As of mid-September, there have already been 77 peer-reviewed scientific papers authored by several hundred scientists linking solar activity to climate change. There were 43 as of the end of June, as seen here. In other words, there have been 34 more papers linking solar forcing to climate change made available online just since July.
This publication rate for 2016 is slightly ahead of the pace of published papers linking solar forcing to climate change for 2015 (95 Solar-Climate papers ) and 2014 (93 Solar-Climate papers). At this rate, it is likely that a list of 300+ scientific papers linking solar forcing to climate change will have been made available between 2014 and 2016.
In addition, there have already been 41 papers published in science journals this year linking natural oceanic oscillations (i.e., ENSO, NAO, AMO, PDO) to climate changes. There were 27 such papers as of the end of June.
The solar-ocean oscillation climate connection has gained widespread acceptance in the scientific community. For example, see “35 New Scientific Publications Confirm Ocean Cycles, Sun Are the Main Climate Drivers”
The latest papers linking solar activity as well as ocean oscillations to climate changes are listed below. Not only do these papers describe solar activity and ocean oscillations as the dominant mechanisms of climate change, they provide evidence that the modern, post-1950 period does not contain the highest temperatures of the last few hundred years. In fact, these papers each document that temperatures during some periods of the 1700s and/or 1800s were just as warm or warmer than present temperatures.
The periods with much lower CO2 concentrations (of about 280 parts per million, or 0.028% of atmospheric gases) could have warmer-than-now temperatures (with present CO2 concentrations reaching 400 parts per million) defies claims that variations in CO2 primarily (or even exclusively) determine the temperature of the planet’s water and air, and that natural variations in solar activity, ocean heat distribution/cycling, clouds, volcanic activity…play little to no role in long-term climate change.
Perhaps this CO2-drives-climate paradigm needs to be updated to reflect the growing body of scientific evidence that the Sun and natural ocean cycling are primarily what drive temperature variations — not CO2.