.]
Here's a simple graph showing the realisation of 10oC of warming with an e-folding time of 100 years. Assume it starts in 2020 or thereabouts (when atmospheric CO2e reached 556ppmv.).
<FHSZ9j4fwfinBYJV.png>
Hi Doug
It's only a simple Excel
spreadsheet. The formula is T*(1-e-λt) where T is the total temperature
difference (here 10oC); λ is the inverse of the e-folding time (here
0.01); t is the number of years from the start.
Regards
Robert
Dear Ron and Tom,
I think you have misunderstood my comments; they are entirely consistent with Hansen's results. I simply added some details that Hansen probably did not realize could help avoid confusing people outside of the simulation field. I suspect some of you were in shock because of the number 10C for ESS in the abstract. But this doesn't mean heating of 10C anytime soon. The critical element is time. ESS applies for thousands of years later. What this group had been discussing before I chipped in was about what happens by 2100.
By the way, results in Hansen's paper are nothing new, save minor tweaks to numbers. It is simply the first time that the author group has collected key pieces of the climate puzzle in a comprehensive and cogent fashion. The fact that ECS could be up to 5C per W/m2 was known, for example, based on results reviewed by Sherwood et al 2020 (ref 28). I myself, through plotting historical data, was able to reproduce, back in 2019, the result of ESS ~ 7.5C (assuming aerosol was held constant at some average, ill-defined value during 2000-2019). Compare the following graph I made to Hansen's recent writing: "Today’s level of particulate air pollution reduces equilibrium warming to about 7°C"
@Robert C., please feel free to forward any of my comments to
Hansen, though they are basically rephrasing results in his
paper. Perhaps the above figure could help them making the
message clearer, that ESS=10C per W/m2 does not imply order 10C
warming in our or our children's lifetimes. It is also worthwhile
citing Snyder's work that I included in my previous comments.
Best,
Ye
Thank you Ye! I’m going to have to go over this in more detail and try to understand it but for now I think I’m going to stick with the direct quote from Hansen on p. 31 that I referenced and avoid prognosticating on timing until (or if and when) it appears that you and other experts in the field whom I respect have sorted this out more. For policy purposes it’s enough to point out that we’re very likely going to be in deep s**t even if get to net-zero GHG (natural and human) very quickly (which appears highly unlikely at this point) so that direct climate cooling is urgent now as Hansen el al. point out on p. 37 of the paper! Best, Ron Sent from my iPhone
On Feb 27, 2023, at 8:17 AM, Ye Tao <t...@rowland.harvard.edu> wrote:
To view this discussion on the web visit https://groups.google.com/d/msgid/healthy-planet-action-coalition/b09db825-6075-04fc-f205-8cfdd0c3a7de%40gmail.com.
No confusion Ye, the climate record that Eelco and I analyzed reflects the LONG-TERM response, not the short one or intermediate ones which Hansen and IPCC do, as it integrates over the 1.5 thousand year time lag intrinsically caused by ocean mixing.
The long term prospect is more frightening, and should not be discounted away by short sighted analyses.
Thomas J. F. Goreau, PhD
President, Global Coral Reef Alliance
Chief Scientist, Blue Regeneration SL
President, Biorock Technology Inc.
Technical Advisor, Blue Guardians Programme, SIDS DOCK
37 Pleasant Street, Cambridge, MA 02139
gor...@globalcoral.org
www.globalcoral.org
Skype: tomgoreau
Tel: (1) 617-864-4226 (leave message)
Books:
Geotherapy: Innovative Methods of Soil Fertility Restoration, Carbon Sequestration, and Reversing CO2 Increase
http://www.crcpress.com/product/isbn/9781466595392
Innovative Methods of Marine Ecosystem Restoration
http://www.crcpress.com/product/isbn/9781466557734
No one can change the past, everybody can change the future
It’s much later than we think, especially if we don’t think
Those with their heads in the sand will see the light when global warming and sea level rise wash the beach away
Geotherapy: Regenerating ecosystem services to reverse climate change
From: Ye Tao <t...@rowland.harvard.edu>
Date: Monday, February 27, 2023 at 3:36 PM
To: Robert Chris <robert...@gmail.com>, Douglas Grandt <answer...@mac.com>, Ron Baiman <rpba...@gmail.com>, Tom Goreau <gor...@globalcoral.org>
Cc: peter jenkins <jenkinsb...@gmail.com>, 'Eelco Rohling' via NOAC Meetings <noac-m...@googlegroups.com>, Healthy Climate Alliance <healthy-clim...@googlegroups.com>, Planetary Restoration <planetary-...@googlegroups.com>,
geoengineering <geoengi...@googlegroups.com>, healthy-planet-action-coalition <healthy-planet-...@googlegroups.com>
Subject: Re: [prag] [HCA-list] Make Sunsets stimulates more debate over "Geoengineering"- PT Barnum further vindicated!
Dear Ron and Tom,
Dear Tom,
Thank you for sharing your 1990 paper.
It is inspiring to see how relevant its contents remain 32 years
later.
In the paper, you highlight a fitted slope of 0.094C per ppm CO2
(200-280ppm data range). Linear extrapolation leads to 26C per
doubling of CO2. You correctly pointed out that the
extrapolation is not linear, but concave down, as shown also in
this
more recent piece. Visual inspection suggests roughly a
difference in slow of X2. So your results are consistent with a
ESS, from 280-560 ppm eCO2, of ~10C per doubling.
