--
You received this message because you are subscribed to the Google Groups "geoengineering" group.
To unsubscribe from this group and stop receiving emails from it, send an email to geoengineerin...@googlegroups.com.
To post to this group, send email to geoengi...@googlegroups.com.
Visit this group at http://groups.google.com/group/geoengineering.
For more options, visit https://groups.google.com/groups/opt_out.
“It should be realised that the energy involved in weather systems is so large that it is impossible to create cloud systems that rain, alter wind patterns to bring water vapour into a region, or completely eliminate severe weather phenomena. Weather Modification technologies that claim to achieve such large scale or dramatic effects do not have a sound scientific basis (e.g. hail canons, ionization methods) and should be treated with suspicion.
Purposeful augmentation of precipitation, reduction of hail damage, dispersion of fog and other types of cloud and storm modifications by cloud seeding are developing technologies which are still striving to achieve a sound scientific foundation.”
We intend to push for greater transparency in the world of climate engineering.
Jim Lee
- Create a “multilateral registry of cloud seeding, geoengineering, and atmospheric experimentation events with information and data collection on key characteristics” [1].
- Create a publicly available multilateral registry website, with hourly updates on atmospheric activities.
- Require nations/states/persons to notify the multilateral registry (at least) 24 hours prior to initiation of atmospheric experimentation/modification to ensure public notice, and liability should said experimentation/modification cause monetary, environmental, or physical losses.
Bill Gates and world's top Geoengineers collaborate on patents: Hurricane Protection for Cash!
Learn more on ClimateViewer's Weather Control Timeline
- January 3, 2008 • US Patent Application 20090173386 • Water alteration structure applications and methods
- January 3, 2008 • US Patent Application 20090173404 • Water alteration structure and system
- January 3, 2008 • US Patent Application 20090175685 • Water alteration structure movement method and system
- January 3, 2008 • US Patent Application 20090177569 • Water alteration structure risk management or ecological alteration management systems and methods
- January 30, 2008 • US Patent Application 20090173801 • Water alteration structure and system having below surface valves or wave reflectors
- February 6-7, 2008 • Department of Homeland Security's Hurricane Modification Workshop
- April 21, 2008 • Weather Modification Association Conference “New Unconventional Concepts and Legal Ramifications”
- May 29, 2009 • US Patent Application 20100300560 • Water alteration structure and system having heat transfer conduit
- May 29, 2009 • United States Patent 8348550 • Water alteration structure and system having heat transfer conduit
- Assigned to: The Invention Science Fund I, LLC
- Bowers, Jeffrey A. (Kirkland, WA, US)
- Caldeira, Kenneth G. (Campbell, CA, US)
- Chan, Alistair K. (Stillwater, MN, US)
- Gates III, William H. (Redmond, WA, US)
- Hyde, Roderick A. (Redmond, WA, US)
- Ishikawa, Muriel Y. (Livermore, CA, US)
- Kare, Jordin T. (Seattle, WA, US)
- Latham, John (Boulder, CO, US)
- Myhrvold, Nathan P. (Medina, WA, US)
- Salter, Stephen H. (Edinburgh, GB)
- Tegreene, Clarence T. (Bellevue, WA, US)
- Wattenburg, Willard H. (Walnut Creek, CA, US)
- Wood Jr., Lowell L. (Bellevue, WA, US)
- Wood, Victoria Y. H. (Livermore, CA, US)
- July 28, 2009 • US Senate Committee on Commerce, Science, and Transportation hearing “Weathering the Storm: The Need for a National Hurricane Initiative”
- July 29, 2009 • NOAA Says No to DHS Hurricane Modification • NOAA Letter
- May 10, 2010 • Weather Modification Association Conference “Hurricane Aerosol and Microphysics Program (HAMP)”
15. A method of ecological alteration, comprising: receiving money from at least one government entity; and funding at least one of purchase, operation, or maintenance of ecological alteration equipment at least partially through the money collected from the at least one government entity, wherein the ecological alteration equipment includes wave driven water property alteration equipment.
22. The method of claim 15, further comprising: creating different risk or reward zones based on a known placement of the ecological alteration equipment; and developing different payment amounts based on location relative to the risk zones.
23. The method of claim 15, further comprising: developing different payment amounts based on at least one of potential property risk or potential change in property valuation.
24. The method of claim 15, further comprising: developing different payment amounts based on location.
This returns us to Mr. Gordon's statement above for a moment: "local climate modification not weather control"In yet another aspect, a method of managing risk includes operating ecological alteration equipment. The method also includes receiving at least one payment from at least one interested party. Further, the method includes receiving a request from the interested party to provide ecological alteration. Further still, the method includes causing changes in the operation of ecological alteration equipment in an attempt to cause ecological alteration.
