We look at sea level across deep time. We start near 20,000 years ago at the Last Glacial Maximum. Sea level sat about 120 to 140 m lower than today. Ice sheets stored vast water mass on land.
◉ Post Glacial Rise 20 ka to 7 ka
▪ Rapid warming followed orbital forcing. Ice sheets lost mass. Meltwater entered oceans at high rates.
▪ Meltwater Pulse 1A near 14.6 ka raised sea level about 15 to 25 m within a few centuries. Rates exceeded modern values by orders of magnitude.
▪ Oceans absorbed heat and mass. Shorelines migrated inland worldwide.
⇢ This phase reflects natural ice melt and ocean filling. No industrial forcing existed.
◉ Stabilization 7 ka to pre industrial era
▪ Major ice sheets reached near modern volume.
▪ Sea level rise slowed to millimeters per year or less.
▪ Regional vertical land motion shaped local records through isostatic rebound and subsidence.
⇢ The system approached equilibrium under Holocene boundary conditions.
◉ Human Era in Context
▪ The industrial era spans about 150 years. This equals less than 0.01 percent of the post glacial interval.
▪ Observed rise during this brief window sits within the long natural recovery range following deglaciation.
⇢ Time scale matters. Short records distort perception of drivers.
◉ Earth Enthalpy as the Core Driver
▪ Sea level responds to Earth system enthalpy. This includes ocean heat content, ice latent heat, and solid Earth heat flux.
▪ Oceans store over 90 percent of mobile heat. Thermal expansion raises sea level without mass addition.
▪ Ice melt converts latent heat to sensible heat. Water moves from land to ocean basins.
▪ Tectonic and geothermal flux alter basin volume over longer spans.
⇢ Sea level follows total energy balance, not single atmospheric components.
◉ Geological Evidence
▪ Coral terraces from Barbados, Tahiti, Huon Peninsula record rapid natural rise.
▪ Sunda and Vietnam shelves map flooded lowlands.
▪ Sediment cores show stepwise transgressions aligned with melt pulses.
⇢ Independent archives converge on natural causation.
◉ What We Learn
▪ Sea level is a slow integrator of planetary energy.
▪ Large rises occurred before modern society.
▪ Oceans and ice dominate the response through enthalpy exchange.
⇢ Our planning must respect long natural rhythms and the primacy of ocean heat and water mass.
We act best when we frame present change inside full Earth history.
Today, exaggerated climate alarmism shapes perception and policy. Coercive green ideology imposed on poor nations functions as corporate colonialism.
Through resource extraction, debt traps, land grabs, and by corrupting dictators under weak leadership, the affluent financial powers fund their corporate allies to exploit while framing humanity as its own enemy, totrade.co/rome, deepen banking and corporate dependency, driving division, inequality, poverty, and conflict by pretending to save the planet, totrade.co/st
Hansenism frames CO₂ as the main driver of climate, hiding declines and pushing the “Hockey Stick” myth: totrade.co/hs.
Ignored are Galactic Cosmic Rays, ultra-energetic particles shaping clouds and storms: totrade.co/gc. Earth’s atmosphere is N₂ (~78%), O₂ (~21%), H₂O (~0–4%), Ar (~0.92%)—not CO₂.
The Sun, 1.3M times larger than Earth, drives climate through fusion, rotation, seasons, day–night cycles, sunspots, and solar energy reaching the surface.
CO₂ is only 0.04%—inert, odorless, plant food—while real forces are the Sun and GCRs... totrade.co/hs.
CO₂ is only 0.04% of the atmosphere—an inert trace gas. The real drivers are solar and infinite cosmic forces shaping Earth’s climate and interior.
• CO₂ Radiative Forcing: ~2 W/m² (nearly invisible on Sun Energy scale)
• Sun Energy Output: ~3.8 × 10²⁶ W (nearly invisible on GCRs Energy scale)
• GCRs Energy Flux: Infinite orders of magnitude beyond CO₂ and even the Sun, influencing entire galaxies
Galactic Cosmic Rays (GCRs) are infinite ultra high-energy particles originating from supernovae and other cosmic events, traveling at nearly the speed of light, arriving in massive waves with wavelengths measured in millennia.
