Trumpet Number Four, as described in Revelation 8:12, states:

“The fourth angel sounded his trumpet, and a third of the sun was struck, a third of the moon, and a third of the stars, so that a third of them turned dark. A third of the day was without light, and also a third of the night.”

If this prophecy were to be interpreted literally, the following effects could happen to Earth:

1. Drastic Temperature Drop – With less sunlight reaching Earth, global temperatures would decrease, potentially leading to extreme cold in some regions.
2. Disrupted Weather Patterns – The change in heat distribution could result in chaotic weather patterns, stronger storms, and unpredictable climate shifts.
3. Reduced Photosynthesis – Less sunlight means plants would struggle to grow, leading to food shortages and potential agricultural collapse.
4. Human and Animal Impact – Many species rely on circadian rhythms tied to the light cycle; disrupting these could cause confusion, migration shifts, and behavioral changes.
5. Psychological Effects – Darkness can increase anxiety, fear, and depression, affecting societies worldwide.

(We add it literal people!)

From a scientific perspective, if one-third of the light from the sun, moon, and stars were suddenly removed, Earth would experience significant climate and environmental changes. Here’s what could happen:

1. Temperature Drop & Global Cooling

• A 33% reduction in sunlight would lead to lower global temperatures.
• Similar to volcanic eruptions (e.g., Mount Tambora in 1815, which led to the “Year Without a Summer”), reduced solar radiation would likely cause widespread cooling.
• Some regions might experience mini ice-age conditions, with increased snowfall and frozen bodies of water.

2. Agricultural Collapse & Food Shortages

• Plants rely on photosynthesis, which depends on sunlight. Less light means weaker crop growth, lower food production, and possible mass starvation.
• Ecosystem disruptions: Plants at the base of the food chain would struggle, affecting herbivores and then predators.
• Oceans would suffer: Phytoplankton (tiny ocean plants) also need sunlight. A decline in phytoplankton would impact fish populations and disrupt marine life.

3. Extreme Weather & Atmospheric Changes

• Sunlight drives wind patterns, ocean currents, and weather systems. A 1/3 reduction would make weather more erratic, potentially causing:
  • Stronger storms due to imbalanced heating.
  • More extreme winters in higher latitudes.
  • Drier conditions in some areas due to reduced evaporation.

4. Impact on Human Health & Behavior

• Less daylight affects mental health, leading to higher rates of depression (Seasonal Affective Disorder – SAD).
• Disrupted sleep cycles: With less light, the body’s natural circadian rhythm could be thrown off, leading to sleep disorders.
• Increased energy demand: More artificial lighting and heating would be needed, straining power grids and increasing fossil fuel use.

5. Potential Long-Term Effects

• If this event were sudden, many species might struggle to adapt, leading to mass extinctions.
• If prolonged, Earth could enter a long-term cooling period similar to the “Little Ice Age” (1300–1850 AD).
• Some scientists compare such a scenario to nuclear winter, where dust and debris from explosions (or volcanic ash) block sunlight, leading to global cooling.

Would you like a deeper breakdown of any specific effects

Got it! Let’s focus purely on what would happen scientifically if one-third of the light from the sun, moon, and stars disappeared, without bringing in volcanoes or historical climate events.

1. Temperature Drop & Global Cooling

• The sun provides 99.9% of Earth’s energy, so cutting one-third of sunlight would mean an immediate temperature drop.
• Average global temperatures could drop by several degrees Celsius over time, making some areas significantly colder.
• Nights would be colder because less heat would be stored during the day.

Result: Some regions may see extended winters, while tropical areas become milder but more unstable.

2. Agriculture & Food Production Collapse

• Photosynthesis slows down, meaning crops grow weaker or fail altogether.
• Grains, vegetables, and fruits would produce lower yields, causing food shortages.
• Livestock and wild animals relying on plant-based diets would struggle to find food.
• Oceanic plant life, like phytoplankton, would also decline, impacting fish populations and marine ecosystems.

Result: Global famine risk increases as food supply chains break down.

3. Atmospheric & Weather Disruptions

• The sun powers weather patterns, so with less heat, the system becomes chaotic and unstable.
• Less heat means weaker winds, which can disrupt ocean currents and rainfall patterns.
• Some regions would get less rain, causing droughts, while others might get stronger storms due to uneven heat distribution.

