DELAWARE SOYBEAN YIELD RECORDS
2017: 51 bushels/acre
2016: 41.5
2015: 40
2014: 47.5
2013: 40.5
2011: 39.5
2000: 43
2004: 42.5
2012: 42.5
2009: 42
2001: 39
1994: 36.5
In the list of Delaware state soybean records above, the author has put them in a mixed-up order that helps to confuse and defray the specific trends I'm documenting here. It's an example of a propaganda technique known as "harrying the opposition".
The Delaware state soybean yield record of 51 bushels per acre from 2017 was 39% higher than the Delaware state soybean yield record of 36.5 bushels per acre from
1994. That’s an average annual increase in yield of 1.69% over those 23 years.
The Delaware state soybean record of 43 bushels per acre from 2000 was 17.8% larger than the previous record of 36.5 bushels per acre set in 1994. A close to 20% increase in yield in just six years from 1994 to 2000, geez, what gives? That’s an average annual increase in yield of 3.3% over those six years. It’s 95% above the baseline, which we’d expect, given that it’s the first data in the set, and that we adhere to the Orthodoxy that organisms grow in progressively smaller increments as they approach their genetically-programmed maximum size.
The next year, in 2001, the yield dropped 9.3% to 39 bushels per year. Well, that drop of almost ten percent in one year is way, way below the baseline, but that’s okay, because we’d expect to see the rate of increase get lower, going forward in time.
What we’re seeing, here, is the broad-spectrum impact of the Death energy-based “communications infrastructure" that was thrown up suddenly virtually overnight in all the nations back around the turn of the Century.
The Delaware state soybean record of 42.5 bushels per year in 2004 was identical to the previous record of 42.5 bushels per year set in 2004.
The life force still being artificially held back by what we broadly refer to as “technology”, or wireless communication.
The Delaware state soybean record of 42 bushels per year in 2009 was another decrease of 1.1%. Things going further downward under the relentless pressure of the Death energy distribution system under discussion.
The Delaware state soybean record of 39.5 bushels per year from 2011 was 6.3% lower than the previous record of 42 bushels per year in 2009. That’s an average decrease of 3.15% per year over those two years.
This is all mapping perfectly, right? Because the growth rate is decreasing, going forward in time. That is, if you accept the Orthodoxy that organisms grow in progressively smaller increments as they approach their genetically-programmed maximum size.
Or you could look at it as the Death energy system getting larger, and stronger, from 2009 to 2011.
The Delaware state soybean record of 42.5 bushels per acre from 2012 is 6.7% higher than the 39.5 bushels per acre from 2011. That’s a 6.7% increase in one year, and the growth rate has just increased exponentially, going forward in time. That’s impossible if we adhere to the Orthodoxy that organisms grow in progressively smaller increments as they approach their genetically-programmed maximum size.
As of 2012, we’ve gotten back to the level of etheric health last seen in 2004.
The might of technology to destroy the ether and all the life within it lasted less than a decade.
By the way, can you see how they mixed the records up in the list at the top, so that you can’t discern or analyze the trends I’m exposing here?
Essay: If “genetically modified seed” is responsible for the increases in soybean productivity in Delaware, explain how and why would the yield was the same in 2012 as it was in 2004.
Bonus: Explain why Monsanto doesn't advertise their special Death-brand soybeans as having increased soybean productivity in Delaware by more than a third in from 1994 to 2017.
The Delaware state soybean yield record of 40.5 bushels per acre from 2013 is 4.9% lower than the previous record of 42.5 bushels from 2012. What’s with the whipsawing up and down of the yield, statewide, mind-you?
If you accept my thesis, the health of the ether in 2013 was back down to roughly the same level seen in the early 2000’s.
The Delaware state soybean yield record of 47.5 bushels per acre from 2014 was 17.2% larger than the previous record of 40.5 bushels per acre set in 2013. That’s a 17.2% increase, in just one year. Roughly the same increase as was seen in the six years from 1994 to 2000. So now the growth rate is the highest in history, and the growth rate is increasing exponentially, going forward in time.
The Delaware state soybean yield record of 40 bushels per acre from 2015 is 18.75% smaller than the 47.5 bushels per acre from 2014. A quantum decrease, back down to roughly the same level seen in 2001.
The Delaware state soybean yield record of 41.5 bushels per acre from 2016 is 3.75% larger than the 40 bushels per acre from 2015. But if the health of the ether is directly connected to the size, fertility and longevity of any organism, we’re still down in the productivity range seen throughout the 2000’s.
The fierce battle between ether-destroying technology and ether-reviving Orgonite rages.
The Delaware state soybean yield record increased by roughly 40% from 1994 to 2017. Roughly half of that increase was from 2016 to 2017.
The Delaware state soybean yield record of 51 bushels per acre from 2017 is 18.6% larger than the 41.5 bushels per acre from 2016. That’s an 18.6% increase, in one year, the largest one year increase in the data set, and the last data in the set. Exponentially beyond the baseline. To the highest level in history.
The size, fertility and longevity of any organism vary directly with that of its etheric environment.
Keep gifting. There's still time to be a part of this thing, to strike huge blows against the Empire, for less than the cost of a shitty movie and popcorn. Invest what you would in a sweater and decimate the Death energy technology where you live and work today.
For any remaining Coincidence theorists in the readership, I don't sell Orgonite, and there's no cost to join my mailing list.
Jeff Miller, Brooklyn, New York, December 5, 2020
If you'd like to be added to this free mailing list, or know someone who would be, please send me a note at [email protected]
