Geoengineering SRM is a dangerous idea. Scientists think they can mimic volcanoes’ natural process of cooling our planet by spraying sulfur into the sky using planes, drones, and floating hoses. You cannot solve pollution with more pollution, and Geoengineering SRM proponents cannot predict nor control the weather. After 60 years of cloud-seeding, the weather modification industry cannot accurately predict the outcomes of their “experiments” on a small scale so why would anyone believe it is possible to regulate global temperatures using weather manipulation techniques worldwide? Let us start with a video explaining exactly what SRM is:

The Solar Radiation Management Governance Initiative from Environmental Defense Fund on Vimeo.

[vimeo 30192030 w=500 h=281]
These folks want to use Sulfur, Aluminum, and even Diamond Dust to save us from climate change. CO2 bad, global warming bad, our chemicals GOOD.

Backed by Bill Gates’ FICER money, Ken Caldeira and David Keith are funding research and modeling of Geoengineering SRM in preparation for a not-to-distant future when SRM can be deployed as an Operation Last Hope. Mr. Gates is so sure that SRM is a winner, his company Intellectual Ventures Lab has already developed a hose-to-the-sky: The Stratoshield.

What are other scientists saying about this crazy idea?

World Meteorological Organization position:

WMO DOCUMENTS ON WEATHER MODIFICATION Updated in the meeting of the Expert Team on Weather Modification Research Abu Dhabi, 22-24 March 2010

This paper was a response to claims that Meteo Systems “WeatherTec” used electro-magnetic signals to create rain clouds over the deserts of Abu Dhabi. The WMO expert team was not impressed and left us with the following statement:

It should be realized that the energy involved in weather systems is so large that it is impossible to create artificially rain storms, alter wind patterns to bring water vapour into a region, or completely eliminate severe weather phenomena. Weather Modification technologies that are claimed to achieve such large scale or dramatic effects do not have a sound scientific basis (eg. hail canons, ionization methods) should be treated with suspicion. The only credible approach to modifying weather is to take advantage of microphysical sensitivities wherein a relatively small human-induced disturbance in the system can substantially alter the natural evolution of atmospheric processes.
WMO Statement - Large-scale weather modification should be treated with suspicion - like Geoengineering SRM by Jim rezn8d Lee
WMO Statement - Large-scale weather modification should be treated with suspicion - like Geoengineering SRM

The American Meteorological Society position:

Geoengineering the Climate System: A Policy Statement of the American Meteorological Society (Readopted by the AMS Council on 6 January 2013)

Reflecting sunlight would likely reduce Earth’s average temperature but could also change global circulation patterns with potentially serious consequences such as changing storm tracks and precipitation patterns. As with inadvertent human-induced climate change, the consequences of reflecting sunlight would almost certainly not be the same for all nations and peoples, thus raising legal, ethical, diplomatic, and national security concerns.

Therefore, the American Meteorological Society recommends:

  1. Enhanced research on the scientific and technological potential for geoengineering the climate system, including research on intended and unintended environmental responses.
  2. Coordinated study of historical, ethical, legal, and social implications of geoengineering that integrates international, interdisciplinary, and intergenerational issues and perspectives and includes lessons from past efforts to modify weather and climate.
  3. Development and analysis of policy options to promote transparency and international cooperation in exploring geoengineering options along with restrictions on reckless efforts to manipulate the climate system.

Geoengineering will not substitute for either aggressive mitigation or proactive adaptation, but it could contribute to a comprehensive risk management strategy to slow climate change and alleviate some of its negative impacts. The potential to help society cope with climate change and the risks of adverse consequences imply a need for adequate research, appropriate regulation, and transparent deliberation.