Your analyses thus appear consistent with those of Hansen et al. And Hansen's results are not only for short or intermediate timescales. The 10C per doubling for ESS they advance is for multi-millennia time scales as well.
From human and engineering intervention perspectives, the
long-term ESS stops being relevant beyond ESS>8C per doubling,
this is because there is no way for civilization to survive past
3-4C. What is needed is to achieve the capacity to bring EEI<0
within a time frame of years to decades, well before 2.5C is
reached. Within this period, ECS remains relevant for describing
reality.
Best,
Ye
To view this discussion on the web visit https://groups.google.com/d/msgid/healthy-planet-action-coalition/D7AF1344-EBF3-4016-B0DA-C549BA4F0F0B%40globalcoral.org.
That paper, based on empirical climate data was ignored by model-oriented physicists because it showed their models did not describe the real world changes.
IPCC attacked it because it disagreed with their low consensus values based on models that missed most of the feedbacks that we know must operate in the Earth climate system from the paleo-climate data.
Eelco Rohling’s later independent analysis had much more data, and the conclusions were very robust.
In the 33 years since then the models have gotten much better, especially Hansen’s, but they still can’t incorporate biological feedbacks that physicists don’t understand well enough to model.
That is way real scientists need to be in the field, at least one day per week;)
Cheers,
Ye
Dear all,
Please consider join this Sunday's MEERTALK
given by Rupert Read entitled "Transformation Beyond the
Climate-bubble: The Case for Building a Climate Majority".
We are likely to live-stream this event on YouTube. Let me know
if you want to ask questions on video.
Best,
Ye
Hi Paul and everyone,
Thanks Ron and others for the attachments for which I have found URLs [1] [2] [3]. Make Sunsets has certainly stimulated something, but mostly statements of prejudice against SRM and SAI in particular. Especially narking are statements to the effect that no “serious” scientist is thinking of urgently deploying SAI to address the climate crisis. The prejudice against SAI among journalists is huge.
You, Paul, point out how this prejudice has been stirred up by a small group of deniers, probably funded by climate change deniers or supporters of the fossil fuel industry (see email below). This group could have been responsible for the crucifixion of the climate scientists in the Climategate scandal whose emails were illegally obtained and scrutinised for any statements of the slightest doubt about climate change. They are a mafia who make ordinary scientists tremble – and they are largely responsible for the taboo on any serious discussion of SRM in IPCC reports.
As for temperature trajectory projections, any temperature rise above 1.5°C will result in a high risk of tipping point processes becoming irreversible, hence leading to inevitable catastrophe. 3°C or 4°C might not be survivable. As Ye Tao says:
From human and engineering intervention perspectives, the long-term ESS stops being relevant beyond ESS>8C per doubling, this is because there is no way for civilization to survive past 3-4C. What is needed is to achieve the capacity to bring EEI<0 within a time frame of years to decades, well before 2.5C is reached. Within this period, ECS remains relevant for describing reality.
Thus the exact trajectories that we have been arguing about are immaterial. We have to apply SRM to prevent them from happening. Furthermore these trajectories ignore feedbacks which could make them far worse: e.g. the methane from permafrost could boost global warming such as to take us into a Hothouse Earth [5].
We are travelling into the unknown, and we need to get back to the known Holocene norms, including for Arctic snow and ice. We have a golden opportunity for planetary restoration.
Cheers, John
[1] Katherine Ricke (Nature, 16th February 2023)
Solar geoengineering research should get real
https://www.nature.com/articles/d41586-023-00413-6#content
[2] Britta Clark (Journal of Applied Physics, 6th January 2023)
How to argue about Solar Engineering
https://onlinelibrary.wiley.com/doi/10.1111/japp.12643
[3] Evan George (Legal Planet, 16th February 2023)
This climate debate is a lot of hot air
https://legal-planet.org/2023/02/16/this-climate-debate-is-a-lot-of-hot-air/
[4] Corbin Hiar
Efforts to block sunlight get boost from prominent scientists
https://www.eenews.net/articles/efforts-to-block-sunlight-get-boost-from-prominent-scientists/
[5] Steffen et al. (PNAS 2018)
Trajectories of the Earth System in the Anthropocene
https://www.pnas.org/doi/10.1073/pnas.1810141115
Restorers,I see a possibility of an anthropogenic temperature feedback loop.Some areas of the Horn of Africa are completely denuded of vegetation, not a leaf to be seen. If humans didn't exist, wild herbivores would grow weaker and would be culled by predators, allowing the tougher plants to barely survive and grow back. Herders with cattle or with goats change the dynamics. Humans can often supplement the feed to their oversized herds of cattle and goats with imported grain, in hope that the market price of their own cattle will one day rise to an acceptable level. Humans are also adept at tearing taller trees apart to bring down any residual forage for their herds of goats.I've seen one distressing field report of a 99%+ denudation of a certain Ethiopian land area, leaving zero seeds that can sprout next year. Bare desert ground soon dries out when baked by the sun. Then, bone-dry bare ground can get quite hot because of zero evaporation and full sunlight. In a number of different regions of the world we've seen instances of weeks-long periods of record high temperatures coupled with extremely low humidity.So, it's possible that an anthropogenic response to greenhouse gas forcing won't resemble any of the geologic record's known responses to forcing. If the physicists are bothered by their poor understanding of biological feedback loops, anthropogenic forcing will keep them up at night.Yours,Paul Klinkman
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Ron
We had some discussion on Radiative Forcing Credits at https://groups.google.com/g/planetary-restoration/c/02nphUdUtjU. This thread includes a link to the ISO 2019 Draft Document ISO/NP 14082
GHG management – Guidance for the quantification and reporting of radiative forcing based climate footprints and mitigation efforts. This was intended to develop a Standard on Radiative Forcing, but was abandoned.