Unlike a pebble’s ripples in a pond seconds apart, these waves sweep through the Solar System thousands of years apart. Their periodicity ranges from 5,000 to 35,000 years, with each crest at least 22 years thick and an 11-year peak before fading. Next peak is estimated ~2036, totrade.co/mm.
The surge of ultra high-energetic Galactic Cosmic Rays (GCRs), peak by 2036, enhance cloud seeding, especially in the mid-troposphere, where cooler temperatures prevail.
More clouds increase rainfalls, totrade.co/fl and lightning that converts atmospheric abundant nitrogen (N₂ ~78.08) and oxygen (O₂ ~20.95%) into nitrate ions (NO₃¯), totrade.co/ln
The nitrate ions are used by plants to synthesize the building blocks of proteins, essential for various functions, including growth, development, fruiting, and defense against diseases, totrade.co/fr.
The surge in nitrate ions (NO₃⁻) has boosted fruit yields across Southeast Asia: Durian yields up 30%, lychee up 161%, longan up 10.8%, mango up 22%, rambutan also up, and many fruits are also thriving such as lime, Papaya, Banana, Jackfruit, Mangosteen, Guava, Pomelo, Starfruit (Carambola), Dragon fruit (Pitaya), Passion fruit, Custard apple (Annona), Sapodilla (Chikoo), Coconut...
In rural Lao villages, fruit trees are flourishing without any human intervention. Locals often discard or sell fruits at steep discounts due to oversupply.
📽️ Proof: vt.tiktok.com/ZSBPFd8er
The surge of ultra high-energetic Galactic Cosmic Rays (GCRs) is quietly ionizing Earth’s interior.
This deep ionization disrupts the planet’s electromagnetic balance, especially within the 60-mile-thick molten layer beneath the crust. As stability weakens, this buffer shifts from a semi-solid state into a fully liquefied lubricant.
The escalating ionization, peak by ~2036, and pressure increase will trigger supervolcanic eruptions, megaquakes, and crust slippage, unleashing continent-scale supersonic wind, mega-tsunami and floods that erase cities, forests, industries, cultures, and civilizations—before the advance of global glaciation, totrade.co/ct
Problem: GCRs increase internal pressure and heat within Earth’s crust and mantle.
Solution: Use Hydroloop™ GeoLoop™ deep-cycle systems to extract Primary Water at scale. This relieves pressure and reduces heat buildup.
First Application: Export freshwater from Laos to Qatar via tankers to initiate system startup for cataclysm prevention and readiness.
Link: totrade.co/qt
The Hydroloop™ System, apart from mitigating both floods and droughts, has its primary purpose in mitigating Cataclysm. We understand in detail, through the principles of the laws of thermodynamics, the energy transfer from the galaxy to our Sun and into the internal structure of our planet. These complex and cyclical energy transformations are what cause cataclysmic events. The Hydroloop™ System main function is to release the Earth's internal pressure. Bio carbon signature validate cataclysm; totrade.co/4s
Totrade.co has entered the market with a mission to address critical global challenges such as the energy crisis, food crisis, water stress, and climate change. Through innovative projects, the company drives the transition to multi-modal clean energy, water, and transportation systems while advancing space programs. By increasing food production, enhancing land values, and supporting reforestation and desert greening, Totrade.co supports all United Nations Sustainable Development Goals (UNSDGs). Its practical approach builds confidence in the import and export of high-quality goods to ensure UGDMN delivery for partners benefits, survival, and progress.
Or view Totrade Business Executive Summary.
🔗 GCRs Science:
GCRs: totrade.co/g
Earth History: totrade.co/h | totrade.co/e
Solutions: totrade.co/s | totrade.co/p
By Inclusive Enhanced Multilateralism: totrade.co/m
Urgent Call for Investors to Action: totrade.co/ca (LinkedIn)
PDF
Business Plan: totrade.co/biz
Feasibility Study: totrade.co/pdf
PowerPoint
Business Plan: totrade.co/bp
Feasibility Study: totrade.co/cr
