Words from the Hai Druid

As Posted on the Internet - Rough Draft

August 27, 2023

Quarterly reports are such a drag when nothing is being done really, so instead I'll just put this out there. With a thank you at the end.

There was a GREAT SALINITY ANOMALY (GSA) in the 1960's that was caused by 3 naturally occurring cyclic climate modes coming into synchronization, a 14-year, a 20-year, and a 70-year. They synchronize every 140 years. This caused the Atlantic Meriodional Overturning Currents (AMOC) to slow down, which sent Europe into a decade or so cold spell. The currents recovered rapidly. 1980's is when conditions returned to normal. The stalling of the AMOC (also known as thermohaline currents (THC)), allowed waters near the equator to gain additional heat before the currents resumed their flow towards the North Atlantic and Arctic seas. It takes decades for this hotter than usual water to reach the North Atlantic and Arctic seas, the GSA happened decades ago. We are currently breaking temperature records from about 172 years ago, which coincides with the previous 140 year sync that began about occurred around 1820 and ended around 1830, those high temps occurred around 1850. All of this adds up to this more recent synchronization repeating the same pattern. 1850 + 172 years = 2022.

The words “CURRENTLY PUBLISHING” are always included when speaking of the 97% of scientists that agree to some extent or another that this abrupt warming is caused by human activity. “PREVIOUSLY PUBLISHING” world renowned scientist said this: "Evidence of rapid climate oscillations during the last glacial period has been identified in climate records from Greenland ice cores and ocean sediments in the North Atlantic. These records show that periods of gradual cooling are terminated by ABRUPT WARMING EVENTS, with the coldest periods coinciding with the deposition of ice-rafted debris (so-called Heinrich events) throughout the North Atlantic. Heinrich events are thought to be a signature of massive iceberg discharges owing to collapse of the Laurentide ice sheet; Bond et al.5 have proposed that the decrease in meltwater flux following collapse and retreat of the ice sheet enhanced the ocean's thermohaline circulation (THC), thereby increasing advection of heat from the tropics and giving rise to abrupt climate warming. Here we test this idea using a simple ocean model coupled to a model of a periodically surging ice sheet. We find that massive discharges of icebergs first stop the thermohaline circulation because of the consequent freshwater influx, (LIKE THE 60's and 70's era GSA did) cooling the North Atlantic region. (just like the GSA did) This is followed by a rapid restart of the circulation, leading to abrupt warming. Thus our model can reproduce the qualitative features of the climate oscillations seen in the ice-core and ocean records.

PREVIOUSLY PUBLISHED: " studies on two deep Greenland ice cores have shown that a long series of climate oscillations characterized the late Weichselian glaciation in the North Atlantic region, and that the last glacial cold period, the Younger Dryas, ended ABRUPTLY 10,700 years ago. Here we further focus on this epoch-defining event, and present detailed heavy-isotope and dust-concentration profiles which suggest that, in less than 20 years, the climate in the North Atlantic region turned into a milder and less stormy regime, as a consequence of a rapid retreat of the sea-ice cover. A warming of 7 °C in South Greenland was completed in about 50 years. (W. Dansgaard, J. W. C. White & S. J. Johnsen)

A study currently published in Nature Climate Change, scientists estimated that 1.7 billion metric tons of carbon were lost from Arctic permafrost regions during each winter from 2003 to 2017. Over the same span, an average of 1 billion metric tons of carbon were taken up by vegetation during summer growing seasons. This changes the region from being a net “sink” of carbon dioxide—where it is captured from the atmosphere and stored—into being a net source of emissions. REPEAT PERMAFROST is net SOURCE of CO2 emissions." ..."Scientists have estimated that permafrost stores more carbon than has ever been released by humans via fossil fuel combustion."

Previously published climate scientists showed that... "A Persistent Positive North Atlantic Oscillation Mode Dominated the Medieval Climate Anomaly" (yes, the same THC currents mentioned above were found to be the cause of the Medieval Warm Period, as you can see below, this leads us into the next ICE AGE) VALÉRIE TROUET, JAN ESPER, NICHOLAS E. GRAHAM, ANDY BAKER, [...], AND DAVID C. FRANK+1. Authors Info & Affiliations SCIENCE 3 Apr 2009 Vol 324, Issue 5923 pp. 78-80 DOI: 10.1126/science.1166349. The Medieval Climate Anomaly (MCA) was the most recent pre-industrial era warm interval of European climate, yet its driving mechanisms remain uncertain. We present here a 947-year-long multidecadal North Atlantic Oscillation (NAO) reconstruction and find a persistent positive (THC Acceleration) NAO during the MCA. Supplementary reconstructions based on climate model results and proxy data indicate a clear shift to weaker (THC Deceleration) NAO conditions into the Little Ice Age (LIA). Globally distributed proxy data suggest that this NAO shift is one aspect of a global MCA-LIA climate transition that probably was coupled to prevailing La Niña–like conditions amplified by an intensified Atlantic meridional overturning circulation during the Medieval Warm Period.

Large decreases in Atlantic meridional overturning circulation accompanied every one of the cold Northern Hemispheric stadial events that occurred during the heart of the last glacial period. These events, lasting on average around 1000 years each, have long been thought to result from changes in deep ocean circulation. Henry et al. used a suite of geochemical proxies from marine sediments to show that reductions in the export of northern deep waters occurred before and during stadial periods (see the Perspective by Schmittner). This observation firmly establishes the role of ocean circulation as a cause of abrupt glacial climate change during that interval. Science, this issue p. 470; see also p. 445 Abstract The most recent ice age was characterized by rapid and hemispherically asynchronous climate oscillations, whose origin remains unresolved. Variations in oceanic meridional heat transport may contribute to these repeated climate changes, which were most pronounced during marine isotope stage 3, the glacial interval 25 thousand to 60 thousand years ago. We examined climate and ocean circulation proxies throughout this interval at high resolution in a deep North Atlantic sediment core, combining the kinematic tracer protactinium/thorium (Pa/Th) with the deep water-mass tracer, epibenthic δ13C. These indicators suggest reduced Atlantic overturning circulation during every cool northern stadial, with the greatest reductions during episodic Hudson Strait iceberg discharges, while sharp northern warming followed reinvigorated overturning. These results provide direct evidence for the ocean’s persistent, central role in abrupt glacial climate change.

Two currently publishing scientists are under fire from the IPCC for going against the agenda for publishing this: AUGUST 13, 2023 Atlantic collapse: Q&A with scientists behind controversial study predicting a colder Europe. Th Atlantic Ocean circulation is the weakest it's been in at least 1,600 years.

Recently scientists have noticed a cold blob, also known as the North Atlantic warming hole, in a patch of the North Atlantic around southern Greenland — one of the only places that's actually cooling on the planet. The fact that climate models predicted this lends more evidence that it is indicative of excess Greenland ice melting, more rainfall and a consequent slowdown of heat transport northward from the tropics.

A big thank you to Tommy Boudreaux whomever you are.