My discussion note https://planetaryrestoration.net/f/radiative-forcing-credits explores some broad parameters for pricing cooling credits.
I was surprised the recent letter supporting SRM Research from 60 scientists claimed that SRM “likely will never be an appropriate candidate for an open market system of credits”. I disagree with this assertion. I have not seen any scientific or economic literature to back up this claim, which looks like a political reaction to Making Sunsets.
Regards
Robert Tulip
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Hi Robert:
Fully agree. I cannot find any supporting arguments for why Cooling Credits will not work. I had been in touch with STRIPE – they manage the Frontier Carbon Credit (CC) system (backed by McKinsey, Stripe, Meta, Alphabet, Shopify)- but there was no appetite for this at that time. However, by repeatedly asking that question you chip away and put ideas into heads.
The fundamental issue with cooling credits vs carbon credits is that one core element of carbon credits is “Durability”. The fact that CC Suppliers need to show that the Carbon is not coming up again for at least 100s or 1000s of years. This is different for Cooling as it is only temporarily and needs to be topped up continuously. A different convincing case needs be made here that does not compromise the CC durability demand. Work to be done.
None of the SRM solutions are bankable at the moment and that has to change going forward.
A Cooling Credit system would be (IMHO) the best and easiest way to do that.
A
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<image001.png><image002.png>
<image003.png>
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Ron-
Pardon me for asking, but:
Nevermind the how. We know a heck of a lot about SAI, MCB, and other techniques. Please explain the who, what, when, where, and why for your call to action.
Again, I apologize for asking—it must be annoying. I hope you agree that getting this clarity is the only way success is possible.
Peter
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Ron-
“none of us has a crystal ball”—That’s false in this sense: We know that climate disruptions are going to get worse on today’s path. What else do you need to know about the predictable future? That’s the trajectory we’re on.
Are you saying that you don’t know how you want SRM to be implemented?
If that’s true, then now is the time to propose a specific defensible plan.
I discuss a plan in my book. If you aren’t going to come up with a specific plan, who will? (and why do you think they might?)
Peter
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On Mar 6, 2023, at 1:17 PM, Ron Baiman <rpba...@gmail.com> wrote:
Dear Paul et al,I think it's important that we offer hope and not just gloom and doom. There are now books being written about "generation desperation" etc. and I think many of us have the experience of not being able to talk about climate change at all with our family, friends, and communities, due a pervasive sense that there is no hope and therefore the best strategy to to ignore and try to enjoy life in the present as much as possible (perhaps we should call this the "Titanic" response?. My daughter wrote a song a about this is reference to the 2022 US election that seemed it was going to be a disastrous "red wave" but thank God (or better yet some remaining common sense among US voters) turned out to be mostly the opposite: https://fb.watch/j5UV9BEo42/.My effort at this is reflected in this sentence from the HPAC cooling document (https://pdfhost.io/v/kUvEpsGdb_Understanding_the_Urgent_Need_for_Direct_Climate_Cooling_0209233 ) copied below:"Limiting further warming would thus provide an opportunity for societies to evolve from a fossil fuel and mineral mining based economy that is dependent on discovering and mining fossil fuels and minerals in particular locations, to a potentially more equitable, prosperous and ecologically sustainable civilization based on use of renewable energy and materials, able to harvest energy, and use minerals from the ocean and carbon from the air to synthesize needed materials, almost everywhere on the planet.[1],[2]
[1] Eisenberger, Peter. 2020. REME -- Renewable Energy and Materials Economy -- The Path to Energy Security, Prosperity and Climate Stability. Physics and Society: https://arxiv.org/abs/2012.14976
[2] Baiman, Ron. 2021. In Support of a Renewable Energy and Materials Economy: A Global Green New Deal that Includes Arctic Sea Ice Triage and Carbon Cycle Restoration. Review of Radical Political Economics 53 (4): 611-622. "
In the paper cited (preprint here: https://www.cpegonline.org/post/our-two-climate-crises-challenge) I use the terms "industrial hunter-gatherer civilization" and "industrial farmer-cultivator civilization" to designate this transition. I have also (in blogs and elsewhere like this one: https://podcasts.apple.com/us/podcast/local-cooling-sai-cdr-baiman/id1529459393?i=1000598002442 ) used the biblical analogy of getting through the Sinai desert to reach the promised land. But part of being human is to have hope and will to improve our situation. In the meantime of course we need to cool!Best,RonI'll take a first try at a thirty second political pitch:- - - -The climate car is headed straight for a wall. The driver is drunk. Hit the brakes now. Please!
From my own personal experience and also from documentaries such as “Who Killed the Electric Car,” much potent, practical R&D is apparently not getting done because of fossil fuel-driven government corruption.
We already know that if the planet's permafrost continues to melt, 1.7 trillion tons of additional greenhouse gases will be released and the results will be catastrophic. Now we want to know how to stop this. Can we count on your vote?
