No heat waves

Золото течёт Gold flows

Incredible! The natural sound you captured was the missing ingredient from many other videos. The volcano is alive and has it's own sounds and I heard them and it was an amazing experience. I will never be able to visit Iceland to see and hear the eruption, but you brought it alive in your video and I sincerely thank you for this. 🔥🔥🔥

it make me realise how fragile we are, great footage thank you

👍

@@reflexo2902 Indeed death same as life has its own beauty. Amazing experience tho only when it's melting rocks and not flesh

Linq Heydi Jimenez

Breathtaking.

me too.

TOP DE MAIS

Bgtvsuknusa.

Liquid stone - so amazing! Can’t get enough!

Freezing? More like Molten rock..

@@Ken-mt9eg The red glowing stone is liquid and the darker is stone just frozen, isn't it? Because the sound which is very white noise, remembers me of a million of snow flakes build from glas, I had the idea that the sound we hear is frozen stone crushing again. May be wrong ...

On Twitter in german language I said: Unglaublich weisses Rauschen von flüssigem Stein, der einfriert im Fall. Wie Millionen kleiner Schneeflocken aus Glas hört es sich an.

No u missed the point fellow : it's the sound from a chicken breeding farm. Nice guess that said.

and inane music

Our GOD is an awesome GOD!

@@arrom2116 Come on man.... lol

Brava

Вот умреш тебя поместят в ад и будеш любоваться

@@user-wo7ju8vq6p откуда инфа? 😁

"as opposed to irrelevant music" - yes. Junk music is a sad addiction in some people's brains.

​@@LaurieWilliams-lk8fc okay superior human

Assistindo do Brasil, a natureza e seus espetáculos de tirar o fôlego.

Earth has a molten center due to tidal flexing, caused by both the moon and the sun as well as earths rotation. The moon and sun's gravity have a teeny amount of pull on everything on our planet. As the earth spins on its axis, different parts of the earth are pulled towards the moon and sun. You can see this clearly with the ocean tides as they go in and out twice a day. Well, the oceans aren't the only thing that gets pulled. *Everything* on our planet gets pulled a little bit, so when massive amounts of rock under enormous pressure get pulled and squeezed twice a day, they rub against each other and that rubbing causes friction. Friction causes heat, and because the heat is insulated, it continues to build and build, until its hot enough to start melting the rocks. It's interesting to think that the energy which created the lava & magma is from gravity and earths rotation. If you look at other moons and planets, you can see similar patterns. A few moons orbiting jupiter are exceptionally volcanic. Mars is a planet which used to be volcanic billions of years ago, but whatever moons where causing its tidal flexing are long gone today, leaving it a dormant planet with no magnetic field. The lack of magnetic field on mars caused a lot of its atmosphere and water to gradually get stripped away by the solar wind. In a way, the loss of its ancient moon probably doomed the planet to become barren as it is now... It could probably be argued that life may not have been possible on our planet without a moon.

@@slayemin I agree! For the most part. Although I understand that radioactive heating played a part in the Iron Catastrophe that helped with early planetary differentiation, and that the moons effects are getting weaker as it moves away, so the core is slowly cooling. The actions of the moon/earth interactions also drive plate tectonics (and vulcanism). Without both, the earth would become a shallow ocean world without higher life forms, as many of the important minerals for life would be locked up in sediments under water. Here is a list I made of things that allow for life on earth. up to 19 so far. Some are remembered from a book I read in middle school, and others added as I learned them. While the universe may be full of life, Earth has many things that make life as we know it possible. It has been many years since I learned this in middle school, so please be forgiving of my memory and any errors. 1: OUR STAR: Having a long-lived stable star that does not have major or quick changes in intensity and energy output yet puts out enough energy to have a goldilocks zone far enough away from the star to not become tide locked (like Earth’s moon). 2: OUR STARS AGE AND BIRTH: Our star and solar system was formed from clouds of matter that had all of the elements needed. These elements were created from matter created by fusion in earlier stars that "died". Our star has also been stable for long enough for life to evolve. 3: OUR STAR IS RELATIVELY ALONE: Our star is not a binary and does not have other very close neighbors that would affect earth’s orbit and our stars stability, or any neighbors who went supernova. It is also in a relatively safe part of the galaxy (far from black holes, and other stellar creatures that go bump in the night) 4: OUR PLANETS ORBITAL SHAPE: Existing in the goldilocks zone is just part of it. Having a stable orbit that is not too elliptical to create major heat/cold cycles. 5: OUR PLANETS ORBITAL DECLINATION: Earth orbits on the plane of the elliptic with the rest of the planets. While I do not remember all of the reasons this is important, I do remember that that it had to do with other planets effects on our orbit are more consistent, as a polar orbit would not be stable. It also puts earth in the area cleared of asteroids and comets by the large outer gas giants. 6: OUR PLANETS ORBITAL DISTANCE FROM THE SUN: This of course references the goldilocks zone of liquid water. It also effects the amount of harmful radiation the Earth receives. 7: OUR PLANETS ROTATIONAL PLANE: Earth rotates in roughly the same plane as its orbit. This allows for our day/night cycle to exist. 8: OUR PLANETS AXIAL TILT: This ties into the rotational plane. Earths small but significant axial tilt allows for our seasons. This helps distribute energy throughout the biosphere and prevents the polar regions from completely freezing over. Having a larger axial tilt would negate our rotational plane advantages. 9: OUR PLANETS ROTATIONAL SPEED: Our planet spins fast enough to provide the energy for the rotation of our core to create a magnetic field, and to stabilize temperature swings. If the earth had a slow rotation speed, the side away from the sun would freeze, and the sunward side would boil away. 10: OUR PLANETS SIZE AND DENSITY: Our planet is large enough to have enough gravity to help keep most gases from escaping, but just low enough to allow orbital escape (Think Rocket Equation) While not being able to escape our planets gravity well is not necessarily important to life, the higher levels of heavy elements such as iron are. 11: OUR PLANET HAVING THE RIGHT AMOUNT OF RADIOACTIVE ELEMENTS: Earth has enough radioactive elements to create the Iron Catastrophe. This made the early Earth hot enough to melt iron and allowed the planet to differentiate itself into our nickel iron core, the mantle, and the crust. Yet it was not so radioactive that it caused the buildup of excessive decay products like lead and other heavy metals, and high levels of radioactivity that would interfere with higher life forms. 12: OUR PLANETS MAGNETIC FIELD: Having a magnetic field protects earth’s atmosphere from being stripped away and protects life from much of the harmful extraterrestrial radiation. Without this protection, most of our atmosphere and water would have been boiled and stripped away. (think of Mars) 13: OUR PLANETS LARGE NICKEL IRON CORE: Having a large nickel iron core that rotates faster than the rest of the planet is what helps create the dynamo that powers Earth’s magnetic field. 14: OUR PLANETS LARGE LIQUID NICKEL IRON CORE LAYER AROUND THE SOLID CORE: Having a liquid section of the nickel iron core that surrounds the solid nickel iron core allows the inner core to rotate faster than the rest of the planet and helps create the dynamo that powers Earth’s magnetic field. 15: OUR PLANETS MANTLE AND CRUST COMPOSITION: The Earth’s mantle is composed of minerals with the right plasticity to bend and stretch (0.3 Poisson’s ratio, about the same as piano wire). This allows for the mantle to circulate along with the crust material to move about on top of it causing plate tectonics. 16: OUR PLANETS PLATE TECTONICS AND VOLCANOES: Plate tectonics and their accompanied volcanoes drive the planets carbon and mineral cycle. Without plate tectonics and volcanoes, Earth would be a shallow ocean world unable to support most higher lifeforms, as most minerals needed for life would be locked up under the sea as the solid land eroded into the bottom of the ocean instead of being continually recirculated. And after the core solidified and the magnetic field decayed, the atmosphere would be stripped away by the solar winds produced by the sun. The oceans would start to boil as the pressure dropped, and then most volatile liquids would be stripped from the surface. (again, Mars) 17: OUR PLANETS LARGE MOON: Having such a large moon in relation to the Earth’s size is what helps keep our nickel iron core molten, and drives plate tectonics, as its continual flexing of the Earth (tides of water and land) imparts heat energy into the earth as rotational energy is converted to heat. This is what causes longer days over time as the rotational energy is converted to heat and material movement. It also helps the crusts movements over the mantle. 18: OUR PLANETS LARGE AMOUNT OF WATER: Having such a large amount of water helps with stabilizing our climate, and of course, is very important in supporting life as we know it. This is posited to possibly come from impacts with one or more large comets. 19: OUR SOLAR SYSTEMS LARGE GAS GIANTS: Having these large gas giants in our outer solar system serves to clear out asteroids and comets that would become planet and life killers. Yet having the right sort of impacts with the right sort of bodies early in Earth’s existence most likely gave us our moon and our abundant water. That is all I can remember for now, as I am tired, and it is past my bedtime. But this was fun to try and pull up from memory all the things that make Earth special. If you can fill in, or correct my knowledge, and have read this far, please reply with it.

@@GoCoyote Wow, what an amazing post. I can't begin to express how much I loved reading it. It makes me wonder though: How much variability can be had in all of these factors until a planet cannot support life anymore? For example, our axis is at 23.5 degrees tilted from the sun, but what is the +/- range a planet could have before it is no longer suitable? How would that factor potentially change if you increase the orbital distance away from the star? I've also wondered about our day/night cycle. We do a full revolution every 24 hours and our biological physiology has evolved to adapt to this periodicity, to the point that pretty much every living thing has a circadian cycle with a rest period which roughly lasts for the duration of an 8-10 hour night cycle. But, what if our planet happened to revolve faster or slower? What if we had a 30 hour day or a 15 hour day? Would we have evolved to need more or less sleep as well? Or is there a maximum limit in which an organism can be awake before it needs to sleep? (This may eventually be problematic if humans colonize other planets with different rotational periods) The other factor which has been really important to the flourishing of life has been the chemical composition of our planet and its atmosphere. Billions of years ago, there wasn't nearly as much oxygen on Earth. If I recall correctly, we had lots and lots of CO2. One of the first life forms to flourish was some sort of phytoplankton which did photosynthesis to consume and convert the abundant CO2 into O2, gradually converting our atmospheric composition to become more oxygen rich, leading the way for other life forms to evolve. We're very lucky that we don't have high abundances of acids in our atmosphere (venus took most of the sulfuric acid by the looks of it). But, I imagine that other planets similar to ours won't have our exact same chemical composition, so what we call "life" may have evolved and adapted to look very different on those other planets (or maybe not even exist!). Makes me wonder how sensitive life is to the chemical composition of a planet? Anyways, I imagine that the list of suitable factors for supporting life on our planet are vital, but I think there's going to be some wide and narrow goldilocks zone thresholds for each factor. The amount of variability allowable in each factor is probably unknowable until we start to find other planets supporting life in our galaxy, but that certainly won't happen in our lifetimes. Anyways, thanks for the reply, it was a delight to read.

I second that. I have been called names because of that.

هذا غضب الله عليكم