Carlin Economics and Science

On November 8 I made a presentation on climate change causation and its implications for geoengineering at a conference sponsored by the Russian Service for Hydrometeorology and Environmental Monitoring (Roshydromet) in Moscow and supported by various United Nations organizations including the Intergovernmental Panel on Climate Change. It was attended by the Panel’s Chairman and Deputy and roughly 800 other presenters and attendees.
My presentation, which can be found under Section 3 here, has since been supplemented by a list of sources and notes attached at the end of it. Some of the major points made in my presentation were the following:

Amazingly similar cycles. There is an amazing similarity between solar system, sunspot, oceanic, and global climate cycles. These similarities are so striking that they suggest possible cause and effect relationships, perhaps in the general order shown. In other words it may be that solar system cycles influence solar sunspot and oceanic cycles, which influence global temperature cycles.
Most major cycles appear to be entering their downward phase. Some important common cycles appear to be 20, 60, 200-210, and 1,000 years in length. Although there is some uncertainty with regard to the length of the 200 year cycle and the current phase of the 1,000 year cycle, evidence is presented that all except the 20 and possibly the 1,000 year cycles have passed the peaks of their current cycles. This means that most of the cycles may be starting on their downward phase after recent peaks.
Explains observed climate changes. This provides a natural, non-anthropogenic explanation for most if not all the observations concerning global temperatures over the last two millenia and possibly during the Holocene as a whole, including the upward movement of global temperatures over the last few centuries, the apparent end of the recent upward phase of a 60 year cycle of oceanic and global termperatures, why we now appear to be in a negative PDO, and the current plateau in global temperatures, and suggests that the next major change may be towards lower global temperatures.
Possible mechanism established. As a result of research by the European Organization for Nuclear Research (CERN), Henrik Svensmark, and others there is now known to be a mechanism by which solar variations can significantly influence Earth’s climate, namely, by changing the intensity of cosmic rays impacting the Earth and thereby cloud cover and thereby the reflection of solar energy back into space and thereby global temperatures. There may be other mechanisms that we do not yet understand.
Implications for Climate Stabilization. This astronomical hypothesis has substantial implications for the optimal approaches to promote climate stabilization. In particular, the proposal to reduce greenhouse gas emissions appears to have even less promise than under the AGW hypothesis; geoengineering approaches that allow control of both adverse global warming and cooling, on the other hand, look even more attractive. Particular attention is devoted to a geoengineering approach called Solar Radiation Management using the insertion of particles into the stratosphere and to the possible use of geoengeering to prevent the next ice age, which also appears to be governed by astronomical cycles.