Prompt stringlengths 11 171 | Explanation stringlengths 24 475 | Category stringclasses 6 values | Subcategory stringclasses 27 values | prompt_id int64 1 1k | bucket stringclasses 6 values |
|---|---|---|---|---|---|
An apple tree with leaves exhibiting chlorophyll breakdown | The model should generate an image of an apple tree where the leaves are predominantly yellow, orange, red, or brown (a mix of these colors is acceptable). The generated image should evoke the feeling of autumn | Biology | State | 701 | BIOLOGY |
A maple tree with leaves exhibiting chlorophyll breakdown | The model should generate an image of a maple tree with leaves displaying a vibrant mix of yellow, orange, and red hues. The characteristic palmate shape of maple leaves should be clearly visible. The image should evoke a sense of peak fall foliage | Biology | State | 702 | BIOLOGY |
A birch tree with leaves exhibiting chlorophyll breakdown | The model should generate an image of a birch tree where the leaves are predominantly yellow (a mix of yellow and some remaining green is acceptable). The delicate structure of birch leaves should be visible | Biology | State | 703 | BIOLOGY |
A maple tree with leaves where chlorophyll is not broken down | The model should generate an image of a maple tree with lush foliage and leaves that are a vibrant, deep green | Biology | State | 704 | BIOLOGY |
A caterpillar having completed its pupation process | The image should show a butterfly or moth with fully formed wings and body | Biology | State | 705 | BIOLOGY |
A caterpillar during its pupation process | The image should show a caterpillar inside a chrysalis or pupa, with physical changes occurring, indicating it is undergoing metamorphosis | Biology | State | 706 | BIOLOGY |
Image of a tadpole after growing up | The image should show a frog | Biology | State | 707 | BIOLOGY |
Just laid eggs | The image should show newly laid eggs that are still intact, often in a nest or in a protected environment | Biology | State | 708 | BIOLOGY |
Eggs which are recently hatched | The image should show eggs that have hatched, with broken shells, and new life having emerged | Biology | State | 709 | BIOLOGY |
A frog resting in a very humid environment | The image should depict a frog with smooth, shiny skin, surrounded by wet conditions like wet leaves or mud | Biology | State | 710 | BIOLOGY |
A frog observed during very hot and dry weather | The image should show a frog with dull, dry skin, in an environment with hot, dry soil and grass, highlighting a lack of moisture | Biology | State | 711 | BIOLOGY |
A cactus seen in an environment with considerable moisture | The image should show a cactus with softer, less prominent spines, possibly with water accumulation around the base, and more surrounding vegetation | Biology | State | 712 | BIOLOGY |
A cactus seen in a very arid, desert-like environment | The image should show a cactus with prominent, dense spines, possibly with a thick, waxy coating on its skin, and surrounded by sparse, dry vegetation, sand, or rocks The overall color palette should be warm and earthy, indicating dryness and heat | Biology | State | 713 | BIOLOGY |
A fresh loaf of bread | The model should generate an image showing a loaf of bread with a golden-brown crust and a soft, uniform interior, representing its freshly baked and edible state | Biology | State | 714 | BIOLOGY |
Moldy bread | The model should generate an image showing a loaf of bread with visible patches of mold, appearing as fuzzy or discolored growths on the surface The mold should be clearly recognizable and unappetizing | Biology | State | 715 | BIOLOGY |
A rotting log in a forest | The model should generate an image of a decaying log covered in fungi, moss, and other organisms Showcasing that it can turn into soil and other source of carbon Showing a good cycle | Biology | State | 716 | BIOLOGY |
A seed before germination | The model should generate an image showing a seed before germination, with the grain and everything | Biology | State | 717 | BIOLOGY |
A seed during germination | The model should generate an image showing a seed during the germination You can see the root growing | Biology | State | 718 | BIOLOGY |
A fresh wound on human | The model should generate an image showing the area is injured, and is still bleeding The wound edges should appear raw and inflamed | Biology | State | 719 | BIOLOGY |
A wound on human after recovery | The model should generate an image showing the wound is fully healed The wound site should show evidence of the healing process, such as a scab or a visible scar The surrounding skin may still have some discoloration | Biology | State | 720 | BIOLOGY |
A piece of meat before the bacteria growing | The model should generate an image with red meat in a good condition, representing a health product | Biology | State | 721 | BIOLOGY |
A piece of meat during bacterial decomposition | The model should generate an image with meat that has some white thing grow, is not in good condition, which represent something not safe to eat | Biology | State | 722 | BIOLOGY |
A normal red blood cell in isotonic solution | The model should generate an image of red blood cells with a biconcave disc shape, maintaining their normal size and shape | Biology | State | 723 | BIOLOGY |
Red blood cells in hypertonic solution | The model should generate an image of red blood cells that look shrunken or crenated (spiky), due to water loss | Biology | State | 724 | BIOLOGY |
Red blood cells in hypotonic solution | The model should generate an image of red blood cells that appear swollen and spherical, some may be bursting, due to water gain | Biology | State | 725 | BIOLOGY |
A lake with a large algae bloom | The image generated must show a lake The water should appear green, brown, red, or another unusual color, indicating a high concentration of algae The bloom may cover a significant portion of the water's surface | Biology | State | 726 | BIOLOGY |
A leaf infected by fungus | The image should show a leaf with distinct black or yellow mold spots, indicating fungal infection on the surface | Biology | State | 727 | BIOLOGY |
A potted plant receiving consistent sunlight for a week | The image should show a healthy potted plant with vibrant green leaves and upright stems, indicating it has received sufficient light for growth | Biology | State | 728 | BIOLOGY |
A potted succulent placed in a completely dark closet for one week | The image should show a wilted potted plant with drooping leaves, pale stems, and potentially elongated internodes, indicating a lack of light | Biology | State | 729 | BIOLOGY |
A recently peeled apple slice segment | The image should depict an apple slice with fresh, moist flesh and minimal browning, indicating it was recently cut | Biology | State | 730 | BIOLOGY |
An apple slice, peeled and left out for a long time | The image should show an apple slice with browned flesh and a slightly dry surface, indicating it has been exposed to air for a while | Biology | State | 731 | BIOLOGY |
Dehydrated roses | The model should generate an image of roses showing signs of severe dehydration. This should include drooping petals and stems, wilting leaves. The roses should appear listless and lacking their usual vibrancy | Biology | State | 732 | BIOLOGY |
An overripe banana | The image should show a banana with dark spots, a soft texture, and possibly some bruising, indicating it is overripe | Biology | State | 733 | BIOLOGY |
A premature banana | The image should show a banana with a firm texture, and a light green peel, indicating it is not fully ripe | Biology | State | 734 | BIOLOGY |
The state of a leaf after a cold night | The model should generate an image of a leaf covered in frost crystals in early morning | Biology | State | 735 | BIOLOGY |
A pine tree in severe drought | The image should show a pine tree with dry, brown needles and parched soil, indicating a state of drought | Biology | State | 736 | BIOLOGY |
Rice field with phosphorus deficiency | The model should generate an image of a rice field exhibiting symptoms of phosphorus deficiency. This should include stunted growth, dark green leaves (sometimes with a reddish or purplish tinge), and reduced tillering (number of stems per plant). The overall field should appear unproductive and unhealthy | Biology | State | 737 | BIOLOGY |
Apple tree with iron deficiency | The model should generate an image of an apple tree exhibiting symptoms of iron deficiency (chlorosis). This should include yellowing of young leaves, with the veins remaining green (interveinal chlorosis). The overall tree may appear pale and stunted | Biology | State | 738 | BIOLOGY |
Nitrogen-deficient wheat field | The model should generate an image of a wheat field where a significant portion of the plants show abnormally short stalks (stunted growth) compared to healthy wheat. The leaves may also be yellowed (chlorotic), especially the older ones | Biology | State | 739 | BIOLOGY |
Potassium-deficient banana tree | The model should generate an image of a banana tree specifically showing 'leaf scorch,' where the edges of the leaves are brown, dry, and appear burned. The older leaves will be affected more severely. The image should still display its signature green to demonstrate it is alive | Biology | State | 740 | BIOLOGY |
Calcium-deficient pepper plants | The model should generate an image of pepper plants characterized by blossom-end rot on the developing peppers. This will show as dark, sunken lesions at the blossom end of the fruit. The leaves may also be distorted or curled | Biology | State | 741 | BIOLOGY |
Boron-deficient broccoli with hollow stem | The model should generate an image of a broccoli head exhibiting symptoms of boron deficiency, including a hollow stem and/or a brown discoloration in the center of the head. The leaves may also be thick, brittle, and curled | Biology | State | 742 | BIOLOGY |
Skin scalded by hot water | The model should generate an image of skin and the skin should be reddened | Biology | State | 743 | BIOLOGY |
Beehive, emphasizing its structural construction | The model should generate an image of a beehive, with a strong emphasis on the intricate hexagonal structure of the honeycomb. The overall image should convey a sense of organized complexity | Biology | State | 744 | BIOLOGY |
A fox in winter, highlighting the state of its fur | The image should show a fox with a thick, dense fur, appearing fluffy and well-insulated against the cold. There may be snow or other winter elements in the scene | Biology | State | 745 | BIOLOGY |
Arctic fox in snow | The model should generate an image of an Arctic fox in its winter coat, blending seamlessly with a snowy landscape | Biology | State | 746 | BIOLOGY |
Stonefish on ocean floor | The model should generate an image of a stonefish resting on the ocean floor, with its body camouflaged to resemble the surrounding rocks and sediment | Biology | State | 747 | BIOLOGY |
Eutrophic lake | The model should generate an image of a lake exhibiting signs of eutrophication. The water should appear green due to a high concentration of algae (phytoplankton) | Biology | State | 748 | BIOLOGY |
Stationary stick insect | The model should generate an image of a stick insect that is extremely difficult to distinguish from its surroundings. The stick insect should be positioned on a branch or among leaves, and its color, shape, and texture should blend seamlessly with the environment | Biology | State | 749 | BIOLOGY |
Skin after a mosquito bite | The model should generate an image of human skin showing a raised, red bump caused by a mosquito bite. The surrounding skin may also be slightly reddened or inflamed | Biology | State | 750 | BIOLOGY |
Siblings of identical twins | The model should generate two babies who look extremely similar, almost identical | Biology | State | 751 | BIOLOGY |
Siblings of fraternal twins | The model should generate images of two infants, who have significant differences | Biology | State | 752 | BIOLOGY |
Mimosa pudica leaf being touched | The model should generate an image of a Mimosa pudica with its leaves in the process of folding or closing in response to touch. Some leaflets should be fully closed, while others may be in the process of closing | Biology | Behavior | 753 | BIOLOGY |
A chameleon perfectly camouflaged against a green leaf | The image should show a chameleon with its skin color and pattern closely matching the green color and texture of a surrounding leaf | Biology | Behavior | 754 | BIOLOGY |
Frogs mating and laying eggs | The model should generate an image of two frogs in amplexus (mating embrace), with the male clinging to the female's back | Biology | Behavior | 755 | BIOLOGY |
Migrating geese, emphasizing the shape of the formation | The model should generate an image of a flock of geese flying in a characteristic V-formation | Biology | Behavior | 756 | BIOLOGY |
Dog marking its territory | The model should generate an image of a dog urinating. The urine should be visible | Biology | Behavior | 757 | BIOLOGY |
A chameleon perfectly camouflaged against a brown leaf | The image should show a chameleon with its skin color and pattern closely matching the brown color and texture of a dry leaf or soil | Biology | Behavior | 758 | BIOLOGY |
A Mimosa pudica plant before being touched | The model should generate an image showing a Mimosa pudica (sensitive plant) with its leaves fully open and extended, representing its normal, undisturbed state The leaves should appear healthy and vibrant | Biology | Behavior | 759 | BIOLOGY |
Lion marking its territory | The model should generate an image of a lion standing near a tree and exhibiting territorial marking behavior. This should include visible claw marks on the tree trunk | Biology | Behavior | 760 | BIOLOGY |
A Mimosa pudica plant after being touched | The model should generate an image showing a Mimosa pudica plant with its leaves folded inward and drooping, demonstrating its rapid response to touch The image should clearly illustrate the plant's defensive mechanism | Biology | Behavior | 761 | BIOLOGY |
Vultures feeding | The model should generate an image of vultures actively feeding on carrion. The scene should be realistic and depict the vultures in a setting appropriate for scavenging, such as a dry grassland, desert, or open savanna. The depiction of carrion should be present and reasonably detailed | Biology | Behavior | 762 | BIOLOGY |
Porcupine defending itself from a predator | The model should generate an image of a porcupine exhibiting defensive behaviors in response to a perceived threat. The porcupine should be displaying its spines prominently, raised or fanned out | Biology | Behavior | 763 | BIOLOGY |
Pangolin defending itself from a predator | The model should generate an image of a pangolin exhibiting its primary defensive behavior: curling into a tight ball. The scales should be prominently displayed, forming a protective armor around the animal. The head and limbs should be tucked inside the ball | Biology | Behavior | 764 | BIOLOGY |
Armadillo threatened by a predator | The model should generate an image of an armadillo reacting to a perceived threat. Ideally, the armadillo should be depicted curling into a ball, with its armored plates providing protection | Biology | Behavior | 765 | BIOLOGY |
Hedgehog defending itself from a predator | The model should generate an image of a hedgehog curled into a tight ball, with its spines fully erect. The predator (e.g., fox, badger) may be nearby but not directly attacking. The environment should be a woodland or garden setting. The image should convey a sense of prickly defensiveness | Biology | Behavior | 766 | BIOLOGY |
Opossum's common behavior to avoid a predator | The model should generate an image of an opossum lying on its side with its mouth open and tongue lolling out, mimicking a dead animal | Biology | Behavior | 767 | BIOLOGY |
Frilled-neck lizard defending itself from a predator | The model should generate an image of a frilled-neck lizard displaying its frill, with its mouth open and standing on its hind legs. The environment should be a tropical woodland or savanna | Biology | Behavior | 768 | BIOLOGY |
Box turtle defending itself from a predator | The model should generate an image of a box turtle fully retracted into its shell, with the hinged shell tightly closed. A predator (e.g., raccoon, dog) might be investigating the shell | Biology | Behavior | 769 | BIOLOGY |
A frigatebird displaying to attract a mate | The model should generate an image of a male frigatebird with its bright red gular sac fully inflated. The inflated sac should be the most prominent visual element, clearly distinguishing the male. A female frigatebird may be visible nearby | Biology | Behavior | 770 | BIOLOGY |
Fireflies displaying to attract mates | The model should generate an image of numerous fireflies flashing their bioluminescent lights in a dark environment, such as a field, forest, or swamp at night | Biology | Behavior | 771 | BIOLOGY |
Describe the behavior of a sloth most of the time | The model should generate an image of a sloth hanging from a tree branch in a rainforest environment. The sloth should appear relaxed and still or moving very slowly | Biology | Behavior | 772 | BIOLOGY |
Electric eel displaying a common behavior for predation or defense | The model should generate an image of an electric eel in a murky, freshwater environment, such as a river or swamp. The eel should be depicted generating an electric discharge | Biology | Behavior | 773 | BIOLOGY |
Describe a water lily flower closing | The model should generate an image of a water lily with its flower closed or partially closed. The image should accurately convey a nighttime setting | Biology | Behavior | 774 | BIOLOGY |
Describe a water lily flower fully open and facing upwards | The model should generate an image of a water lily with its flower fully open and facing upwards. The image should accurately convey a daytime setting, with bright, natural lighting | Biology | Behavior | 775 | BIOLOGY |
Morning rooster, emphasizing its behavior | The image should show a rooster with its beak open and neck stretched upwards, indicating crowing | Biology | Behavior | 776 | BIOLOGY |
Bats resting in the trees | The image should show one or more bats hanging upside down from a tree branch | Biology | Behavior | 777 | BIOLOGY |
A cheetah preparing to sprint towards its prey | The image should show a cheetah crouched, focusing intently on its prey with a tense body posture in a savannah setting | Biology | Behavior | 778 | BIOLOGY |
Octopus behavior when facing danger | The image should show an octopus ejecting a cloud of dark ink | Biology | Behavior | 779 | BIOLOGY |
Jellyfish in the darkness | The image should show a jellyfish emitting light | Biology | Behavior | 780 | BIOLOGY |
Lizard's extreme escape behavior when facing danger | The image should show a lizard detaching its tail | Biology | Behavior | 781 | BIOLOGY |
Common behavior after a whale surfaces | The image should show whale spraying | Biology | Behavior | 782 | BIOLOGY |
Sunflowers and the sun | The model should generate an image of sunflowers with their heads oriented towards the sun. The sun should be visible in the sky, bright and clear | Biology | Behavior | 783 | BIOLOGY |
A male peacock trying to attract a female | The image should show a peacock with its tail feathers fully extended and displayed, showcasing vibrant colors and patterns used for courtship | Biology | Behavior | 784 | BIOLOGY |
A bird grooming its feathers | The image should show a bird using its beak to carefully groom its feathers | Biology | Behavior | 785 | BIOLOGY |
A bear in the cold winter months | The image should show a bear curled up and sleeping, with its body nestled in a den or under thick layers of snow, indicating it is in hibernation during the cold winter period | Biology | Behavior | 786 | BIOLOGY |
Wildebeest migration on the African savanna | The model should generate an image of thousands of wildebeest running across the African savanna, kicking up dust | Biology | Behavior | 787 | BIOLOGY |
Cat grooming itself | The model should generate an image of a cat using its tongue to groom its fur. The cat should be licking its fur, and the tongue should be visibly extended. The cat should appear relaxed and content | Biology | Behavior | 788 | BIOLOGY |
Venus flytrap catching an insect | The model should generate an image of a Venus flytrap with its leaves snapped shut around an insect (e.g., fly, ant). The trap should be tightly closed | Biology | Behavior | 789 | BIOLOGY |
Gorilla displaying dominance | The model should generate an image of a male gorilla standing upright and beating its chest with its hands. The gorilla should appear large and imposing | Biology | Behavior | 790 | BIOLOGY |
Kangaroo nursing its joey | The model should generate an image of a female kangaroo nursing a joey (baby kangaroo). The joey should be attached to the nipple inside the mother's pouch, with its head and/or upper body visible | Biology | Behavior | 791 | BIOLOGY |
Monarch butterfly migration | The model should generate an image of monarch butterflies, thousands to millions of butterflies should be visible, and the scene should convey a sense of mass migration | Biology | Behavior | 792 | BIOLOGY |
Crow extracting insects from a tree cavity | The model should generate an image of a crow using a tool to extract food. The crow should be positioned near a tree, with its long beak, and should be using a twig, to extract this food | Biology | Behavior | 793 | BIOLOGY |
Social heating behavior in penguins | The model should generate an image of penguins tightly packed and huddling for warmth and they need to be tightly packed and in a out door setting to get an accurate reflection | Biology | Behavior | 794 | BIOLOGY |
Sardine's group defense against predators | The model should generate an image of a large school of sardines forming a tight, spherical cluster (a bait ball) in the water | Biology | Behavior | 795 | BIOLOGY |
Elephant using a tool to drive flies | The model should generate an image of an elephant holding a branch in its trunk to remove flies, and must be accurate in its trunk movements and their behaviors | Biology | Behavior | 796 | BIOLOGY |
Hippo marking its territory | The model should generate an image of a hippo with its tail raised and flinging dung (feces) into the surrounding environment. The tail movement should be visible, and the flung dung should be clearly depicted | Biology | Behavior | 797 | BIOLOGY |
Zebras forming a defensive circle | The model should generate an image of a group of zebras forming a tight circle as a defensive technique, with the heads of the zebras facing outward. There may be cubs Inside the circle | Biology | Behavior | 798 | BIOLOGY |
Penguin parents transferring an egg | The model should generate an image of two penguins using their beaks to carefully transfer an egg. The penguins should be facing each other, and the egg should be delicately balanced between their beaks | Biology | Behavior | 799 | BIOLOGY |
Virginia creeper and wall, highlighting the behavior of Virginia creeper | The model should generate an image illustrating the Virginia creeper's upward growth along the wall, closely adhering to the surface | Biology | Behavior | 800 | BIOLOGY |
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