Yours in Hope,
Paul Klinkman
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Only Love Remains: Dancing at the Edge of
Extinction
-Guy R. McPherson
Ye
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Hi all
Since starting this thread by correcting Ron’s misunderstanding about Hansen’s 10C being referenced to 2100, it has morphed into something a long way from underlying climate science. I’ve been watching from the sidelines as I’ve been preoccupied with some non-climate change aspects of my life. Yes, I have some of those! But now I’m back on the case, I cannot help but add a few comments that I hope we’ll be able to examine further in Thursday’s HPAC gathering.
From this long thread I’d like to pick out just one quote that set things off down a different path, namely that we should ‘embrace love instead of hope as an organizing and motivating force, a force that restores human agency, rather than outsourcing it to others.’ This heart-warming exhortation received a great deal of positive comment. At risk of being branded a misanthropic iconoclastic anti-Christ, I want to push back on this notion.
But first, let me be absolutely clear that my objection is not to the application of a loving-kindness maxim as a guiding principle in our daily lives. I’m totally on-side with that. My issue is with its relevance as a guiding principle to inform policy intended to address the causes and impacts of global climate change. In a posting a few weeks ago, RobertT referenced Machiavelli. In relation to global climate change policy I think we’ll get better guidance appealing to his insights, than to those from humanistic and religious sources.
What follows is a toe-dip into complex adaptive systems theory, a theory that I have found to have extraordinary explicative power about the workings of self-organising and self-sustaining systems at all scales, whether involving humans or not. Loving kindness is a feature of systems involving humans but is one of many and its capacity to be a determining factor reduces as the members of the system multiply. In a family it has much greater force than in a corporation or a regional or national government. The reason for this is to do with the way in which emergent properties are autonomously selected for enhancement and replication. Put five people in a room and a lot of ideas will emerge. Few, if any, will survive the test of real-world trial and error.
Loving kindness (I’m using that as a shorthand for a range of related ideas around moral imperatives) is an emotional response to those around us. It operates at the level of the individual. It also has considerable instrumental power. For most people, routinely being nice to those with whom we have direct dealings is likely to lead to better outcomes than routinely beating the crap out of them. Because it generally leads to better outcomes, it is self-reinforcing, it works, so we do more of it. That’s why families where kindness rules tend to endure and those where it doesn’t, tend to fall apart. But as the scale grows the instrumental value of loving kindness becomes overwhelmed by other factors. We don’t generally vote for our public representatives on the basis of their loving kindness in their relations with their families or with their wider public. We vote for them because we want them to deliver better education, justice, healthcare, national security and so on.
Of course, we expect those to be implemented in ways that respect an assumed moral framework, but that framework is rarely articulated in detail and it can vary considerably from one jurisdiction to another. We are all different so when our individual senses of loving kindness are aggregated, it all becomes a bit of a hotch-potch. There may even be real conflicts where some interpret loving kindness in very different ways to others.
Cutting to the chase, when trying to establish a global policy, if loving kindness is to be a guiding principle, there needs to be clarity and a reasonable degree of agreement about two key points. First is there a version of loving kindness that most people can buy into? Second, are there other guiding principles that enough people regard as more important than loving kindness, causing its significance to be diminished, and possibly even largely ignored?
The crucial lesson from complex adaptive systems theory is that the answers to these two questions are not determined by reason and debate among the many members of the system, in this case the entire global human population, although that debate can (maybe) have influence. They are determined by the process of autonomous selection by which the system adopts some emergent properties and rejects others. Loving kindness plays a role here. But so do a myriad of other factors that individuals wittingly and unwittingly respond to as being desirable or not.
The central problem is that even with loving kindness as a major guiding principle, when dealing with anything complex, and nothing is as complex as dealing with global warming, there will be winners and losers. Who is to decide whose interests are to be sacrificed for the benefit of the rest? What are the intergenerational justice concerns? What criteria are to be used to make these judgments? These decisions may be discussed rationally in privileged circles but at global scale they are not made rationally. They are emergent properties of the system.
If the system is functioning well, the process of autonomous selection will select the emergent properties that best serve the system. But if it isn’t, there will be maladaptations in which some emergent properties that become dominant do so because they favour the interests of a small powerful minority. This happens when the consequence of that minority protecting its own interests works against the interests of the system as a whole. The forces of conservation come to overwhelm those of adaptation and the system becomes an accident waiting to happen.
That’s where we are. An accident waiting to happen. The way out of this is to realign the interests of the powerful minority with those of the system as a whole. But herein lies the challenge. That realignment will see a redistribution of power and assets from the powerful minority to the rest. Unless the minority can be convinced that it is also in their best interests to cede some of their wealth, power and status, they will continue to promote emergent properties that become increasingly dysfunctional for the system as a whole.
I’ll leave this hanging there. The question for those pressing for loving kindness to lead us to the light, is how the minority currently in control can be convinced that it would be better for them to show loving kindness to the masses, and to do this on a timescale that is fast enough to have the necessary climatic impact.
Regards
Robert
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Dear Robert C,
Seems to me that your line of reasoning logically leads to the
necessity for a realignment of interests by force. For it is
obvious that the powerful minority is intrinsically impervious to
love and kindness; they are were they are because they truly are
sociopaths.
Absent a violent overthrow of the Neo-feudal class and a complete
redesign of society leveraging past experiences and modern
science, what agency do the people, the techno-serfs, actually
have, if not love and kindness for others, as unrelated to them as
it can be, and a willingness for self-sacrifice for the greater
good? If one were not satisfied with a grassroots approach, what
would be other options?
