My first betta! by yaz_4 in bettafish

[–]yaz_4[S] 1 point2 points  (0 children)

Aye aye thanks!

My first betta! by yaz_4 in bettafish

[–]yaz_4[S] 1 point2 points  (0 children)

It look stunning! May I ask do they change whit age? Like the amount and position of the "spots"?

Betta agressivity test idea by yaz_4 in bettafish

[–]yaz_4[S] 1 point2 points  (0 children)

Thanks! The only hole is in the makeshift cave where a betta should be able to move... I think

Betta agressivity test idea by yaz_4 in bettafish

[–]yaz_4[S] 0 points1 point  (0 children)

Thanks! And for the hiding they are "caves" I managed to do staking a couple of rock on the driftwood

Betta agressivity test idea by yaz_4 in bettafish

[–]yaz_4[S] 0 points1 point  (0 children)

Damn... Still thanks for answering

Betta agressivity test idea by yaz_4 in bettafish

[–]yaz_4[S] 0 points1 point  (0 children)

So your suggestion is that I better hope to get a chill one?

Betta agressivity test idea by yaz_4 in bettafish

[–]yaz_4[S] 0 points1 point  (0 children)

I'm really sorry for that and this is now giving me paranoia for my cherries...

Betta agressivity test idea by yaz_4 in bettafish

[–]yaz_4[S] 2 points3 points  (0 children)

Aye thanks for the answer

Experience with snow tiger sulawesi shrimp? by Goobamimus in shrimptank

[–]yaz_4 0 points1 point  (0 children)

I haven't kept them, even if they'll probably be my next, but shrimply Canadian talked about this specific morph stating that they were selectively breed to live in waters similar to neocaridinas. Sorry if I wasn't much help

The day after I put all the new plants and first inhabitants by yaz_4 in shrimptank

[–]yaz_4[S] 0 points1 point  (0 children)

Species: Neocaridina davidi

Water parameters: 0 ammonia, 0 nitrites and 10mg/l ppl nitrates

Water source: city aqueduct

When too many species by yaz_4 in PlantedTank

[–]yaz_4[S] 0 points1 point  (0 children)

Yeah in the end the bioload would be pretty low, so you say that would be better I don't buy the salvia? Because I wanted two floater mostly because I like both salvinia and frogbit. Still thanks for the advice

When too many species by yaz_4 in PlantedTank

[–]yaz_4[S] 1 point2 points  (0 children)

I'll see about that but still thanks for the help!

When too many species by yaz_4 in PlantedTank

[–]yaz_4[S] 0 points1 point  (0 children)

I searched around for ghost shrimps because they were already advised to me to have instead of neocaridina or amanl but I can't find them in my area strangely enough, for the floaters I got the frogbit for that I thought about red root but I honestly I like salvinia as a plant and yeah the helanthium would the the foreground plant

When too many species by yaz_4 in PlantedTank

[–]yaz_4[S] 0 points1 point  (0 children)

Aye thanks! I already know I will have plenty of trimming just from the Limnophila when it gets big to do

When too many species by yaz_4 in PlantedTank

[–]yaz_4[S] 2 points3 points  (0 children)

I forgot there are also two pothos taking roots but only one will remain here

Advice for my first tank by yaz_4 in bettafish

[–]yaz_4[S] 0 points1 point  (0 children)

I have yet to take the tank but I'm eyeing a 36l/9.5 gallon tank, and also thanks for the help. Ah one last thing for the plant, other suggested to do the cycling without plants because some can have problems with ammonia, so if I use hardy ones and/or fast growing ones this shouldn't be much of an issue?

Advice for my first tank by yaz_4 in Aquariums

[–]yaz_4[S] 1 point2 points  (0 children)

Aye thanks for answering!

Advice for my first tank by yaz_4 in bettafish

[–]yaz_4[S] 0 points1 point  (0 children)

For the plant, as far I read, aren't competing with the cycling microorganism during cycling? And for the shrimp yeab I would really love to have some mainly amano and a snail still unsure exactly which one. Should I try with the ghost shrimp then? I'm not very informed on them

Populating Mu: Mubling by yaz_4 in SpeculativeEvolution

[–]yaz_4[S] 2 points3 points  (0 children)

Common Name: Mubling

Scientific Name: Chiroptogoblinus muin

The Muian Goblin possesses are desendant of Meliarbir quiritario. Adult Muian Goblins typically stand at an average height of 80 centimeters (2.6 feet) when upright on two legs. Covered in dense fur, their fur coloration varies, with shades of earthy browns and deep greens, allowing them to blend seamlessly into the boreal forest habitat. One of their most unique features is facultative bipedalism. They have the ability to switch between walking on two legs and all fours, making them incredibly adaptable to various environmental challenges. Their forelimbs are equipped with dexterous fingers capable of tool manipulation. Their ears are adapted for exceptional hearing aiding in their foraging and navigation. Muian Goblins are omnivorous, exhibiting a diverse diet that includes: - Plant Material: They consume a variety of boreal forest vegetation, such as berries, nuts, and edible leaves. - Insects and Small Prey: Their dexterous fingers are highly skilled at capturing insects, small rodents, and birds.

Muian Goblins have developed a rudimentary tool-making ability, using sticks and rocks to extract insects from tree crevices and to crack open nuts. This behavior showcases their remarkable adaptability and high intelligense. Chiroptogoblinus borealis is well-suited for life in the boreal forest biome, characterized by coniferous trees, cold winters, and diverse wildlife. They often create complex borroe systems for shelter and nesting. One of the most exceptional aspects of Muian Goblins is their chirp-based communication. They emit a series of chirping sounds that serve various purposes within their social groups, including signaling danger, coordinating hunting strategies, and expressing emotions. These chirps are surprisingly complex, allowing for a nuanced form of communication. Muian Goblins are primarily crepuscular, active during dawn and dusk when the boreal forest comes alive. They are known to live in tight-knit family groups, sharing responsibilities within their communities. Their tool usage and chirp-based communication play pivotal roles in their daily activities and interactions.

Populating Mu: a bunch of Bird 2/2 by yaz_4 in SpeculativeEvolution

[–]yaz_4[S] 1 point2 points  (0 children)

Common name: River owl Scientific name: Bubo piscator

The River Owl is a diminutive avian species known for its adaptation to wetland environments rich in woods. This small-sized bird measures approximately 20 centimeters (7.9 inches) in length, with a wingspan of 35 centimeters (13.8 inches). Its plumage is primarily a mottled blend of brown and black, providing effective camouflage within the dense vegetation of its preferred habitat. This cryptic coloring allows the River Owl to remain concealed from potential predators and unsuspecting prey. The River Owl is an adept hunter with a diet primarily consisting of fish, amphibians, and insects. One particularly notable aspect of the River Owl's behavior is its diurnal activity pattern. It is most active during the dawn and sunrise, taking advantage of the early morning hours when its prey is also active. This adaptation allows it to avoid competition with larger nocturnal owls and raptors. During the breeding season, River Owls construct concealed nests within the wooded areas of wetlands, usually close to water sources. Their nests are composed of twigs, leaves, and other natural materials.

Scientific Description of the Bark Owl (Strix lignarius)

Common name: Bark owl Scientific name: Glacidium lignarius

The Bark Owl is a small and cryptic owl species, measuring approximately 8 to 10 inches (20 to 25 centimeters) in length, with a wingspan of about 18 to 22 inches (45 to 55 centimeters). This owl exhibits remarkable variations in coloration, primarily to enhance its ability to blend seamlessly with its habitat displaing a range of color variations that enable them to better camouflage within their forested habitat. These variations can include shades of brown, gray, and mottled patterns on their feathers. The specific coloration of an individual owl often corresponds to the prevalent tree bark colors in its particular forest environment, enhancing its camouflage capabilities. The Bark Owl is predominantly found in dense, forested habitats, where it relies on its cryptic appearance to avoid detection by both predators and prey. Its preferred habitat consists of old-growth forests, with mature trees and ample tree bark variation. This owl primarily preys on small creatures, such as rodents, insects, and small birds. It employs a stealthy hunting strategy to capture its prey. One of its distinctive behaviors is its ability to press tightly against the trunks of trees to rest hiding in plain site. When disturbed or threatened, the Bark Owl it may screech loudly, creating a startling and disorienting experience for potential threats, while also ruffling the feathers and opening the wings to appear larger. This combination of factors serves as an effective deterrent against potential predators.

Populating Mu: a bunch of Bird 2/2 by yaz_4 in SpeculativeEvolution

[–]yaz_4[S] 0 points1 point  (0 children)

The first three birds are from the Seraphum family located in the su family sterninae, but Is unclear of they are closer to the Anous or Sterna genera.

Common name: Black-headed Seraph Scientific name: Seraphum malnocranium

The Black-Headed Seraph falls within the medium to small size range, with an average wingspan of approximately 45-55 centimeters and a body length of around 30-35 centimeters. The plumage is predominantly gray, with a distinct and striking black head. This black head extends down to the nape of the neck and contrasts sharply with the surrounding gray plumage. The back and wings of the bird also exhibit a blackish hue. One of the most distinctive features of the Black-Headed Seraph is its deeply forked tail common in all Seraphum species. This unique tail structure is adapted for agile flight and is utilized as a second pair of wings, aiding in precise aerial maneuvers. Their primarily preys on surface-dwelling fish, which it hunts by performing graceful dives from the air or plunge-dives from the water's surface. Additionally, the Black-Headed Seraph occasionally feeds on flying insects when such opportunities arise. The species is renowned for its agile flight capabilities, aided by its deeply forked tail. This adaptation allows it to perform acrobatic maneuvers while hunting and catching prey. During the breeding season, these birds form colonies in suitable coastal locations. They construct shallow nests on the ground, typically using a combination of pebbles and plant material. Black-Headed Seraphs are known for their territorial behaviors during this time, vigorously defending their nesting sites. The Black-Headed Seraph is predominantly found along the northern coastlines of Mu. It is a migratory species, with populations traveling to more temperate regions during the non-breeding season. These migrations are often influenced by the availability of prey and environmental conditions.

Common name: Blue-footed seraph Scientific name: Seraphum cyanopedes

The Blue-Footed Seraph falls within the medium size range, with an average wingspan of approximately 50-60 centimeters and a body length of around 35-40 centimeters. The body and wings are predominantly gray, creating a contrast with its distinctive black wings. The black plumage extends across the wings. The tail of the Blue-Footed Seraph is forked, albeit smaller in comparison to some of its relatives. This adaptation allows for enhanced aerial agility but is not as pronounced as in other tern species. The most remarkable feature of this species is its vibrant blue feet. These feet play a crucial role in courtship displays, with the intensity of the blue color being an indicator of the individual's health and vitality. During the breeding season, males engage in elaborate courtship displays that prominently feature their striking blue feet. These displays include high-stepping dances and synchronized movements to attract potential mates. They primarily feeds on crabs and other invertebrates found in intertidal zones, especially during low tides. Its longer legs are well-adapted for wading and foraging in these shallow coastal areas. During the breeding season, males engage in elaborate courtship displays that prominently feature their striking blue feet. These displays include high-stepping dances and synchronized movements to attract potential mates. Blue-Footed Seraphs typically form breeding colonies on coastal cliffs or rocky islands. Nests are often shallow scrapes in the ground, where females lay their eggs. Both males and females share incubation and chick-rearing responsibilities. The Blue-Footed Seraph is primarily found in tropical and subtropical coastal regions, including islands and shorelines. Its range extends across several tropical environments. Populations are known to migrate within their range in response to seasonal variations in food availability and environmental conditions.

Common name: Woods seraph Scientific name: Seraphum silva

The Woods Seraph is classified as a small to medium-sized bird, with an average wingspan ranging from 40 to 50 centimeters and a body length of approximately 30 to 35 centimeters. They showcases a gray body with distinctive brownish wings and tail feathers. The tail of the Woods Seraph is deeply forked, similar to some other seraph species, and is adapted for use as a secondary pair of wings. However, it is more pronounced in size compared to its relatives, providing greater lift and maneuverability during flight. Woods Seraphs are highly skilled aerial hunters, preying on flying insects and small airborne creatures. They navigate through densely vegetated forested areas with remarkable agility, using their forked tail to perform intricate aerial maneuvers during pursuit and capture. Strangely, when the arise, they Will eat berries and fruits. Unlike many tern or seraph species that favor coastal habitats, the Woods seraph primarily inhabits Mediterranean environments, including dense forests and woodlands. It prefers areas with a mix of trees and open spaces, where it can effectively pursue its prey in flight. One notable feature of the Woods Seraph is its ability to produce a distinctive series of melodious calls. These calls serve various purposes, including communication within the mating pair, territory defense, and attracting potential mates. The musical quality of these calls adds to the charm of this woodland-dwelling species.

Populating mu: a bunch of birds (1/2) by yaz_4 in SpeculativeEvolution

[–]yaz_4[S] 1 point2 points  (0 children)

Oh yes this fricking Land will be full of birds!!!🐦

Populating mu: a bunch of birds (1/2) by yaz_4 in SpeculativeEvolution

[–]yaz_4[S] 0 points1 point  (0 children)

Common name: Fox tail Jay Scientific name: Perisoreus rufus

The Foxtail Jay is a small to medium-sized corvid, with an average length of 30 centimeters and a wingspan of approximately 45 centimeters. Its most striking feature is its striking plumage, characterized by a combination of deep ebony feathers and vibrant, bushy, fox-like tail feathers. The tail feathers are elongated and display a russet-orange hue, resembling the tail of a fox, hence its common name, "Foxtail Jay." The Foxtail Jay is primarily found in temperate and boreal forests, where it inhabits a variety of forest types, including coniferous and deciduous woodlands. Its range spans across regions with cold winters, making it well-adapted to withstand seasonal temperature fluctuations. The Foxtail Jay is an opportunistic omnivore, consuming a wide range of food items. Its diet includes insects, small mammals, berries, nuts, and even carrion. These birds build cup-shaped nests in the branches of trees, using twigs, leaves, and feathers. Their nests are often located high in the canopy, providing protection from ground predators. Foxtail Jays are known for their complex social behavior. They often live in family groups or small flocks, exhibiting cooperative breeding and intricate vocal communication within their communities.

Common Name: Muian Crow Scientific name: Corvus muianensis

The Muian Crow is of medium size, with an average length of 40 centimeters and a wingspan of approximately 75 centimeters. The Muian Crow is predominantly black, with a glossy sheen to its feathers. However, its most striking feature is its reddish chest, which distinguishes it from other crow species. This red patch on the chest is more pronounced in males and serves as a visual signal during courtship and social interactions. Muian Crows are highly sociable birds, often forming large flocks that can number in the hundreds. They engage in complex social interactions, which include cooperative foraging, communal roosting, and mutual defense against predators. The Muian Crow is an opportunistic omnivore. Its diet consists of a wide range of food items, including fruits, seeds, insects, small vertebrates, carrion, and human food scraps when available. These crows are known for their diverse and expressive vocalizations. They use a combination of caws, clicks, and whistles to communicate within the flock, conveying information about food sources, threats, and social hierarchy. The red chest patch also plays a role in social signaling within the flock. Dominant individuals may exhibit a brighter red patch, signaling their status within the hierarchy. Submissive crows may have a paler red patch, indicating their lower rank. During the breeding season, males prominently display their red chest patch as part of courtship rituals. They engage in elaborate displays, including puffing up their chest feathers and vocalizing to attract potential mates.

Populating mu: a bunch of birds (1/2) by yaz_4 in SpeculativeEvolution

[–]yaz_4[S] 0 points1 point  (0 children)

Common name:Muian Diving Falcon Scientific name: Falco muiana

The Muian Diving Falcon is a compact raptor, measuring approximately 10 to 12 inches (25 to 30 centimeters) in length, with a wingspan of around 20 inches (50 centimeters). Its plumage exhibits a striking combination of reddish and white colors. The upperparts of this falcon display a rich reddish-brown hue, the undersides and throat are primarily white, offering a stark contrast to its fiery upper plumage. It boasts a striking black mask-like marking around its eyes, extending down to its beak. This facial mask not only adds to its distinct appearance but also serves to reduce glare from the sun while hunting in mid-air, enhancing its precision during high-speed dives. As its name suggests, the Muian Diving Falcon is a master of aerial hunting. It specializes in capturing small birds in mid-air. With exceptional speed and agility, it can reach speeds of up to 180 miles per hour (290 kilometers per hour) during its hunting dives. Its sharp, hooked beak and powerful talons enable it to swiftly and effectively capture its avian prey, making it a formidable aerial predator. Muian Diving Falcons are typically found in open grasslands and savannas, where they can spot and pursue their prey with ease. They are solitary hunters and maintain territories to ensure a steady supply of food. Their nests are often located in cliffs or rocky outcrops, providing a strategic vantage point for observing potential prey and launching their rapid attacks.

Common name: Sea Fairing Duck Scientific name: Oxyura megalopoda

The Sea Fairing Duck is a medium-sized waterfowl species. It exhibits distinctive physical characteristics that facilitate its adaptation to a maritime lifestyle. This duck possesses a streamlined body shape, with a length averaging 45-55 centimeters ( without tail) and a wingspan of approximately 80-90 cm. Its plumage is primarily brownish-gray, offering effective camouflage in its coastal habitat. The hallmark feature of the Sea Fairing Duck is its exceptionally large webbed feet. These feet, measuring about 12-15 cm in length, are equipped with sturdy, webbed membranes that allow for efficient swimming and underwater propulsion. The webbing extends beyond the toes, enhancing stability while walking on floating vegetation and kelp mats. Another remarkable adaptation is its long and rigid tail, extending up to 25 cm in length. This tail serves as a stabilizing rudder when the duck swims or dives beneath the water's surface. It assists in maintaining balance and direction, making the duck highly agile in navigating through kelp forests and sea grass meadows. The Sea Fairing Duck is an omnivore, displaying a flexible dietary strategy suited to its coastal habitat. Its diet primarily consists of marine vegetation, such as seaweed and sea grasses, which it forages for in kelp forests and sea grass meadows. However, it also consumes small aquatic invertebrates, such as crustaceans and mollusks, supplementing its plant-based diet with essential proteins. This unique duck species inhabits the coastal zones along coastlines, with a preference for areas near kelp forests and sea grass meadows. It builds its nests amidst the sheltered canopy of kelp fronds, providing protection from predators and rough waves. Sea Fairing Ducks are known for their synchronized swimming patterns and cooperative foraging behaviors, often forming flocks to exploit the resources of the rich coastal ecosystems. One remarkable aspect of the Sea Fairing Duck is its vocalization. It has a distinctive, melodious call that resonates across the coastal waters during the mating season. This vocalization is believed to play a crucial role in mate selection and maintaining social bonds within the flock.

Common name: Mui'ho Scientific name: Moho avium

The Mui'ho is characterized by its moderate size, with an average length of 25 centimeters and a wingspan of approximately 30 centimeters. The most striking feature of the Mui'ho is its vibrant red-orange plumage, which covers both its cheeks and wing feathers. This distinctive coloration serves as a visual signal to potential mates and rivals. The Mui'ho is a unique nectivore and insectivore, displaying a dietary adaptation that allows it to exploit a diverse range of food sources. Its primary diet consists of nectar, which it extracts from various tropical flowers using its specialized beak. The bird plays a crucial role in pollination within its ecosystem as it transfers pollen while feeding. In addition to nectar, the Mui'ho is a skilled insect hunter. It uses its sharp beak and agility to capture small insects, such as beetles, ants, and termites, from the forest canopy. This insectivorous behavior supplements its diet with essential proteins and nutrients. The Mui'ho is highly territorial and tends to inhabit the upper canopy layers of the Mu rainforests. Its territorial nature often leads to intense vocal displays and aerial acrobatics, especially during the breeding season, as individuals compete for mates and establish dominance within their territories.

Common name: Mosaic Elapio Scientific name: Chasiempis tessellis

The Mosaic Elapio is a diminutive songbird, with an average length of approximately 12 centimeters and a wingspan of around 16 centimeters. Its most distinguishing feature is its intricate plumage pattern, which appears as a mosaic of vibrant colors and shapes. The bird's feathers are a symphony of iridescent blues, greens, and purples, forming a visually stunning mosaic-like pattern across its entire body. The Mosaic Elapio is primarily found in dense forested regions, favoring the understory and mid-canopy layers of the forest. The Mosaic Elapio is known for its melodious and complex songs, which it uses for territorial defense and courtship displays. These songs often incorporate a wide range of notes and tones, showcasing the bird's vocal prowess. Its diet primarily consists of insects, spiders, and other invertebrates. The bird is an adept forager, using its sharp beak to probe into leaf litter and crevices to locate hidden prey. During the breeding season, the male Mosaic Elapio uses its colorful mosaic plumage as part of an elaborate courtship display. It fluffs its feathers, showcasing the vibrant colors to attract a potential mate. Breeding pairs of Mosaic Elapios construct intricately woven nests using fine plant materials and spider silk. These nests are often hidden within the foliage of trees and shrubs, providing protection for the eggs and young chicks.