In still yet another aspect, a method of managing risk includes operating storm suppression equipment in response to a request to attempt to alter at least one storm. The method also includes alerting at least one interested party as to the potential for storm damage. Further, the method includes providing information to the at least one interested party of the cost and likelihood of reducing damage for the at least one interested party. Further still, the method includes receiving at least one payment from the at least one interested party and receiving a request from the interested party to provide storm protection.
In yet still another aspect, a method of managing risk includes selling an interest regarding areas to be protected by ecological alteration equipment to a group of members. The method also includes funding at least one of purchase, operation, or maintenance if the ecological alteration equipment at least partially through payments collected from the selling. Further, the method includes determining the amount of ecological alteration in a predefined situation. Further still, the method includes paying the members of the group an amount dependent on the amount of ecological alteration.
Michael,
Your deconstruction of CBD Decision X/33 8(w) doesn’t make sense:
Chris.
Seems a bit sloppy to say that MCB can be switched off when the energy system has been decarbonized. The CO2 levels will be elevated for centuries, and without the aerosols we'll be hotter still. We're in for the long haul.
Incidentally, simulations shown at the geoengineering summer school show the droplets cool and sink to the water surface. They don't whoosh out of the top of ships as typically shown.
A
Andrew
It would be courteous of the person who showed a simulation of
seawater drops
at the summer school to send me a copy.
You write that drops sink to the water surface. I agree that
this is what
happens initially but some readers might think that they sink
INTO the sea. and
here I disagree. My analysis of the process is as follows:
Spray will be blown up through the rotor by an air flow of 9
metres per second,
just less than the Weber coalescence velocity and emerge at a
height of
25 metres. It will be
entrained with
surrounding air and the mixture will rise to a height of about
5 rotor
diameters above the rotor top.
The relative humidity very close to the water surface will be nearly 100% but his falls to typically 60% at a few metres and then rises slowly to 100% at the cloud base. The very large surface area of the spray means that evaporation of the spray plume up to 100% relative humidity will be very fast leaving large numbers of liquid drops. The upward velocity through the rotor will fall rapidly above 35 metres. For drop sizes of 800 nanometres we have to increase the Stokes prediction for the still air falling velocity from 19.8 microns a second to 23.8 microns a second [ ]. However this is very small compared with the turbulent velocities in the marine boundary layer, which are an appreciable fraction of the local wind speed, which act in all directions but with a vertical component clipped at the water surface.
Latent heat for evaporation will
initially come
from the surrounding air of the expanding plume. We can use psychrometric
charts to get the
temperature drop. For an input humidity of 60% and a dry bulb
temperature of
15C the temperature drop in the wake will be about 3 K. The resulting density
increase will mean that
the cooled plume will fall rapidly and spread out over the sea
surface taking
heat from the water below for any further evaporation. The air above the plume
will cool at night
but the water below will stay at the same temperature causing
most of the
subsequent rise. The Twomey effect will take place after
sunrise the next day.
For drops of 0.8 microns diameter surface tension and viscosity are extremely strong. Think of sand in treacle. The drops are glued to the air around them. If air cannot get through the water surface few of the drops will. Indeed if a drop did hit the surface it could sit there like a floating ball for a long period. If it is not raining he main loss mechanism will be from plunging breakers.
I have tested pond foggers which make much larger
drops than we will use and the cloud sits over the surface of
a tank for ages. With fresh water the the main loss is
evaporation.
Stephen
Stephen
You make confident claims about the fate and flow of droplets emitted from your ships. I am unclear on several aspects :
How are droplets which have fallen onto the sea surface supposed to get off again?
How windy will it need to be before breakers extinguish low or contacted droplets before they can be lofted again?
Have you done detailed CFD modelling of microscopic flows? I'm particularly interested to see whether the droplets can settle overnight then rise the following day on thermals , as you describe.
Have you modelled performance of the fans by CFD? I imagine that getting the drops to loft with fans will be more difficult in rough seas with turbulent winds around the chimneys than it seems on paper. An alternative design would be to use a greenhouse type structure to heat the droplet containing air, before or after spraying.
How will you keep your ships free of mould, algae, etc.? The chimneys will be wet and well lit. Won't they end up clogged with greenery fairly quickly ?
A
The University of Edinburgh is a charitable body, registered in
Scotland, with registration number SC005336.