Perhaps the bravery to stand behind and amplify the voice of the likes of Jeff Sachs? The following lecture will be worthy anyone's time:
Enjoy!
Ye
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On Mar 7, 2023, at 12:55 PM, Robert Chris <robert...@gmail.com> wrote:
Hi all
Since starting this thread by correcting Ron’s misunderstanding about Hansen’s 10C being referenced to 2100, it has morphed into something a long way from underlying climate science. I’ve been watching from the sidelines as I’ve been preoccupied with some non-climate change aspects of my life. Yes, I have some of those! But now I’m back on the case, I cannot help but add a few comments that I hope we’ll be able to examine further in Thursday’s HPAC gathering.
From this long thread I’d like to pick out just one quote that set things off down a different path, namely that we should ‘embrace love instead of hope as an organizing and motivating force, a force that restores human agency, rather than outsourcing it to others.’ This heart-warming exhortation received a great deal of positive comment. At risk of being branded a misanthropic iconoclastic anti-Christ, I want to push back on this notion.
But first, let me be absolutely clear that my objection is not to the application of a loving-kindness maxim as a guiding principle in our daily lives. I’m totally on-side with that. My issue is with its relevance as a guiding principle to inform policy intended to address the causes and impacts of global climate change. In a posting a few weeks ago, RobertT referenced Machiavelli. In relation to global climate change policy I think we’ll get better guidance appealing to his insights, than to those from humanistic and religious sources.
What follows is a toe-dip into complex adaptive systems theory, a theory that I have found to have extraordinary explicative power about the workings of self-organising and self-sustaining systems at all scales, whether involving humans or not. Loving kindness is a feature of systems involving humans but is one of many and its capacity to be a determining factor reduces as the members of the system multiply. In a family it has much greater force than in a corporation or a regional or national government. The reason for this is to do with the way in which emergent properties are autonomously selected for enhancement and replication. Put five people in a room and a lot of ideas will emerge. Few, if any, will survive the test of real-world trial and error.
Loving kindness (I’m using that as a shorthand for a range of related ideas around moral imperatives) is an emotional response to those around us. It operates at the level of the individual. It also has considerable instrumental power. For most people, routinely being nice to those with whom we have direct dealings is likely to lead to better outcomes than routinely beating the crap out of them. Because it generally leads to better outcomes, it is self-reinforcing, it works, so we do more of it. That’s why families where kindness rules tend to endure and those where it doesn’t, tend to fall apart. But as the scale grows the instrumental value of loving kindness becomes overwhelmed by other factors. We don’t generally vote for our public representatives on the basis of their loving kindness in their relations with their families or with their wider public. We vote for them because we want them to deliver better education, justice, healthcare, national security and so on.
Of course, we expect those to be implemented in ways that respect an assumed moral framework, but that framework is rarely articulated in detail and it can vary considerably from one jurisdiction to another. We are all different so when our individual senses of loving kindness are aggregated, it all becomes a bit of a hotch-potch. There may even be real conflicts where some interpret loving kindness in very different ways to others.
Cutting to the chase, when trying to establish a global policy, if loving kindness is to be a guiding principle, there needs to be clarity and a reasonable degree of agreement about two key points. First is there a version of loving kindness that most people can buy into? Second, are there other guiding principles that enough people regard as more important than loving kindness, causing its significance to be diminished, and possibly even largely ignored?
The crucial lesson from complex adaptive systems theory is that the answers to these two questions are not determined by reason and debate among the many members of the system, in this case the entire global human population, although that debate can (maybe) have influence. They are determined by the process of autonomous selection by which the system adopts some emergent properties and rejects others. Loving kindness plays a role here. But so do a myriad of other factors that individuals wittingly and unwittingly respond to as being desirable or not.
The central problem is that even with loving kindness as a major guiding principle, when dealing with anything complex, and nothing is as complex as dealing with global warming, there will be winners and losers. Who is to decide whose interests are to be sacrificed for the benefit of the rest? What are the intergenerational justice concerns? What criteria are to be used to make these judgments? These decisions may be discussed rationally in privileged circles but at global scale they are not made rationally. They are emergent properties of the system.
If the system is functioning well, the process of autonomous selection will select the emergent properties that best serve the system. But if it isn’t, there will be maladaptations in which some emergent properties that become dominant do so because they favour the interests of a small powerful minority. This happens when the consequence of that minority protecting its own interests works against the interests of the system as a whole. The forces of conservation come to overwhelm those of adaptation and the system becomes an accident waiting to happen.
That’s where we are. An accident waiting to happen. The way out of this is to realign the interests of the powerful minority with those of the system as a whole. But herein lies the challenge. That realignment will see a redistribution of power and assets from the powerful minority to the rest. Unless the minority can be convinced that it is also in their best interests to cede some of their wealth, power and status, they will continue to promote emergent properties that become increasingly dysfunctional for the system as a whole.
I’ll leave this hanging there. The question for those pressing for loving kindness to lead us to the light, is how the minority currently in control can be convinced that it would be better for them to show loving kindness to the masses, and to do this on a timescale that is fast enough to have the necessary climatic impact.
