I strongly recommend "Doomsday Arena". This science-fiction-doomsday crisis novel tells the story of the appearance of the Red Mist. Earth became a cruel doomsday arena. All kinds of dinosaurs, giants, magical beasts, orcs, bugs, undead, elves, and other races descended on Earth. Humans were reduced from the high and mighty rulers of Earth to prey. The protagonist had the experience of surviving in the apocalypse and focused on survival. Even if he was reborn, he would not let the tragedy repeat itself. This novel will put you in a futuristic world. The difficult road of survival for humans in the apocalypse is very attractive! I hope you like this fairy's recommendation. Muah ~😗
He recommended the book " Creature Evolution Rage ". It described how the energy from outer space approached and swept across the earth. The earth's spiritual energy surged wildly along with it. Under the soaking of the dense spiritual energy, countless creatures mutated and evolved. In this frenzy of biological evolution, humans were the last. I hope you like my recommendation. Muah!
This was the fantasy novel "Evolution from the Willow Tree". The main character of the novel, Liu Ziyu, transmigrated into a willow tree. After eating for a long time, he could evolve into an immortal creature. He was called the World Tree or the Heavenly Tree of Creation. He supported the three worlds, six paths, nine heavens and ten lands. I recommend this novel to you. I hope you like my recommendation. Muah ~
The novel I recommend to you is the Super Divine Era. It tells the story of the nine Divine Destiny Tablets breaking out of the ground, the global spiritual energy is about to recover, and the creatures on Earth are rapidly evolving and mutating. There were also many ancient ruins covered in fog around the world. I hope you like this fairy's recommendation. Muah ~😗
The red mist story is most likely not real. Such stories often exist in the realm of imagination, crafted to engage and intrigue readers or viewers without being based on actual events.
The evolution of ancient creatures was a long and complicated process. In terms of the origin of life, it was generally believed that life evolved from organic to organic chemicals. The Earth's primitive atmosphere was rich in methane, nitrogen, carbon dioxide, water vapor, and so on. Under the effect of high energy (such as violet rays, lightning, and high temperature), it first synthesized small molecular organic compounds such as fatty acid and fatty acid. These small molecular organic compounds further combined into more complex organic substances such as protein and nuclear acid under appropriate conditions. After evolution, they produced a multi-molecular system that could self-renew and had a complex structure. Primitive life was born from this. When primitive life forms without cells appeared, they were of the heterotroph type due to the lack of oxygen. From the formation of the Earth to the appearance of 3.5 billion years ago, the fossils of thread-like bacteria showed that the chemical evolution process of the origin of life occurred about 1.1 billion years after the formation of the Earth. This was a major leap in the history of Earth's evolution, which made the history of Earth enter the stage of biological evolution from the stage of chemical evolution. The birth of prokaryota was another important stage in the evolution of life. The first life forms were non-cellular. In order to ensure the exchange of materials, they formed cell membranes during evolution, and prokarytes with cell structures appeared. The emergence of cells was a major leap in the history of life. The earliest reliable fossils with cell structures were the fossilized thread-like bacteria in the Valavona group. The formation of an algae-fungus ecosystem was also a crucial step in the evolution of paleo organisms. The earliest heterotroph protocaryote bacteria on Earth had developed into the autotroph protocaryote blue-green algae, which could carry out photosynthesis and synthesize organic nutrients from organic substances. Cyanacea and bacteria were the synthesizing and decomposing organisms respectively, forming a complete ecosystem. The evolution from heterotrophy to autotrophy was a major leap in early biological evolution. Cyanacea was also the earliest oxygen releasing organism. It increased the oxygen concentration in the earth's primitive atmosphere and formed an oxygen containing atmosphere. The high-altitude oxygen layer absorbed the ultra-violet radiation and changed the ecological environment, causing organisms to change from being anoxide-loving to being oxide-loving, improving the energy metabolism efficiency. The emergence of eukaryons was the turning point of biological evolution from simple to complex. Prokaryonic cells had a simple structure and did not have a nuclear membrane or organelle. Eukaryotic cells, on the other hand, had a nuclear membrane and were divided into a nucleus and a plasma. The nucleus became the center of inheritance, and the plasma became the center of metabolism. The regeneration of the cell structure increased the variation, allowing eukaryota to develop into a high-level system. For example, the fossils of pro-nuclear blue-green algae and eu-nuclear green algae in the Baiyun of the Becker Spring Formation in California, and the fossils of green algae in the Bitter Spring Formation in Australia, which were about 1 billion years old. Green algae were the earliest organisms with eukaryons. With the appearance of eukaryons, animals and plants began to differentiate and develop. The emergence of animals formed a new three-pole ecosystem. Green plants (eukaryons and prokaryons) were producers, bacteria and fungi were decomposing, and animals were consumers. The earliest animal fossil in the history of the earth was the Edikara Fauna in Australia 600 - 700 million years ago, which was dominated by coelenterate, but from the level of animal division, it was not the original representative of animals. In the evolutionary process of ancient creatures, the emergence of each new type was a major leap. Creatures constantly adapted to the environment and expanded their living space. The evolutionary process had its origin from nothing, its branch development from small to large, and its development from low to high.
The evolutionary process of ancient creatures was long and complicated. They had gone through many important stages: 1. [Origin of Life: It is generally believed that life evolved from organic to organic chemicals.] The Earth's primitive atmosphere was rich in methane, nitrogen, carbon dioxide, water vapor, and so on. Under the effect of high energy (violet light, lightning, and high temperature), it first synthesized small molecular organic compounds such as fatty acid and fatty acid, which were further combined into more complex organic substances such as protein and nuclear acid. Finally, it produced a multi-molecular system that could self-renew and had a complex structure. Primitive life was born from this. Fossilized thread-like bacteria found in the 3.5 billion-year-old Valauna Group in Australia suggest that life originated about 1.1 billion years after the formation of the Earth. Primitive life was of the anerotroph and heterotroph types. 2. [Prokarytes appear]: The first life forms were non-cellular. In order to ensure the exchange of materials, they formed cell membranes during evolution, and prokarytes with cell structures appeared. The earliest reliable fossil with a cell structure found on Earth was the fossil of the thread-like bacteria in the Valauna group. 3. Formation of an algae-bacteria ecosystem: The earliest heterotroph protocaryote bacteria that appeared on Earth continued to differentiate and develop, resulting in the emergence of autotroph protocaryotes, blue-green algae. The blue-green algae could carry out photosynthesis to synthesize organic nutrients. Cyanacea and bacteria, as synthesizing and decomposing agents, formed a complete ecosystem. From heterotrophy to autotrophy was a major leap in early biological evolution. Cyanacea was the earliest organism that released oxygen. It increased the concentration of oxygen in the earth's primitive atmosphere and formed an oxygen atmosphere. The high-altitude oxygen layer absorbed the ultra-violet radiation and changed the ecological environment. The organism changed from being an anoxide-loving organism to an oxide-loving organism and improved the efficiency of energy metabolism. Fossilized bacteria and blue-green algae about 2 billion years old were found in the Ganflin Formation in Canada. 4. [Eukaryote Birth: The transition from prokaryota to eukaryota is the turning point of biological evolution from simple to complex.] Procaryotes had no nuclear membrane and organelle, and their structure was simple. Eukaryotes had a nuclear membrane, which was divided into a nucleus and a plasma. The nucleus became the center of inheritance, and the plasma became the center of metabolism. The regeneration of the cell structure increased the variation, allowing eukaryota to develop into an advanced system. It has been discovered that procaryotic blue-green algae and eukaryotic green algae were found in the Baiyun of the Beck Spring Formation in California, USA, about 1.3 billion years ago. Green algae were the earliest organisms with eukaryons. 5. [Animal Division and Development: With the emergence of eukaryons, animals and plants began to develop.] The earliest animal fossil in the history of the earth was the Edikara Fauna in Australia 600 - 700 million years ago, including coelenterate, annelid, arthropod, etc. From the level of animal division, it was already a later type, not the original representative of animals. The emergence of animals formed a new three-pole ecosystem. Green plants (eukaryons and prokaryons) were producers, bacteria and fungi were decomposing, and animals were consumers.
He recommended a few good novels. My 1995 Little Farm was an urban life novel written by Ye Gonghao Long A. The male protagonist, Chen Ling, brought the grotto-heaven back to 1995 and built a paradise. The first few chapters were a little harsh, but the latter chapters focused on farming. Although the author delayed the update, this book could be considered as a work of a farming god. " Daily Rebirth Cultivation " was an urban novel that was easy to write in the courtyard. A Nascent Soul failed to transcend the tribulation and was reborn in 2013. This was a book about daily life in the city under the guise of an immortal cultivator. The campus was full of youth, the main character was not arrogant, and the supporting characters were vivid. The daily descriptions were interesting. Wastepaper Bridge's " Ten Thousand Worlds Competition, I Choose Zhang Sanfeng " was also not bad. This was an infinite novel. The main character was Zhang Sanfeng. Although the title was straightforward, the content was exciting. The old author's writing style was guaranteed, and the plot was smooth and refreshing. There was also Jiang Han's " The Great Voyage of the Elves ", which was a light novel. The world view was similar to the elf language and system language of One Piece. The settings were novel, the coolness was obvious, and it was easy to watch.
There were a few novels with protagonists who led Earth to the universe, including "Starship Age: I Can Deducing Technology","The Black Technology Madman Who Saved the World","Technology Ring","Becoming a God in Marvel","Super Tycoon Begins from Farming","Starcraft of the Three Kingdoms","Dark Planet","Starry Sky Rising", and so on. Among them,"The Age of Starships: I can deduce technology" was about changing the fate of Earth's destruction and leading mankind to the supreme throne of the universe."The Black Technology Madman Who Saved the World" was about transforming into a black technology madman to save mankind and walk into the universe. You could consider reading these two books. I hope you like this fairy's recommendation. Muah ~😗