Aestus
Act 5 life science
Mariana,Abril,Constanza,Isabella
aestus
The planet Aestus formed from a disk of gas and dust around the star GJ 1214. Over time particles joined together to form a solid core that grew and captured gases. Scientists believe it formed in a cold region rich in ice and water, then migrated closer to its star. Because of this, it may now have a dense atmosphere and large amounts of water.
AESTUs GEOLOGY & ATMOSPHERE
Aestus
climate
Aestus has a very humid and dense atmosphere filled with thick water vapor clouds. The planet maintains high temperatures, creating a hot, steamy environment with constant fog, mist, and frequent warm rain. Vast oceans likely cover most of the surface under strong atmospheric pressure. The ecosystem could include fungus-like organisms that grow into tall, tree-like structures, forming dense “forests” that help regulate the heavy atmosphere. These structures may resemble wood but are actually flexible, organic growths adapted to heat and moisture. Fauna would consist of specialized creatures capable of breathing the dense, vapor-rich air, possibly with enhanced respiratory systems. A human would have great difficulty surviving due to the high heat, thick atmosphere, and constant moisture in the air.
Biodiversity
life began as microscopic aquatic organisms in warm oceans. These evolved into small creatures like worm-like Nerulids and fish-like Silphins. Over time, larger species such as the Thalorans appeared, adapted to high pressure and low light.A major climate shift caused many species to go extinct. After this, new life forms emerged, including amphibious Virex and fungus-like Mycoryns, which formed tree-like structures and helped stabilize the atmosphere.Eventually, larger land creatures like the Drathyls evolved, fully adapted to the planet’s dense, hot, and humid environment.
aestus
epecies
Especies of aestus
"Fuzzilicious"
Fuzzylous Omni
Evolution
History and Anatomy
Food chain
umbrolite
Pomorbis rubra
RELATION WITH DARWIN
The planet Aestus and all its creatures demonstrate Darwin's theory. The hot, steam-filled environment created a constant struggle for survival. Each species showed natural variations: some monsters developed thick fur, others developed resistant scales, some developed stronger jaws. The selective pressure of the climate and predators favored the best adapted individuals. Over time, natural selection transformed the original species into the current creatures: the 2-meter furry Umbrolite, Fuzzilicous, Wichus Stellaris Polaris, and all the animals and monsters of Aestus. The fossils, comparative anatomy, and DNA of each species confirm this evolutionary process. Aestus is a complete example of variation, struggle for existence, natural selection, and speciation in action
CONCLUSION
Planet Aestus and its creatures, such as Umbrolite, Fuzzilicous, and Wichus Stellaris Polaris, demonstrate how evolution works through natural selection. The hot, steam-filled environment, predators, and competition for food shaped each species. Fossils, comparative anatomy, and DNA confirm that all current creatures descend from simpler ancestors. Aestus is an example of how life adapts and changes to survive
¡thank you
Evolutional Anatomy
How it developed over the centuries
As it grew and evolutioned more, its bones and organs were taking the form of an average human body, but the size was small enough for its body to fit into, fossils of previous evolutions were found ane examined, noticing that the creature barely had bones on the wings, because as babies, they didnt need to fly until at a later age
- It keeps the bird foot and claws, has eyes of a deer
- It's blind, and therefore, dont need much of their sight sense to hunt and survive
Umbrolite
Umbrolite evolved on planet Aestus over 80 million years. Its ancestor, Protoumbrolite, was a 1m hairless insect-eater. Rising temperatures and new predators forced adaptation. It developed thick fur, grew to 2m, and strengthened its jaws and claws
Modern Umbrolite furrius is 2 meters tall with dense fur, strong jaws, and four muscular limbs. It has forward-facing eyes for hunting and an efficient respiratory system for the steam atmosphere Umbrolite is a secondary consumer. It eats hard-scaled fish from steam rivers and small rodents from rocky caves. Producers are algae, fungi, and thermal moss. Primary consumers are fish, rodents, and insects. Superpredators that hunt Umbrolite are the Vapor Dragon (4m) and the Cave Serpent (5)
Food chain
What does it consume and gets consumed by?
ItIt feeds on small insects, fungi and plants, while also consuming small quantities of recently deceased big predators, it gets eaten by bigger reptile predators that may roam around, and the bacteria consumes the species, making fungi growIt technically counts as cannibalism since it feeds on fungi that was made by the species's body.
Fuzzylicious
Evolution procress
The last monster to exist in the planet, forming just around 10,000 years ago. A small, furry monster that has a hollow body mass, and has a very low defense mechianism, however, it grew stronger and more bigger around 5,000 years ago, giving its body more shape and stability, and in the final form, it takes the form of a deer and a bird, and it's said to be formed around 2,500 years till the present year.
The Wichu Stellaris Vaporis is a creature with a size that varies from 1.4 m to 2 m. Its body has the shape of a rounded star, with soft edges, it has two small wings on the sides, which seem to be made of condensed steam, and they have big and bright eyes, adapted to see in low-light environments, and a small star-shaped tail that helps you maintain balance.They live in the high steam and fog areas of Aestus, especially near hot oceans and forests of mushroom-like organisms
Pomorbis rubra
“Pomorbis rubra is a small, fluffy organism that developed over time from simple, soft-bodied ancestors into a more advanced species with fur and bright coloration, which likely help with protection and communication. It functions mainly as a primary consumer, feeding on microorganisms and tiny particles that it traps with its outer layer. Within its ecosystem, energy moves from the sun to producers, then to Pomorbis rubra, and continues to predators and decomposers. Possible fossil evidence includes soft body impressions, while molecular data suggests the evolution of pigments and structural proteins. Overall, it contributes to the balance and stability of its environment.”