Regards
Robert
On 06/03/2023 18:34, H simmens wrote:
Ron,
While I completely agree with the essence of your comment that we need to show folks that there are truly portfolios of actions that if urgently, comprehensively, and thoughtfully executed, may well restore some semblance of a safe climate and functioning ecosystem I am very leery of using the concept of hope.
Prior to reading the essay Beyond Hope linked below I saw no problem with Hope as a concept but since I read that my views have entirely changed. At the risk of significantly oversimplifying his message, the author calls upon us to embrace love instead of hope as an organizing and motivating force, a force that restores human agency, rather than outsourcing it to others.
The language below is taken from my upcoming book:
Herb
“In his brilliant essay “Beyond Hope” Derek Jensen says “When we stop hoping for external assistance, when we stop hoping that the awful situation we’re in will somehow resolve itself, when we stop hoping the situation will somehow not get worse, then we are finally free — truly free — to honestly start working to resolve it. I would say that when hope dies, action begins.”
RC
Your thinking here injects the logical realism of evolutionary causality into climate analysis. Seeing the world as a complex adaptive system invites us to develop a theory of change where the levers and mechanisms have the power to actually move the world from its current maladaptive and destructive trajectory to a path with hope for progress toward shared goals.
I submit that Albedo Enhancement offers the needed critical causal capacity to serve as a lever for change. By seeing planetary brightness as the decisive physical and conceptual problem for stability, security and strategy, we can actually formulate a path able to engage with the interests of the powerful and the powerless in negotiating global governance. Brightening is our Archimedean fulcrum. The physical changes involved in brightening the planet will also bring conceptual changes in how people think, not by coercion but by consent. As such, brightening can really make the planet smarter, happier and more reflective. That then can provide a platform to discuss longer term agendas of justice, peace and love.
The climate problem is that people are unable to think globally. Thinking globally means seeing our planet as a complex adaptive system. That global way of thinking in turn offers the hope of finding policy nudges with ability to influence what you crucially defined as “the process of autonomous selection by which the system adopts some emergent properties and rejects others.” The evolutionary principle of natural selection emerges here as the decisive guide to what will work and what will not, in culture as in biology. Regardless of our emotional preferences, there are remorseless processes of cumulative adaptation that determine climate outcomes. Understanding and influencing those emergent processes is really the only way to change the earth system trajectory.
When we ask what we can influence at climate relevant scale, it seems to me that albedo is far more tractable than emissions. The irrational personal and social desires that govern emissions are so strong that no amount of exhortation and agreement will make any global difference to the upward trajectory. By contrast, a decision to refreeze the poles could be made and implemented by a new Bretton Woods Conference, delivering a path to climate stability and repair. The high value of such a goal is that it aligns with the findings of complex adaptive systems theory about the program logic of theory of change, and therefore offers prospect of actually working, unlike the exhortatory hot air of Paris. Such an agreement also aligns to the empirical scientific principles of Baconian instrumental logic, understanding cause and effect, and so can bring in multiple stakeholders to serve mutual interests in negotiating acceptable results.
The evolutionary goal we need is to enable human beings to think globally. That is a decisive shift in mentality, using our brains to adapt to requirements of global survival and flourishing, rather than our current neo-tribal approaches with politics based on stone age instincts. Seeing albedo as the tractable lever that can stabilise the climate crisis offers a path to global evolution and provides time and ability to mobilise the slower processes of cooperating to fix the planetary carbon system, while also working to influence cultural change.
Here is the quote I shared on 4 January from The Prince by Niccolo Machiavelli. As you mentioned it is quite relevant to these discussions.
“all prudent princes ought to regard not only present troubles, but also future ones, for which they must prepare with every energy. Because, when foreseen, it is easy to remedy them, but if you wait until they approach, the medicine is no longer in time because the malady has become incurable. For it happens in this, as the physicians say it happens in hectic fever, that in the beginning of the malady it is easy to cure but difficult to detect, but in the course of time, not having been either detected or treated in the beginning, it becomes easy to detect but difficult to cure. Thus it happens in affairs of state, for when the evils that arise have been foreseen (which it is only given to a wise man to see), they can be quickly redressed, but when, through not having been foreseen, they have been permitted to grow in a way that everyone can see them, there is no longer a remedy.”
Looking forward to our discussions at the HPAC meeting this week. I hope people have time and interest to read our issue papers.
Regards
Robert Tulip
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Hi RobertT
I agree with almost everything you say but... there's always a 'but'!
40 years ago all we had to do was reduce our emissions by a meagre 10GtCO2/yr. We couldn't get out sh*t together to do that. Today, all we have to do is a modest amount of AE. On what basis does anyone imagine that we're going to get our sh*t together to do that?
You make a dangerous assumption that was shockingly rammed into my consciousness last week in my hour long chat with Tero Mustonen. I haven't yet had a chance to transcribe the whole conversation and write up my notes from it, but I will do in the coming days. But here's the 'but'. There is no 'global way of thinking'. Tero was quite clear that the great majority of Indigenous Peoples (IP), including those of which he is one in the Arctic who would be immediate beneficiaries of refreezing the Arctic, has zero interest in even engaging in an AE discourse. He resigned from Sir David King's high level CCAG entirely because he opposed refreezing the Arctic, a cause to which Sir David is wedded.