Result: Some areas dry up, while others flood or experience unexpected storms.

4. Human & Animal Biological Impact

• Humans and animals rely on the circadian rhythm, which is controlled by sunlight. Less light can cause:
  • Increased fatigue & insomnia due to disrupted sleep cycles.
  • Higher rates of depression & anxiety (similar to Seasonal Affective Disorder).
  • Vitamin D deficiency, leading to weaker immune systems and brittle bones.
• Nocturnal animals would also be affected since moonlight and starlight are reduced, impacting hunting and migration patterns.

Result: Health problems rise, and ecosystems start breaking down as species struggle to adapt.

5. Energy Demand Surge & Economic Impact

• With less daylight, societies would use more electricity for lighting and heating, causing power shortages and higher energy costs.
• Colder temperatures would increase demand for heating in homes, which could strain energy grids and raise fuel consumption.
• Transportation & navigation at night would be harder with dimmer moonlight and starlight, affecting shipping, aviation, and even space missions.

Result: Power shortages, increased living costs, and disrupted industries worldwide.

Final Summary

If one-third of Earth’s light disappeared, here’s what would happen:
✅ Colder temperatures worldwide
✅ Food shortages due to failing crops and ecosystems
✅ Unstable weather patterns (droughts, stronger storms, disrupted winds)
✅ Health problems (sleep disorders, depression, weakened immune systems)
✅ Power grid failures & economic struggles

Would you like to explore how societies might adapt to these changes? 🚀

Seasonal Affective Disorder (SAD) is a type of depression that occurs due to changes in sunlight exposure. It usually happens during the fall and winter months when daylight hours are shorter, but if one-third of Earth’s light disappeared, it could become a year-round problem for many people.

How Does SAD Happen?

SAD is caused by disruptions in the body’s natural biological clock (circadian rhythm) and brain chemistry due to reduced exposure to sunlight. This leads to:

1. Lower Serotonin Levels

   • Sunlight helps regulate serotonin, a brain chemical that affects mood.
   • Less sunlight = lower serotonin, leading to depression, fatigue, and irritability.

2. Higher Melatonin Production

   • Darkness triggers melatonin, the hormone that makes you sleepy.
   • With less daylight, the body might produce too much melatonin, causing constant tiredness and difficulty waking up.

3. Disrupted Circadian Rhythm

   • The body relies on sunlight to regulate its internal clock.
   • Less light confuses the body, making people feel sluggish, unmotivated, and mentally foggy throughout the day.

Symptoms of SAD

If one-third of the sun’s light disappeared, people might experience:

✔️ Extreme fatigue (always feeling tired)
✔️ Difficulty concentrating (“brain fog”)
✔️ Increased sleep but still feeling exhausted
✔️ Low motivation and lack of energy
✔️ Depression, sadness, or mood swings
✔️ Craving carbs & weight gain
✔️ Less interest in social activities

Who Would Be Most Affected?

• People in northern regions (e.g., Canada, Scandinavia, Russia) already experience long dark winters, so they would struggle even more.
• Those who work indoors or have limited access to sunlight would have higher risk of SAD.
• The elderly and people with mental health conditions might be more vulnerable.

Can SAD Be Treated?

If one-third of the light disappeared permanently, people would need to adapt. Possible solutions include:

✔️ Artificial Light Therapy – Special bright light lamps can mimic sunlight and help regulate serotonin and melatonin.
✔️ Vitamin D Supplements – Sunlight helps the body make Vitamin D, which affects mood and immune health. Without enough sunlight, supplements would be necessary.
✔️ More Outdoor Time – Even with reduced sunlight, exposure to any natural light would help regulate circadian rhythms.
✔️ Exercise & Diet – Staying active and eating a balanced diet can help reduce SAD symptoms.

Final Thought

If one-third of the Earth’s light vanished, Seasonal Affective Disorder (SAD) could become a global crisis, affecting mental health, productivity, and overall well-being. Societies would need to rely on technology, medicine, and lifestyle changes to cope.

Clevor Trevor’s thoughts – Its going to be tough and rough.

Going to need a massive plan(s) & holy Faith to get through this. Holy Faith is gained by praying in the Holy Ghost. As you pray to the Father in the Holy Spirit speaking in tongues. Jude 20-21