Despite the clear and present dangers of the problem (climate change) and solution (geoengineering SRM), the science community marches forward in denial trying to frame the debate in a way to make poor people swallow the bitter SRM pill:

The Science of Geoengineering - Annual Review of Earth and Planetary Sciences

by Ken Caldeira,1 Govindasamy Bala,2 and Long Cao 3
1 Department of Global Ecology, Carnegie Institution for Science, Stanford, California 94305; email:
2 Center for Atmospheric and Oceanic Sciences, Indian Institute of Science, Bangalore 560 012, India
3 Department of Earth Sciences, Zhejiang University, Hangzhou, Zhejiang 310027, China
Vol. 41: 231-256 (Volume publication date May 2013) DOI: 10.1146/annurev-earth-042711-105548


Carbon dioxide emissions from the burning of coal, oil, and gas are increasing atmospheric carbon dioxide concentrations. These increased concentrations cause additional energy to be retained in Earth’s climate system, thus increasing Earth’s temperature. Various methods have been proposed to prevent this temperature increase either by reflecting to space sunlight that would otherwise warm Earth or by removing carbon dioxide from the atmosphere. Such intentional alteration of planetary-scale processes has been termed geoengineering. The first category of geoengineering method, solar geoengineering (also known as solar radiation management, or SRM), raises novel global-scale governance and environmental issues. Some SRM approaches are thought to be low in cost, so the scale of SRM deployment will likely depend primarily on considerations of risk. The second category of geoengineering method, carbon dioxide removal (CDR), raises issues related primarily to scale, cost, effectiveness, and local environmental consequences. The scale of CDR deployment will likely depend primarily on cost.

Read the full article here.

Vol. 41: 231-256 (Volume publication date May 2013) DOI: 10.1146/annurev-earth-042711-105548

Figure 2  Solar geoengineering/solar radiation management approaches work by reflecting to space sunlight that would otherwise have been absorbed. Illustrated methods are (a) using satellites in space, (b) injecting aerosols into the stratosphere, © brightening marine clouds, (d) making the ocean surface more reflective, (e) growing more reflective plants, and (f) whitening roofs and other built structures.

Climate engineering reconsidered

Nature Climate Change 4, 527–529 (2014)
doi: 10.1038/nclimate2278 Published online 25 June 2014

Stratospheric injection of sulphate aerosols has been advocated as an emergency geoengineering measure to tackle dangerous climate change, or as a stop-gap until atmospheric carbon dioxide levels are reduced. But it may not prove to be the game-changer that some imagine.

A quantitative evaluation of the public response to climate engineering

Nature Climate Change 4, 106–110 (2014)
doi: 10.1038/nclimate2087 Received 21 July 2013, Accepted 02 December 2013, Published online 12 January 2014
Atmospheric greenhouse gas concentrations continue to increase, with CO2 passing 400 parts per million in May 2013. To avoid severe climate change and the attendant economic and social dislocation, existing energy efficiency and emissions control initiatives may need support from some form of climate engineering. As climate engineering will be controversial, there is a pressing need to inform the public and understand their concerns before policy decisions are taken. So far, engagement has been exploratory, small-scale or technique-specific. We depart from past research to draw on the associative methods used by corporations to evaluate brands. A systematic, quantitative and comparative approach for evaluating public reaction to climate engineering is developed. Its application reveals that the overall public evaluation of climate engineering is negative. Where there are positive associations they favour carbon dioxide removal (CDR) over solar radiation management (SRM) techniques. Therefore, as SRM techniques become more widely known they are more likely to elicit negative reactions. Two climate engineering techniques, enhanced weathering and cloud brightening, have indistinct concept images and so are less likely to draw public attention than other CDR or SRM techniques.


We hate SRM. Please stop talking about spraying the skies with chemicals before every “chemtrail” aficionado tars and feathers you.

The moral of this story:

Climate Change will kill people.

Geoengineering SRM will kill people.

geoengineering srm global climate and weather control climate viewer news climateviewer jim lee rezn8d r3zn8d

So what’s the difference?

Scientists are planning to kill people before nature gets the chance.

See also: Please read more on our special report:

Weather Modification, Geoengineering, and Global Climate Control

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