Tero is a lead author on AR6 WGII (133 references to him), he understands the issues. But for us, I regard his perspective as other-worldy. IP have memory. They've seen it all before over tens of thousands of years. They've endured. Western civilisation is a few hundred years old. It'll go the same way as its predecessors that didn't commune with nature but just saw it as a resource to be exploited, without a life and personality of its own, without 'personhood'. For him the question that precedes all others is 'What is it that we value, that we want to preserve and to promote?' He has a set of answers to that question that are about as far away as it's possible to get from what drives our global economy.
The Saami killed off Scopex not because they didn't appreciate the usefulness of AE, but because it deeply offends their sense of how to interact with nature. My understanding is that they will continue to follow that path. No amount of allegedly rational argument will shift them.
Given time there might be a
sufficient accommodation between our two radically opposing
worldviews. But time is the one thing we don't have. So the
path that is now more or less set in stone is COCAWKI
(Collapse of Civilisation as We Know It). The timing is a
little uncertain. The pain will be considerable. But the
excitement and opportunity of the ensuing rebirth should not
be underestimated. Mankind has a uniquely indomitable
spirit. We always pick ourselves up, dust ourselves down, and
start all over again. The creative potential is greatest in
the wake of a crisis. Maybe in three or four generations our
successors will look back on our folly and be grateful for the
lessons it taught them. Think of the Death card.
Although it is the Tarot card that many people fear, Death generally does not mean physical death. The Death Tarot Card usually signifies spiritual transformation and a time of change and new beginnings, not actual death! The transformation or change that Death can bring can be difficult, unexpected, sudden or even traumatic but it will bring with it a new lease of life. It's best to try not to resist the change the Death Tarot card brings as resisting it will only make the transition difficult and painful. Instead try to embrace the change as a fresh start. This Major Arcana card can also signify the need to let go of old issues or beliefs when it appears in a Tarot spread. It may be telling you that you need to draw a line under the past in order to move forward in a positive direction. A Death card transformation can be a bit of a shock to the system but ultimately it’s a positive one.
We can find wisdom and inspiration in the strangest places!
Regards
Robert
Haha, nice one Herb!
If not for lack of time, I would have talked about psychedelics
in my talk at the Congreso Futuro organized by the Chilean
Senate. I can confirm that numerous peer-reviewed studies have
demonstrated few negative effects, but reproducible improvement in
psychological health and an enhancement of trait Openness to
Experiences, which is positively correlated with episodes of
inspiration and creativity.
Anybody knows the % of people in the US and Europe who have used, or are routinely using, psychedelics? For Herb's proposal to work, there needs to be a small prevalence of usage among the elite. One also needs to consider the impact of multiple drugs acting together. Who knows what happens at parties of the 1%!
Ye
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Dear Robert C--So, may I ask a question about Tero's position. Being on Sir David's CCAG in the first place, he presumably had the view that human-induced climate change is a problem and that emissions should be curtailed so as not to change the climate. While it is sometimes said that climate change induced by fossil fuels is unintentional, that argument only makes sense for the time before we know this would happen, which goes back to at least the 1965 report of the President's Science Advisory Council and arguably back to Arrhenius. So, ever since, it has been an intentional act to not curtail fossil fuel emissions, making climate change intentional, if still perhaps inadvertent. And apparently Tero's position is that human action should be taken to reduce emissions in order to curtail, pull back climate change.
In that Tero thus favors humans taking action to limit and even
reverse climate change that has been induced by human activities,
what is it about AE that leads to a view that is completely
opposed to having there be human action to limit human-induced
climate change? What is it about imitating natural volcanic
eruptions that clearly have led to some cooling that is ruled out
so strongly?
Going back to the 1960s and even back to the 1870s (so when one might say the climate was in the control of Nature), there were proposals to warm the Arctic via geoengineering/climate intervention and so change the natural climate in order to improve access to the region's natural resources. These discussions, and they did get to pretty high government levels, showed considerable hubris and took some effort to be suppressed--and really brought ill repute on the notion of geoengineering, and I am wondering if this is where the objection might be coming from. The proposals now are very different, really intended to counter the human influence and put Nature back in control.
If the notion is to just let what will be occur, then why be in favor of limiting CO2 emissions and fine to have the climate return to that of warm periods tens of millions of years ago when the C that makes up today's fossil fuels was in the atmosphere. If one instead is arguing to halt all emissions and reduce the human influence, what is the basis for AE imitating Nature by inserting the equivalent of volcanic aerosols. Were you able to get any sense of this in your conversation?
Best, Mike MacCracken
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Hi Mike
Great questions. I don't think I am yet in a position to articulate convincingly where Tero is coming from. What emerged in our conversation, frankly, took me by surprise. I had prepared for this conversation by sending him the article I wrote with Dave King and links to Hansen's Warming in the Pipeline and Armstrong-Mackay on tipping points and a link to Tim Lenton's presentation to the NAS. He had looked at all the material. I imagined, like RobertT that when it comes to global warming there is a 'global way of thinking' around which almost everyone could coalesce. I was expecting there to be some instrumental reason why IP oppose AE. I was expecting a consequentialist case to emerge - we shouldn't do this because it'll cause bad outcomes. But that hardly featured. He seemed to follow a virtue ethics path, arguing that our guiding principle must be to be good people. He stressed that the environment has 'personhood'. and by implication we should treat nature with the same respect that we treat other people. Clearly he sees AE as offending that sense of respect for the environment. He said he found nothing in any of the material I referenced that altered that view.
We kept coming back to the idea that this was a true clash of civilisations. Our power is to self-destruct; theirs is to survive.
