Photo by Ellen Steele
In the mid-1970s I was stationed at an Air Force radar site in Holbrook, Arizona. With a family of three young girls, Ellen and I explored the National Parks, Monuments and Reservations in the region. One of the issues that always pricked my intellectual curiosity was why did the Pueblo People leave their cliff houses and where did they go? We often heard of the Chaco Canyon People, but did not have time to visit the canyon before we left the area.
When we lived in Omaha, Nebraska in the late 1970s we visited the Mesa Verdi ruins, often camping in the National Park gave us lots of time to explore the cliff houses and visitor center, seeking answers to our questions. After I retired from the Air Force, on our way home to California, we stopped once more to camp at Mesa Verdi, this time with a fourth daughter, almost three years old. Climbing pole ladders to the higher reaches of the cliff houses with a three year old under one arm was a challenge.
Our oldest daughter, a sophomore in high school, was so impressed with the Pueblo Culture she decided to study Anthropology when she graduated from high school. Years later she graduated from UC Davis with a degree in Anthropology, after spending a year in England studying Archaeology.
We often discussed the plight of the Pueblo People of the Southwest and concluded that the climate may have played a role in the migration of the Anasazi from Chaco Canyon, and eventually from the cliff house communities through out southwest.
After I retired, Ellen and I put a visit to Chaco Culture National Historical Park on our bucket list. In the spring of 2013 we made the long trek to the Canyon, only to be disappointed by the lack of artifacts and information at the visitors center. We were told the artifacts were in the Maxwell Museum in Albuquerque, New Mexico. We did, however, take the opportunity to explore the great houses and the ruins at the Park. Again, we came away with more questions then answers.
I recently finished John Casey’s Cold Sun and Dark Winter and was impressed by the number of references in his books. One voice can be easily discounted, but multiple voices should get more attention. Well, that is if someone is listening. The lame stream media is focused in global warming resulting from human CO2 emissions. David DuByne has created a short video listing these references, a who’s of solar research that does not often see digital or video light because of the AGW political agenda.
David DuByne writes:
The Earth is about to begin a steep drop in global temperatures off its present global temperature plateau. This plateau has been caused by the absence of growth in global temperatures for 18 years, the start of global cooling in the atmosphere and the oceans, and the end of a short period of moderate solar heating from an unusually active secondary peak in solar cycle #24.
Average global atmospheric and oceanic temperatures will drop significantly beginning between 2015 and 2016 and will continue with only temporary reversals until they stabilize during a long cold temperature base lasting most of the 2030’s and 2040’s.
The bottom of the next global cold climate caused by a “solar hibernation” (a pronounced reduction in warming energy coming from the Sun) is expected to be reached by the year 2031.
The predicted temperature decline will continue for the next fifteen years and will likely be the steepest ever recorded in human history, discounting past short-duration volcanic events.
Global average temperatures during the 2030’s will reach a level of at least 1.5° C lower than today.
H/T to Ice Age Now for the video link
Below are links to an HTML listings of the references in the video:
Fall snow cover in Northern Hemisphere was most extensive on record, even with temperatures at high mark, if only by a smidgen of a degree.
In 46 years of records, more snow covered the Northern Hemisphere this fall than any other time. It is a very surprising result, especially when you consider temperatures have tracked warmest on record over the same period.
Data from Rutgers University Global Snow Lab show the fall Northern Hemisphere snow cover extent exceeded 22 million square kilometers, exceeding the previous greatest fall extent recorded in 1976.