Aestus
Constanza Almanza
Created on April 10, 2026
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Transcript
Aestus
Act 5 life science
Mariana,Abril,Constanza,Isabella
aestus
The planet Aestus formed from a disk of gas and dust around the star GJ 1214. Over time particles joined together to form a solid core that grew and captured gases. Scientists believe it formed in a cold region rich in ice and water, then migrated closer to its star. Because of this, it may now have a dense atmosphere and large amounts of water.
AESTUs GEOLOGY & ATMOSPHERE
Aestus
climate
Aestus has a very humid and dense atmosphere filled with thick water vapor clouds. The planet maintains high temperatures, creating a hot, steamy environment with constant fog, mist, and frequent warm rain. Vast oceans likely cover most of the surface under strong atmospheric pressure. The ecosystem could include fungus-like organisms that grow into tall, tree-like structures, forming dense “forests” that help regulate the heavy atmosphere. These structures may resemble wood but are actually flexible, organic growths adapted to heat and moisture. Fauna would consist of specialized creatures capable of breathing the dense, vapor-rich air, possibly with enhanced respiratory systems. A human would have great difficulty surviving due to the high heat, thick atmosphere, and constant moisture in the air.
Biodiversity
life began as microscopic aquatic organisms in warm oceans. These evolved into small creatures like worm-like Nerulids and fish-like Silphins. Over time, larger species such as the Thalorans appeared, adapted to high pressure and low light.A major climate shift caused many species to go extinct. After this, new life forms emerged, including amphibious Virex and fungus-like Mycoryns, which formed tree-like structures and helped stabilize the atmosphere.Eventually, larger land creatures like the Drathyls evolved, fully adapted to the planet’s dense, hot, and humid environment.
aestus
epecies
Especies of aestus
"Fuzzilicious"
Fuzzylous Omni
Evolution
History and Anatomy
Food chain
umbrolite
Pomorbis rubra
RELATION WITH DARWIN
The planet Aestus and all its creatures demonstrate Darwin's theory. The hot, steam-filled environment created a constant struggle for survival. Each species showed natural variations: some monsters developed thick fur, others developed resistant scales, some developed stronger jaws. The selective pressure of the climate and predators favored the best adapted individuals. Over time, natural selection transformed the original species into the current creatures: the 2-meter furry Umbrolite, Fuzzilicous, Wichus Stellaris Polaris, and all the animals and monsters of Aestus. The fossils, comparative anatomy, and DNA of each species confirm this evolutionary process. Aestus is a complete example of variation, struggle for existence, natural selection, and speciation in action
CONCLUSION
Planet Aestus and its creatures, such as Umbrolite, Fuzzilicous, and Wichus Stellaris Polaris, demonstrate how evolution works through natural selection. The hot, steam-filled environment, predators, and competition for food shaped each species. Fossils, comparative anatomy, and DNA confirm that all current creatures descend from simpler ancestors. Aestus is an example of how life adapts and changes to survive
¡thank you
Evolutional Anatomy
How it developed over the centuries
As it grew and evolutioned more, its bones and organs were taking the form of an average human body, but the size was small enough for its body to fit into, fossils of previous evolutions were found ane examined, noticing that the creature barely had bones on the wings, because as babies, they didnt need to fly until at a later age
Umbrolite
Umbrolite evolved on planet Aestus over 80 million years. Its ancestor, Protoumbrolite, was a 1m hairless insect-eater. Rising temperatures and new predators forced adaptation. It developed thick fur, grew to 2m, and strengthened its jaws and claws Modern Umbrolite furrius is 2 meters tall with dense fur, strong jaws, and four muscular limbs. It has forward-facing eyes for hunting and an efficient respiratory system for the steam atmosphere Umbrolite is a secondary consumer. It eats hard-scaled fish from steam rivers and small rodents from rocky caves. Producers are algae, fungi, and thermal moss. Primary consumers are fish, rodents, and insects. Superpredators that hunt Umbrolite are the Vapor Dragon (4m) and the Cave Serpent (5)
Food chain
What does it consume and gets consumed by?
ItIt feeds on small insects, fungi and plants, while also consuming small quantities of recently deceased big predators, it gets eaten by bigger reptile predators that may roam around, and the bacteria consumes the species, making fungi growIt technically counts as cannibalism since it feeds on fungi that was made by the species's body.
Fuzzylicious
Evolution procress
The last monster to exist in the planet, forming just around 10,000 years ago. A small, furry monster that has a hollow body mass, and has a very low defense mechianism, however, it grew stronger and more bigger around 5,000 years ago, giving its body more shape and stability, and in the final form, it takes the form of a deer and a bird, and it's said to be formed around 2,500 years till the present year.
The Wichu Stellaris Vaporis is a creature with a size that varies from 1.4 m to 2 m. Its body has the shape of a rounded star, with soft edges, it has two small wings on the sides, which seem to be made of condensed steam, and they have big and bright eyes, adapted to see in low-light environments, and a small star-shaped tail that helps you maintain balance.They live in the high steam and fog areas of Aestus, especially near hot oceans and forests of mushroom-like organisms
Pomorbis rubra
“Pomorbis rubra is a small, fluffy organism that developed over time from simple, soft-bodied ancestors into a more advanced species with fur and bright coloration, which likely help with protection and communication. It functions mainly as a primary consumer, feeding on microorganisms and tiny particles that it traps with its outer layer. Within its ecosystem, energy moves from the sun to producers, then to Pomorbis rubra, and continues to predators and decomposers. Possible fossil evidence includes soft body impressions, while molecular data suggests the evolution of pigments and structural proteins. Overall, it contributes to the balance and stability of its environment.”