I have undertaken to share my notes with him and to re-engage to discuss this some more. Perhaps I should ask if he'd present to an HPAC session. Would we like that?
Regards
Robert
On Mar 7, 2023, at 5:12 PM, Robert Chris <robert...@gmail.com> wrote:
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Back 20+ years when I was still with the Office of the US Global Change Research Program and head of the National Assessment Coordination Office, I was liaison to the Native Peoples component of the assessment--and learned a good deal. I also at the time was asked to be scientific adviser to the panel of the US Conference of Catholic Bishops that was preparing a statement for the bishops to consider. When those on the Native Peoples team heard about this, they said that I needed to get the Vatican to repeal the Papal Bull of 1493. Being something close to 40 years since having heard reference to that, I needed to ask for an explanation. And the explanation was close to what you heard, basically that the Papal Bull considered Man as separate from Nature with its mention of land ownership and transformation of the environment, whereas the Native Peoples view was of Man as being part of Nature and no one having the right to own land, but rather all to share its resources, etc. Checking the Web, there was even a campaign among the Native Peoples seeking its repeal (e.g., see https://ictnews.org/archive/pope-francis-takes-a-first-step-toward-revoking-the-papal-bulls)
So, I do understand there is quite a different perspective and respect for and wholeness with Nature, but given how fossil-fuel and human-driven climate change will destroy the planet, still a bit hard to understand the notion of trying to counter-balance it.
Best, Mike
In my HPAC paper on Moral Perspectives on Climate Policy, I mention Greta Thunberg’s view that “all geoengineering schemes are attempts to manipulate the Earth with the same domineering mindset that got us into the climate crisis in the first place.”
This view appears to be at the base of the Indigenous criticism and suspicion articulated by Tero Mustonen. Addressing it requires ability to convince critics that calls to brighten the planet are not in service to a domineering mindset. There is a philosophical challenge here to justify the idea of a global way of thinking.
One way to discuss global thinking is Gaia Theory. The Gaia Foundation supports James Lovelock’s view of “the Earth as a living organism and a self-regulating system, opening the way for western science to restore a holistic approach to understanding our planet home.” The question this raises is how geoengineering relates to the holistic approaches of Gaia Theory. Indigenous perspectives of the Earth as sacred are fundamental to the Gaia Foundation, and they would probably differ with Lovelock over his view that we should compare geoengineering to medicine.
Lovelock wrote in this 2008 Royal Society article that “if a safe form of geoengineering buys us a little time then we must use it.” However, his worry is whether our species is “sufficiently talented to take on what might become the onerous permanent task of keeping the Earth in homeostasis.” As well, he fears that our knowledge of geoengineering effects is as crude as nineteenth century medicine, before the rise of antibiotics and other modern treatments.
Homeostasis is the complex physiological stability of an organism. The alternative of rising to Lovelock’s challenge of planetary homeostasis is collapse. And the emergency pathway to planetary homeostatic equilibrium requires albedo enhancement. This is an existential reality that cannot be refuted by Indigenous spirituality, however much we respect and welcome diversity. Humans are part of the Earth. Our existential choice is whether to be like white blood cells, healing the planet, or viruses that will kill or disable their host.
Part of the confusion arising here is that geoengineering advocates do tend to take a holistic and non-domineering view, based entirely on care and concern for the future wellbeing of the planet. The activist and Indigenous opposition to domineering attitudes is entirely justified, but geoengineering does not sit within that destructive mentality of selfish exploitation and greed. It is better to see geoengineering on Lovelock’s medical analogy as a spiritual response from Gaia, like a healing antibody to the destructive virus of human exploitation.
The problem is that opponents of geoengineering have been misinformed, because geoengineering advocates have not yet engaged enough on the cultural and philosophical problems raised by the need to define a global way of thinking. There has been a lack of respectful philosophical dialogue to weigh all the factors in the balance. The catastrophic risks of delaying action to brighten the planet are incontrovertible, but the case that this requires albedo enhancement is now understood and accepted by only a tiny number of people.
I was pleased to see Robert Chris mention the tarot, an arcane tradition that is largely viewed with contempt by the domineers of our world. While an appropriate level of scientific scepticism is reasonable toward magical culture, such practices do have close connection to the spiritual worldviews of Indigenous people, and have a legitimate place within respectful dialogue. Part of the problem for geoengineering is its connection to the arrogant lack of humility that has characterised modern technological civilization, dismissing whole worldviews out of hand.
A global way of thinking does not yet exist, but that only highlights the essential urgency of creating one through respectful dialogue with people of a range of differing perspectives. One element of this is Pope Francis’s call to integrate care for humanity and care for nature. Tero’s opposition to geoengineering is a view that would need to be convinced to change, by presenting persuasive evidence that the case for brightening the planet incorporates and respects his values and views. Similarly, many of us are in dialogue with other critics of geoengineering. Building the case to change their views in a respectful way will be essential before we can hope to deploy field tests of new technologies.
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Hi all,
Do native people really approse SRM just SAI?
None of the native peoples I have talked to in life, at COPs, or
at project sites oppose MEER; they are rather supportive. Though
granted, sample size is currently in the low double-digits, and
certainly not randomized.
Best,
Ye
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On Mar 8, 2023, at 12:32 PM, John Nissen <johnnis...@gmail.com> wrote:
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On 9 Mar 2023, at 4:57 am, H simmens <hsim...@gmail.com> wrote: