
Daniel Roland Anderson
26.1K posts

Daniel Roland Anderson
@DRolandAnderson
Trader working on my edge, Geopolitics, Generational Theory/4th Turning, Natural Law, Eurodollar system, Dollar Milk Shake, ECLET, HIIT.




.@SecScottBessent: "Greenland is essential to the U.S. national security... President Trump is being strategic. He's looking beyond this year, he's looking beyond next year, to what could happen for a battle in the arctic. We are not going to outsource our national security."


Your vagus nerve is built by nature to be asymmetric on the right and left side. The right side clears the hemisphere containing perception and higher order sensory integration. The left side hits speech, higher order thinking, and executive function. So it turns out, using simple effects can help the decentralized clinician figure out where the vagal exhaust is blocked. Is it in Mecke'l's cave, Foramen of Lushka, or the jugular foramen? Might it be the floor of the fourth ventricle by the foramen of Magendie? The practice of medicine often comes full of surprises. This case study I am going to share with you from my time a neurosurgeon became a biophysical "Rosetta Stone" for the entire thesis I am sharing with you now. It connects the prenatal environment, anatomical anomalies, and isotopic loading into a single coherent narrative of Vagal Stall. By placing a Vagal Nerve Stimulator (VNS), I didn't just "treat" a seizure; I manually re-established the "Dynamic Stator" for a system that was physically and isotopically locked. It would have never happened unless a young twenty year old said yes to a less invasive new procedure that hit the market early in my neurosurgery career. TOURETTE'S SYNDROME (TS) This disease has always fascinated me because I has a patient with it that I cured from it by accident. ---> patreon.com/posts/cpc-85-t… I have 20 slides I show people to ask them what they see. Their answer help explain where the KIE affect is on their neocortex. Then we can direct treatment.


BREAKING: Nikki Haley’s Indian son “Nalin” is expected to replace Nick Fuentes, according to the Bari Weiss-owned Free Press.



Be Like Poland 🇵🇱














Be Like Poland 🇵🇱








The El Niño Index and Shifting Baseline Syndrome The background warming effect is additive. The Oceanic Niño Index (ONI) is calculated against a rolling 30-year climatological baseline, which is updated every 5 years. This means rising background SSTs are partially subtracted out of the anomaly — so the raw warming signal is actually being suppressed in the index. The “true” intensity of future events relative to a fixed historical baseline would be even larger than the ONI suggests. How the baseline works The ONI measures the SST anomaly in the Niño 3.4 region relative to a 30-year climatological mean, currently 1991–2020. Every 5 years NOAA updates that baseline to incorporate the most recent 30-year period. The next update will shift to 1996–2025 as the reference period. The suppression effect Because background tropical Pacific SSTs are rising due to anthropogenic warming, each successive baseline period is warmer than the last. When you calculate an anomaly against a warmer baseline, the resulting anomaly is smaller than it would have been against an older, cooler baseline. Consider a simplified illustration: • A future El Niño peaks at an absolute Niño 3.4 SST of, say, 30.0°C • Against the 1991–2020 baseline mean of 27.0°C → anomaly = +3.0°C • Against the 1996–2025 baseline mean of 27.3°C → anomaly = +2.7°C • Against a hypothetical 2001–2030 baseline of 27.6°C → anomaly = +2.4°C Same absolute ocean temperature, meaningfully different ONI values depending on which baseline you use. The index is effectively a moving target. Why this matters for the shifting baseline trend Looking back at the last four “Super” events: Season Peak ONI Approx Baseline Era 1972–73 +2.12°C 1941–1970 1982–83 +2.23°C 1951–1980 1997–98 +2.40°C 1961–1990 2015–16 +2.75°C 1981–2010 Each event was measured against a progressively warmer baseline. So the apparent upward trend in ONI values is actually conservative — it understates the true intensification because each successive event is being penalized by a warmer reference period. If you recalculated all four events against the original fixed 1941–1970 baseline, the later events would look even more anomalous than the ONI record suggests. The practical implication A future event that registers, say, +3.2°C ONI against the 2001–2030 baseline might represent the same or greater absolute ocean heat content anomaly as a hypothetical +3.8°C event measured against the 1941–1970 baseline. This means: • The ONI is becoming a less sensitive detector of extreme El Niño intensity over time • Real-world impacts — which respond to absolute SSTs, not anomalies — will increasingly outpace what the index implies • The path to a possible +4.0°C ONI event is actually harder to reach than it would have been historically, even if the underlying physical intensity is getting there This is somewhat analogous to the challenge in global mean surface temperature tracking — the warming signal is real, but the metrics used to capture it are themselves embedded in a shifting baseline that can obscure the full magnitude of change. It’s one of the quieter but more important tensions in operational climate monitoring. Below: The “true” absolute intensity of El Niño as of April 30, 2026. Credit: Craig Tindale












