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Yet you speak as if there is no doubt in anyone's mind that it IS happening right now all day, every day?
The global cooling effect begins as soon as the cloudiness increases, unlike the effect of CO2 emissions working via the greenhouse effect, which develop over 50+ years. This means that increased low altitude cloud cover can have an immediate and sustained cooling effect.
To help this cooling, it is necessary to work on a big enough scale, and concentrate initial efforts in certain parts of the tropics where conditions are particularly favourable. Early indications are that the most favourable areas are semi-arid zones which have a rainy season between 300 and 1000mm, e.g. Mali, Nigeria and Senegal. In some cases some of the work may already be underway or completed, as part of agricultural improvement programmes.
For maximum impact on cloudiness, studies indicate that working in swathes of land 10km long in a chess board or fishbone pattern can be particularly effective.
Really? You didn't really read what was given to you there, did you?
Strange how they're not being very specific about Plan C.
Background to LARI
Land-atmosphere science has taken off since Randy Koster at NASA coordinated 12 teams around the world looking at the effect of soil moisture on rainfall in GLACE - the global land-atmosphere coupling experiment. Work on land surface impacts and the water cycle has been somewhat overshadowed by work on ocean-atmosphere interactions and greenhouse gases.
Further information
Read a paper about the application and economics of non-harming global cooling strategies.
Download the Global Cooling Science Dossier (pdf, 7 MB). This includes a detailed summary of the scientific research, and 112 references to peer-reviewed papers.
Read about the physical implementation aspacts.
Read about the physical science.
I do. Do you?
Why don't you actually read the sites I'm linking to?
For maximum impact on cloudiness, studies indicate that working in swathes of land 10km long in a chess board or fishbone pattern can be particularly effective.
Originally posted by Phage
reply to post by Afterthought
I do. Do you?
Why don't you actually read the sites I'm linking to?
For maximum impact on cloudiness, studies indicate that working in swathes of land 10km long in a chess board or fishbone pattern can be particularly effective.
Swatches of land. That's ground. It's talking about rainwater capture. It's talking about agricultural practices.
edit on 4/18/2013 by Phage because: (no reason given)
Originally posted by Afterthought
reply to post by network dude
Yet you speak as if there is no doubt in anyone's mind that it IS happening right now all day, every day?
Why don't you actually read the sites I'm linking to?
www.theglobalcoolingproject.com...
The global cooling effect begins as soon as the cloudiness increases, unlike the effect of CO2 emissions working via the greenhouse effect, which develop over 50+ years. This means that increased low altitude cloud cover can have an immediate and sustained cooling effect.
To help this cooling, it is necessary to work on a big enough scale, and concentrate initial efforts in certain parts of the tropics where conditions are particularly favourable. Early indications are that the most favourable areas are semi-arid zones which have a rainy season between 300 and 1000mm, e.g. Mali, Nigeria and Senegal. In some cases some of the work may already be underway or completed, as part of agricultural improvement programmes.
For maximum impact on cloudiness, studies indicate that working in swathes of land 10km long in a chess board or fishbone pattern can be particularly effective.
In dry regions that have a short rainy season, rainwater harvesting helps increase soil moisture. Increases in soil moisture bring increased growth of plants and trees. This increases cloud formation.
What are you talking about? The methods of the project are explained. Here...one more time for you:
The external text you posted doesn't describe any of their ideas. It just states that they have assembled teams and are "looking".
What is rainwater harvesting?
Rainwater harvesting (RWH) involves lots of medium, small and micro-scale community level projects to catch and hold rainwater in the soil during rainy periods. There are broadly speaking 5 types of RWH:
Rooftop RWH - mainly for domestic use.
In situ RWH - where there is little slope and run-off of water.
Runoff RWH - where there is slopes and run-off (illustrated below)
Sub-surface dams - for sandy soils
Large catchment water harvesting - includes floodwater diversion
Volcanoes? No. Looking at how soil moisture affects rainfall. Like it says.
Looking for what exactly? Where to put man-made volcanoes?
Really? Where do they say anything about alarming anyone? I must have missed that part. What they want to do is convince people that the economic costs (however slight) are worthwhile in the long run.
From what I posted earlier, they actually are very concerned about alarming the public and government about their tactics
Experts at the University of California, Irvine, say reflective plants could send more of the sun's heat back into space, and even reverse temperature rises in parts of the world. Encouraging farmers to grow shinier crops could reduce maximum daytime temperatures in agricultural regions by as much as 1.9C, they say.
Originally posted by Afterthought
reply to post by Aloysius the Gaul
Can't we just agree that the Global Warming Project's website doesn't mention EVERYTHING they're contemplating?
Edit to Add: "Working with swaths of land" may mean that they're using the land as a guide for atmospheric meddling.
A third approach is the use of local- and regional-scale earth restoration techniques, which seek to mimic and enhance natural processes.
Originally posted by Aloysius the Gaul
Originally posted by Afterthought
reply to post by Aloysius the Gaul
Can't we just agree that the Global Warming Project's website doesn't mention EVERYTHING they're contemplating?
I don't know - what is your evidence for that?
"Cool roofs" is another reflective cooling technology that has been used already.
We are also interested in the ongoing research on sea stratus clouds - see the article on all-disciplines collaboration by Geoff Lawton and Ray Taylor at Klima 2009.
Originally posted by Afterthought
[
All I'm trying to say is that they aren't going to rule anything out when pulling things from their bag of tricks, so why should we be so trusting to think that they aren't above causing cloud cover in more ways than the one they're focusing on at the moment?
Mad scientists (documentmented and otherwise) don't tend to publish a lot of their work.
Mad scientists have been documented throughout history and to think that there aren't any today is ignorant.
Is this going on off Florida's coasts as we speak? It's been mighty cloudy this week, but no rainfall.
Originally posted by Afterthought
reply to post by network dude
Yet you speak as if there is no doubt in anyone's mind that it IS happening right now all day, every day?
Why don't you actually read the sites I'm linking to?
www.theglobalcoolingproject.com...
The global cooling effect begins as soon as the cloudiness increases, unlike the effect of CO2 emissions working via the greenhouse effect, which develop over 50+ years. This means that increased low altitude cloud cover can have an immediate and sustained cooling effect.
To help this cooling, it is necessary to work on a big enough scale, and concentrate initial efforts in certain parts of the tropics where conditions are particularly favourable. Early indications are that the most favourable areas are semi-arid zones which have a rainy season between 300 and 1000mm, e.g. Mali, Nigeria and Senegal. In some cases some of the work may already be underway or completed, as part of agricultural improvement programmes.
For maximum impact on cloudiness, studies indicate that working in swathes of land 10km long in a chess board or fishbone pattern can be particularly effective.