BABY, ITIS TOO HOT TO HANDLE, AND IT IS ONLY GOING TO GET WORSE.
by VERN BENDER | Feb 2, 2026 | ABRAHAM, Anastasia vonDerau, BENDER., C S LEWIS, COMMUNISM, DESIGNER, Designer & Creator, EXISTENCE EXPLAINED, HITLER, ISREAL, KRUSENECK, OPEN BORDERS, QUANTUM ENTANGLEMENT, quantum information, Science & Christianity, STEPHEN MEYER, THE BATTLE IS NEVER OVER, www.vernbender.com, www.vernbender.com |

- BABY, IT IS TOO HOT TO HANDLE, AND IT IS ONLY GOING TO GET WORSE.
- The last ice age was extended by the Younger Dryas event.
- The Younger Dryas was a period in Earth’s geologic history that occurred circa 12,900-11,700 AD. It is primarily known for the sudden cooling in the Northern Hemisphere, which occurred when the North Atlantic cooled, and for annual air temperatures decreasing by ~3° over North America and Europe.
- The Southern Hemisphere experienced warming. This period ended as rapidly as it began, with dramatic warming over ~50 years, the transition from the glacial Pleistocene epoch into the current Holocene.
- The Younger Dryas onset was not fully synchronous; in the tropics, cooling was spread over several centuries, and the same was true of the early Holocene warming.
- The rise and fall of great past civilizations have often been closely linked to changing climatic conditions. This link is supported by the crucial importance of regular agricultural production at these times, which is highly sensitive to climatic conditions, particularly water availability.
- Humans have caused much of the global warming this time.
- A runaway greenhouse effect occurs when greenhouse gases accumulate in the atmosphere through a positive feedback cycle that substantially blocks outgoing infrared radiation, thereby greatly increasing the planet’s temperature.
- Human causes: First Industrial Revolution. Coal, railroads, and land clearing increase greenhouse gas emissions, while improved agriculture accelerates population growth.
- It would become a runaway greenhouse effect if the rising temperature approached the boiling point of water, because the oceans would then begin to vaporize. The water vapor would increase the effectiveness of heat trapping and accelerate the greenhouse effect. This would cause the temperature to rise further, thus causing the oceans to evaporate faster, etc., etc. (This type of runaway is also called a “positive feedback loop.”) When the oceans were gone, the atmosphere would finally stabilize at a much higher temperature and density because all the water would be in the atmosphere.
- The effects of climate change are threat multipliers for poverty, conflict, and gender inequality.
- One of the top causes of most global hunger crises is climate change.
- More than 80% of all natural disasters in the last decade were related to climate change.
- Climate change has adversely affected physical and mental health worldwide.
- Human actions, such as burning fossil fuels and deforestation, are rapidly driving global warming and changing the climate.
- Climate change causes biodiversity loss, ecosystem disruption, ocean acidification, and threats to human health.
- Solutions include adopting renewable energy, boosting energy efficiency, protecting natural ecosystems, and advocating for strong climate policies.
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- A FEW GLOBAL FACTS:
- 56 million years ago, the Earth experienced rapid global warming.
- THERE ARE 7 major tectonic plates. They move contents around. (WE STARTED WITH ONE, NOW WE HAVE)
- THE GLOBAL LAND MASS STARTED WITH 1 CONTINENT; NOW WE HAVE 7.
- THERE HAVE BEEN 5 MAJOR GLOBAL LIFE EXTINCTIONS: The “Big Five” major mass extinctions in Earth’s history (spanning roughly the last 500 million years) .
- The Ordovician-Silurian, Late Devonian, Permian-Triassic, Triassic-Jurassic, and Cretaceous-Paleogene events.
- These events, driven by volcanic activity, climate change, sea-level drops, and asteroid impacts, resulted in the loss of 75-96% of species.
- 1938—Proof that global temperatures are rising.
- 1958—CO₂ levels are rising, and fossil fuels are to blame.
- Mass Extinctions and the Tree of Life over Geologic Time.
- 1967—Earth’s changing climate was modeled for the first time.
- The five major Phanerozoic mass extinctions reduced biodiversity. The “Big Five” major mass extinctions in Earth’s history (spanning roughly the last 500 million years) are the Ordovician-Silurian, Late Devonian, Permian-Triassic, Triassic-Jurassic, and Cretaceous-Paleogene events. These events, driven by volcanic activity, climate change, sea-level drops, and asteroid effects, resulted in the loss of 75-96% of species.
- Mass extinctions were first identified by the obvious traces they left in the fossil record. Within the strata corresponding to these times, the lower, older rock layer contains a high diversity of fossil life forms, whereas the younger layer immediately above is depauperate. Horseshoe crabs survived five mass extinctions.
- 5 KNOWN ICE AGES, ONE COVERED THE GLOBE.
- We have been around for 300,000 years. 98% of it is not recorded, and 2% is recorded. It has taken 294,000 years for our coding to complete God’s design and become the finished entity. Strive to go to Heaven and stay away from hell; both are open-ended. You are free to choose.
- . Do you know what I mean?
- Every picture tells a story, does it not?


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