Isopods For Sale (185)

Helios Rubber Ducky Isopods represent a stunning smaller version of the legendary Cubaris sp. "Rubber Ducky," bringing a sun-kissed golden brilliance to the already iconic species that revolutionized the isopod hobby. Originating from the mysterious limestone caves of Thailand, these remarkable creatures showcase the characteristic duck-like facial features beloved worldwide, but with a distinctly brighter, more luminous coloration that elevates them beyond the standard variety. Species Overview Place of Origin: ThailandGenus: CubarisSpecies: Cubaris sp. "Rubber Ducky - Helios" Key Care Requirements Maintenance Effort: Medium Ideal Temperature Range: 75°F-82°F (24°C-28°C)Reproduction Rate: Slow to ModerateVentilation: Medium to HighGeneral Size: 12-15mmRarity Level: Very RareHumidity Range: 80%-90%Preferred Diet: Softwood, leaf litter, protein-rich supplementsEssential Supplements: Limestone, cuttlebone, calcium powder Natural Habitat and Behaviour In their native Thailand, Helios Rubber Ducky Isopods inhabit the cool, consistently humid environment of limestone caves and karst formations. These underground sanctuaries provide the perfect combination of high humidity, stable temperatures, and abundant calcium sources from the surrounding limestone geology that these remarkable creatures require to thrive. Like their standard Rubber Ducky cousins and other Cubaris species, Helios specimens are naturally shy and secretive creatures. They spend much of their time burrowing deep through substrate layers and hiding beneath cork bark, emerging primarily during nighttime hours to forage for food. This fossorial behaviour makes them excellent candidates for bioactive vivarium setups where they can fulfil their natural role as ecosystem engineers. The limestone cave environment has shaped every aspect of their biology—from their calcium-dependent exoskeletons to their preference for complete darkness and their remarkable burrowing abilities. Understanding these natural behaviours helps recreate appropriate conditions in captivity, ensuring successful bioactive terrarium setups that mirror their wild environments. Physical Characteristics Helios Rubber Ducky Isopods display the characteristic charm that has made Rubber Ducky species so incredibly popular among collectors worldwide. Their most distinctive feature remains the endearing duck-like facial structure—when viewed head-on, their rounded head profile and eye placement create an uncanny resemblance to a rubber duckling's face, a trait that captured global attention following their discovery in 2017. What sets Helios apart from standard Rubber Ducky morphs is their distinctly lighter, golden-yellow coloration. Where typical specimens display rich yellows and oranges, Helios individuals showcase brighter, sun-kissed tones that give them their "sunny" designation. This luminous quality makes each sighting particularly rewarding, as their brilliant coloration contrasts beautifully against darker substrate and leaf litter. Adult Helios Rubber Ducky Isopods typically reach 12-15mm in length, making them substantial enough to observe their fascinating behaviours whilst remaining manageable in captive environments. Their segmented bodies feature the smooth, rounded profile characteristic of all Cubaris species, allowing them to roll into perfect spheres when threatened—earning them classification as true "pill bugs" within the Armadillidiidae family. The exoskeleton displays a glossy, almost polished appearance that enhances their visual appeal. Sexual dimorphism becomes apparent in mature specimens, with females showing slightly broader builds to accommodate their marsupial pouches. These physical differences assist dedicated breeders in colony management and selective breeding programmes. Diet and Nutrition As natural detritivores adapted to cave environments, Helios Rubber Ducky Isopods play a crucial ecological role in breaking down organic matter. In captivity, their diet should reflect the materials they encounter in their natural limestone cave habitats. The foundation of their diet consists of softwood and well-aged hardwood pieces. Unlike species preferring harder woods, Rubber Ducky isopods particularly appreciate softer, partially decomposed wood that they can more easily process. Providing varied wood sources ensures consistent nutrition as they gradually consume these materials. Leaf litter forms an essential component of their feeding programme. Offer generous layers of quality hardwood leaves—oak, beech, and magnolia work excellently. The thick litter layers not only provide ongoing nutrition but also create the dark, protected environments these cave-dwelling species instinctively seek. Calcium supplementation is absolutely critical for Helios Rubber Ducky Isopods—even more so than many other species. Their limestone cave origins mean they've evolved expecting constant access to calcium-rich materials. Provide limestone chunks, powdered calcium, cuttlefish bone, and crushed eggshells liberally throughout their enclosure. Insufficient calcium leads to failed molts, weakened exoskeletons, and poor reproductive success. Protein sources support healthy moulting and reproduction. Offer high-quality fish flakes, dried shrimp, or specialized isopod pellets 2-3 times weekly. Some keepers successfully use freeze-dried insects or quality fish food as protein supplements. Their protein requirements remain moderate but consistent. Supplement sparingly with organic vegetables such as carrots, sweet potatoes, and squash. However, their primary nutrition derives from wood and leaf litter rather than fresh produce. Remove uneaten fresh foods within 24-48 hours to prevent mold issues in the high-humidity environment these species require. Creating the Perfect Enclosure Successfully keeping Helios Rubber Ducky Isopods requires replicating their natural cave environment with exceptional attention to detail. These are not forgiving species—environmental lapses quickly result in colony decline, making proper setup essential from the beginning. Start with well-ventilated containers of at least 6-8 quart capacity for starter cultures. Proper ventilation proves crucial despite high humidity requirements—create multiple airflow holes covered with fine mesh to maintain air circulation whilst preventing escapes and retaining necessary moisture levels. The substrate must be deep—at least 15cm (6 inches) minimum—to accommodate their extensive burrowing behaviour. Helios Rubber Ducky Isopods are fossorial specialists that spend much time underground, particularly during molting periods. Shallow substrate causes stress and prevents natural behaviours essential for their wellbeing. Create your base substrate using quality organic topsoil mixed with decomposed hardwood matter and well-aged leaf mold. Avoid any products containing fertilizers, pesticides, or unnecessary additives. The substrate should feel like rich forest soil—moist but structured, allowing tunneling without collapsing. Layer generous amounts of softwood pieces, cork bark, and additional leaf litter throughout. These materials serve triple duty as food sources, hiding spots, and structural support for their tunnel systems. As they consume and process these materials, regular replacement maintains both nutrition and environmental complexity. Limestone incorporation proves essential—mix crushed limestone throughout the substrate and place larger chunks on the surface. This recreates the calcium-rich geology of their natural caves whilst providing ongoing dietary supplementation. Cork bark pieces, ceramic caves, and additional wood create dark refuges mimicking cave conditions. Consider aesthetic presentation whilst prioritizing function. These stunning isopods deserve display-worthy environments, though their shy nature means sightings remain precious moments. Creating viewing windows or strategic cork bark placement allows observation opportunities without compromising their need for darkness and security. Temperature and Humidity Management Helios Rubber Ducky Isopods require consistently warm temperatures reflecting their tropical Thai origins. Maintain enclosures between 75-82°F (24-28°C), with the warmer end of this range promoting activity and breeding behaviours. Temperature stability proves absolutely critical—avoid fluctuations exceeding 2-3°F daily, as instability stresses colonies and impairs reproduction. Room temperature typically falls short for optimal care. Heat mats placed on enclosure sides (never bottoms, which create dangerous hot spots) provide gentle supplemental warmth. Always use thermostats—overheating quickly proves fatal in sealed, high-humidity environments. Monitor temperatures using reliable thermometers placed at substrate level where isopods actually experience conditions. Humidity management represents perhaps the most critical aspect of Helios Rubber Ducky care. These cave specialists require very high humidity levels of 80-90%—substantially higher than most isopod species. The consistently moist cave environments they evolved in mean they possess limited desiccation resistance compared to surface-dwelling varieties. Maintain humidity through regular misting with dechlorinated water, but create slight moisture gradients by keeping one small section marginally drier. This allows individuals to self-regulate whilst ensuring overall conditions remain suitably moist. The substrate should feel consistently damp throughout—squeeze-testing should yield moisture without excessive water drainage. Deep substrate layers help maintain stable humidity by creating moisture reservoirs that resist rapid drying. The burrowing nature of these isopods means they can access deeper, more consistently moist substrate layers during their active periods. However, adequate ventilation prevents stagnant air despite extreme humidity—this delicate balance requires careful monitoring and adjustment. Monitor humidity using reliable hygrometers, though substrate observation often provides better practical guidance. If substrate surfaces begin drying between mistings, increase frequency. Conversely, if standing water appears or substrate feels muddy, improve ventilation and reduce watering. Finding the perfect balance takes time but proves essential for success. Breeding and Colony Development Helios Rubber Ducky Isopods reproduce at slow to moderate rates—substantially slower than prolific species like Porcellio varieties. Patience proves essential when establishing breeding colonies, as rapid population growth should never be expected. This slower reproduction partly explains their high value and ongoing rarity in the hobby. Females carry eggs in specialized marsupial pouches for approximately 6-8 weeks before releasing miniature juveniles. Broods typically contain 5-15 offspring, with exact numbers depending on female size, age, and environmental conditions. The specialized reproductive strategy ensures high juvenile survival rates, though the limited brood sizes mean population expansion progresses gradually. Sexual maturity arrives at 6-8 months under optimal conditions, though some individuals require longer development periods. Breeding activity increases when stable warm temperatures and high humidity trigger reproductive behaviours. Disruptions to environmental conditions often pause breeding entirely, emphasizing the importance of consistency. Creating breeding-conducive environments requires unwavering attention to temperature, humidity, and substrate depth. Adequate calcium availability proves essential—calcium-deficient females often reabsorb developing eggs or produce weak offspring unable to survive. The deep substrate these species require becomes particularly important during breeding, as females seek secure underground locations for releasing their young. Juvenile isopods emerge as perfect miniatures of adults but remain particularly vulnerable during early life stages. They require 8-12 months to reach full size, with growth rates varying based on temperature, nutrition, and overall environmental quality. Their extended development period means breeding programmes require long-term commitment and patience. Successful colonies eventually become self-sustaining, with multiple generations coexisting peacefully. However, reaching this point demands months or even years of dedicated care. Rush attempts to expand populations through over-collection or inadequate environmental conditions typically fail, often resulting in colony collapse. Care Difficulty and Considerations Helios Rubber Ducky Isopods fall firmly into the medium to advanced difficulty category, making them entirely inappropriate for beginners. Their exacting environmental requirements, slow reproduction, and sensitivity to care errors mean they demand experienced keepers familiar with specialist Cubaris husbandry. Success requires commitment to maintaining very high humidity levels and stable warm temperatures—conditions that challenge even experienced keepers in temperate climates. Their extreme burrowing behaviour means rarely seeing your expensive specimens, testing the patience of collectors accustomed to more visible species. The high initial investment combined with slow breeding means losses prove particularly costly. The deep substrate requirements create maintenance challenges. Spot-cleaning becomes nearly impossible without disturbing extensive tunnel systems, whilst complete substrate changes risk catastrophic colony disruption. Most successful keepers adopt long-term substrate management strategies, gradually refreshing portions whilst leaving established areas undisturbed. Their sensitivity to environmental fluctuations means Helios Rubber Ducky Isopods require dedicated, climate-controlled spaces. Casual keeping in rooms experiencing seasonal temperature variations or inconsistent heating typically ends in failure. The specific combination of high heat, extreme humidity, and good ventilation proves technically demanding to maintain consistently. For dedicated collectors ready to tackle truly demanding species, Helios Rubber Ducky Isopods offer exceptional rewards. Their stunning golden coloration, iconic appearance, and significant rarity make them prestigious additions to serious collections. Successfully maintaining breeding colonies represents notable achievement within the hobby, demonstrating mastery of advanced tropical isopod husbandry. Those new to Cubaris keeping should gain extensive experience with more forgiving species before attempting Helios Rubber Ducky Isopods. Building fundamental skills with hardier tropical varieties provides essential preparation for the challenges these cave specialists present. Why Choose Helios Rubber Ducky Isopods? These remarkable creatures represent the pinnacle of isopod keeping—combining iconic status, exceptional beauty, and significant challenge into one extraordinary package. The Helios morph's distinctive golden coloration elevates the already legendary Rubber Ducky appearance to new heights, creating specimens that command attention from even casual observers. Beyond aesthetic appeal, successfully maintaining Helios Rubber Ducky colonies demonstrates mastery of advanced husbandry techniques transferable to other demanding species. The skills developed managing their exacting requirements—maintaining extreme humidity whilst preventing mold, providing deep substrate environments, and supporting slow-breeding populations—prepare keepers for virtually any specialist isopod species. Their role in appropriate bioactive setups adds practical value to ornamental qualities. Though far too valuable for use solely as cleanup crew, established colonies provide both functional benefits and stunning visual elements in high-end naturalistic displays designed for tropical cave-dwelling reptiles or amphibians. For collectors specifically interested in Cubaris diversity, Helios Rubber Ducky Isopods represent a must-have morph of the species that revolutionized the hobby. Their presence in collections connects keepers to the ongoing story of isopod keeping's explosive growth following the Rubber Ducky's discovery and viral popularity. Whether expanding rare Cubaris collections or seeking ultimate centerpiece species, Helios Rubber Ducky Isopods deliver unmatched prestige through their combination of beauty, rarity, and technical challenge. They represent the perfect choice for dedicated enthusiasts ready to demonstrate their commitment and skill through successfully maintaining these extraordinary cave dwellers.

Cubaris Black Diamond Isopods (Cubaris sp.) are a striking species from Thailand, notable for their dark grey to purplish colouration with distinctive white or yellow tail sections. Originating from the cool, humid limestone caves of Southeast Asia, these larger-bodied Cubaris prefer temperatures on the cooler end compared to many tropical isopods. They're a rewarding species for keepers with some experience, though they do require attention to temperature stability and humidity levels. A Glimpse Origin: Thailand Scientific Name: Cubaris sp. "Black Diamond" Difficulty Level: Medium Average Size: 14mm Rarity: Very Rare Lifespan: 2-3 years Temperature: 70-80°F (21°C-27°C) Ventilation: Low Humidity: 70-80% Favourite food: Mango, carrots, vegetables Supplements: Crushed limestone, cuttlefish bone Black Diamond Isopods: Introduction Black Diamond isopods are cave-dwelling Cubaris that have adapted to the cool limestone environments of Thailand. Unlike many tropical Cubaris species that thrive in warmer conditions, Black Diamonds actually prefer cooler temperatures and can become stressed or experience higher mortality rates if kept too warm. They're typically observed in small groups in the wild, traversing moist cave floors and rocky surfaces. Black Diamond Isopods: Physical Traits and Characteristics These are one of the larger Cubaris species, reaching approximately 14mm at maturity. Their exoskeleton displays a beautiful dark grey to purplish hue, with contrasting white or yellow colouration on the tail segments. Like other Cubaris, they possess the ability to roll into a ball when threatened. Their colouration makes them visually distinct from other species in the hobby. They are relatively shy and prefer to stay hidden, making adequate cover essential. Breeding rate is moderate compared to some of the more prolific species. Black Diamond Isopods: Diet Black Diamond isopods are detritivores like all isopods, feeding primarily on decaying organic matter. In captivity, they've shown a particular fondness for mango and carrots, alongside the standard isopod diet. Calcium is essential for healthy exoskeleton development and moulting. Provide sources such as crushed limestone, cuttlefish bone, or powdered eggshells. Given their limestone cave origins, calcium supplementation is particularly important for this species. Protein should be offered regularly to support breeding and overall health. Dried shrimp, fish flakes, and commercial isopod food mixes work well. Leaf litter forms the foundation of their diet. Provide pesticide-free oak, magnolia, or other hardwood leaves throughout the enclosure. Black Diamond Isopods: Habitat Creating the right environment is crucial for Black Diamond isopods, particularly regarding temperature: Temperature: This is critical - Black Diamond isopods prefer cooler conditions between 60°F-75°F (15°C-24°C). Higher temperatures can cause stress and increased mortality. This makes them unsuitable for heated reptile enclosures. Humidity: Maintain 70-80% humidity with a moisture gradient - one side wetter with sphagnum moss, the other drier. Substrate: Use a deep substrate mix (at least 2.5 inches) incorporating organic matter, leaf litter, and limestone pieces. Avoid coco coir as the primary substrate for Cubaris - a soil-based mix with added limestone is more appropriate. Hiding spots: Provide plenty of cover using flat cork bark, rotten wood, and leaf litter. These isopods are shy and will spend most of their time hidden. Ventilation: Keep ventilation low to maintain humidity, but ensure some airflow to prevent stagnation. Black Diamond Isopods: Behaviour Black Diamond isopods are secretive creatures that prefer to remain hidden. Don't expect to see them often - they'll spend most of their time beneath substrate, cork bark, and leaf litter. They're not particularly interactive pets and are best suited to keepers who appreciate observing natural behaviours rather than handling. Their moderate breeding rate means colonies establish slowly. Patience is required, and disturbing the enclosure frequently can set back breeding efforts. Who Are Black Diamond Isopods Suited For? These isopods are best suited for keepers with some prior Cubaris experience who can provide stable, cooler conditions. They're not ideal for heated bioactive setups or for those wanting a fast-breeding cleanup crew. However, for collectors who appreciate unusual colouration and can meet their specific temperature requirements, Black Diamond isopods make a distinctive and rewarding addition to any collection.

Cubaris Crazy Horse Isopods (Cubaris sp.) are a visually striking variety featuring mottled brown, tan, and rusty orange colouration that gives them a wild, untamed appearance - hence the name. Like most Cubaris species, they originate from Southeast Asia and share the typical care requirements of the genus: high humidity, warm temperatures, and calcium-rich substrates. A Glimpse Origin: Thailand Scientific Name: Cubaris sp. "Crazy Horse" Maintenance required: Medium Average Size: 12-15mm Rarity: Very Rare Lifespan: 2-3 years Temperature: 70°F-80°F (21°C-27°C) Ventilation: Low Humidity: 70-80% Favourite food: Leaf litter, vegetables, decaying wood Supplements: Crushed limestone, cuttlefish bone Crazy Horse Isopods: Introduction Crazy Horse isopods are a lesser-known Cubaris variety that appeals to collectors looking for something different from the more commonly seen species. Their earthy, mottled colouration sets them apart from the brighter Cubaris morphs, offering a more natural aesthetic that blends beautifully with bioactive setups. As with most Cubaris species, they're believed to originate from the limestone cave systems and humid forests of Thailand or surrounding regions. This is still a relatively new variety in the hobby, so detailed locality and breeding information is limited. What we do know is that they respond well to standard Cubaris care protocols. Crazy Horse Isopods: Physical Traits and Characteristics Medium-sized Cubaris reaching approximately 12-15mm at maturity. Their colouration features a mix of browns, tans, and rusty orange tones in a mottled pattern. Individual variation is common, with some specimens displaying more orange whilst others lean towards darker browns. Like all Cubaris, they possess the ability to roll into a protective ball when threatened. Their earthy tones make them excellent for naturalistic terrarium displays where they blend into leaf litter and substrate. Crazy Horse Isopods: Diet As detritivores, Crazy Horse isopods feed primarily on decaying organic matter. In captivity, provide a varied diet to keep them healthy. Leaf litter should form the basis of their diet. Offer pesticide-free oak, beech, or magnolia leaves throughout the enclosure - this mimics their natural food source and provides hiding spots. Calcium is essential for proper moulting and exoskeleton development. Cubaris species from limestone regions have high calcium requirements, so provide cuttlefish bone, crushed limestone, or powdered eggshells. Consider adding small limestone pieces to the enclosure. Protein supports breeding and growth. Offer dried shrimp, fish flakes, or commercial isopod food occasionally. Vegetables like carrots, sweet potato, and butternut squash make excellent supplementary foods. Remove uneaten portions after a day or two to prevent mould. Crazy Horse Isopods: Behaviour Like other Cubaris species, Crazy Horse isopods are shy and prefer to remain hidden during daylight hours. They're most active at night when they emerge to forage. Don't expect to see them frequently - they'll spend much of their time beneath substrate, cork bark, and leaf litter. They're not particularly fast-moving and have a calm temperament. When disturbed, they'll typically freeze or roll into a ball rather than flee. This makes them poor choices if you want an active, visible species, but ideal for keepers who enjoy setting up naturalistic enclosures and observing natural behaviours. Crazy Horse Isopods: Habitat Creating an appropriate habitat is essential for Cubaris success: Enclosure: A plastic tub or glass terrarium works well. Ensure the enclosure retains humidity but has some ventilation to prevent stagnation. A 6-litre container is suitable for a starter colony. Substrate: Use a soil-based substrate mix at least 2.5-3 inches deep. Include organic matter, decaying hardwood, and limestone pieces. Avoid relying heavily on coco coir alone - Cubaris do better with a richer, more varied substrate. Moisture gradient: Keep one side of the enclosure moist with sphagnum moss whilst leaving the other side drier. This allows the isopods to regulate their own moisture levels. Temperature: Maintain temperatures between 70-80°F (21-27°C). Room temperature in most UK homes during warmer months is often suitable, but a heat mat on a thermostat may be needed in winter. Hiding spots: Provide plenty of cork bark, rotten wood, and leaf litter. Cubaris are secretive and need ample cover to feel secure. Crazy Horse Isopods: Breeding Breeding rate for this variety appears to be moderate, typical of most Cubaris species. They're not as prolific as some Porcellio species, so patience is required when establishing a colony. Females carry eggs in a brood pouch until the young hatch as miniature versions of the adults. Stable conditions are key to encouraging breeding. Avoid large fluctuations in temperature and humidity, and ensure calcium is always available. Disturbing the enclosure too frequently can stress the colony and reduce breeding success. Who Are Crazy Horse Isopods Suited For? These isopods suit keepers with some experience who are looking to expand their Cubaris collection with a less common variety. Their earthy colouration makes them ideal for naturalistic bioactive setups where you want isopods that blend in rather than stand out. They're not the best choice for complete beginners - consider starting with Cubaris murina or Panda King if you're new to the genus. However, for those comfortable with basic Cubaris care, Crazy Horse isopods offer something a bit different from the mainstream morphs.

These impressive Spanish giants from the Prades Mountains of Catalonia represent one of the larger Porcellio species available in the hobby. With their distinctive flat profile and striking orange coloration, P. expansus 'Prades' brings a taste of the Mediterranean scrublands to your collection. While not the easiest species to establish, their size and active nature make them a rewarding project for keepers ready to move beyond beginner species. A Glimpse Origin: Prades Mountains, Catalonia, Spain Scientific Name: Porcellio expansus 'Prades' Difficulty Level: Medium Adult Size: Up to 22mm (0.87 inches) Rarity: Rare Temperature: 70°F to 85°F (21°C to 29°C) Humidity: 30% to 50% with dry areas essential Favorite Foods: Lichen, dried fish food, hardwood leaves Supplements: Protein sources, calcium, bee pollen Overview Porcellio expansus 'Prades' hails from the rocky, arid regions of northeastern Spain where they've adapted to survive in challenging Mediterranean conditions. Their flattened body shape allows them to wedge into narrow rock crevices in their natural habitat, while their orange-rust coloration provides camouflage against the iron-rich soils of their homeland. Unlike many commonly kept species, these isopods are distinctly xerophilic (dry-loving) and will quickly decline in overly humid conditions. These active isopods are primarily nocturnal but can often be spotted during daylight hours, especially during feeding. They're surprisingly fast movers when disturbed and exhibit interesting social behaviors, often clustering together under bark pieces. However, they can be slow to establish and somewhat sensitive to environmental changes, making them better suited to keepers with some experience. Basic Care Enclosure Setup: Minimum 10-litre container for starter colonies (10-15 individuals) Maximum ventilation critical - consider additional air holes 3-4 inch substrate layer for burrowing Multiple vertical bark pieces for climbing and hiding Minimal leaf litter compared to other species Stone or slate pieces to mimic natural habitat Substrate Requirements: 50% sandy loam or mineral-based soil 20% decomposed hardwood 20% crushed limestone or gypsum 10% dried moss (not sphagnum) Environmental Conditions: This species requires a pronounced moisture gradient with the majority of the enclosure kept dry. Maintain only a small corner (about 20% of the enclosure) slightly moist, misting this area lightly once every 7-10 days. Excessive moisture is the quickest way to lose a colony of P. expansus. They thrive in warm conditions and benefit from temperatures at the higher end of their range. Good ventilation cannot be overstated - stagnant, humid air will lead to rapid colony decline. Feeding: Feed sparingly once weekly, offering only what can be consumed within 48 hours. These isopods have lower appetites than many tropical species. Focus on dried foods rather than fresh vegetables. Lichen, dried fish food, and bee pollen are particularly appreciated. Fresh foods should be limited to harder vegetables like carrot or butternut squash, offered in small amounts. Protein is essential for successful molting and should be offered weekly in small quantities. Breeding Notes P. expansus 'Prades' is notably slower to reproduce than many commonly kept species. Expect 3-6 months before seeing first offspring in new colonies. Females produce smaller broods (15-25 young) compared to other Porcellio species, but offspring survival rates are high when conditions are correct. Temperature plays a crucial role in breeding success - colonies kept below 70°F rarely reproduce. Patience is key with this species; once established, colonies are quite stable but never explosive in growth. Special Considerations This species is particularly sensitive during shipping and acclimation. Expect some losses in the first week as individuals adjust to new conditions. Avoid the temptation to increase moisture if you see casualties - this usually makes matters worse. Instead, ensure adequate ventilation and stable temperatures. Once acclimated, they're relatively hardy but never as forgiving as species like P. scaber or P. laevis. The PostPods Difference Our Prades locality specimens come from established breeding groups that have been successfully maintained for multiple generations in the UK. We've found these particular lines to be more adaptable than fresh imports, giving you better chances of colony establishment.

Discover the exquisite beauty of our rare Cubaris Platin Tung Song Isopods! These stunning cave-dwelling treasures from the limestone caves of Tung Song, Thailand, showcase breathtaking metallic platinum coloration with intricate yellow spotting that creates an almost jewel-like appearance. Despite their smaller stature compared to other Cubaris species, these remarkable isopods more than make up for their size with their incredible visual impact and unique shy personality that makes observing them all the more rewarding. Perfect for collectors seeking something truly special and rare in their collections. A Glimpse Origin: Tung Song caves, Southern Thailand Scientific Name: Cubaris sp. "Platin Tung Song" Maintenance required: Medium Average Size: 1.0-1.5 cm Rarity: Very rare Lifespan: 1.5-2 years Temperature: 23℃-26℃ (73℉-79℉) Ventilation: Moderate (with high humidity) Humidity: 70-85% Favorite food: Leaf litter, decaying wood, specialized feeds Supplements: Cuttlebone, calcium powder, protein sources Cubaris Platin Tung Song: Introduction These extraordinary isopods were discovered in the mysterious limestone cave systems of Tung Song in Southern Thailand, where they've adapted to the unique microclimate conditions found in these underground environments. The name "Platin" refers to their stunning platinum-silver metallic sheen that seems to shimmer under terrarium lighting, while intricate yellow spots create beautiful contrast patterns across their exoskeleton. As one of the smaller Cubaris species, they represent a perfect example of how size doesn't diminish beauty or desirability in the isopod world. Their cave-dwelling origins have resulted in a naturally shy and timid personality that makes them more secretive than many other species, but this only adds to their mystique and makes glimpses of them all the more special for dedicated observers. Physical Traits and Characteristics These petite Cubaris display the classic "rubber ducky" facial features beloved in the Cubaris genus, with prominent compound eyes and distinctive head shape Their most striking feature is the metallic platinum-silver base coloration that creates an almost mirror-like sheen across their exoskeleton Intricate yellow spots and markings are scattered across their dorsal surface, creating unique patterns that vary between individuals At only 1.0-1.5cm when fully grown, they're among the smaller members of the Cubaris family, making them perfect for detailed observation They possess the characteristic Cubaris ability to roll into a perfect sphere when threatened, creating tiny living pearls Their compact size and metallic coloration make them appear almost like living jewelry when they emerge from hiding The contrast between their platinum base and yellow markings becomes more pronounced under proper terrarium lighting Despite their small size, they display all the classic Cubaris proportions and body structure in miniature Their cave-adapted physiology makes them particularly sensitive to environmental changes, requiring stable conditions Diet Cubaris Platin Tung Song isopods have refined dietary preferences that reflect their cave-dwelling origins. In their natural limestone cave habitat, they consume decomposing organic matter, cave-specific fungi, and mineral-rich detritus that washes into their underground homes. In captivity, provide high-quality leaf litter (oak, beech, and maple work particularly well), along with small pieces of well-aged hardwood and cork bark. Their smaller size means they prefer finely processed foods, so consider crushing or breaking larger food items into appropriate sizes. Supplement their diet with calcium-rich sources like cuttlebone powder, crushed limestone, or specialized calcium supplements designed for cave-dwelling species. Protein sources should be offered sparingly but regularly - fish food flakes, dried shrimp, or specialized high-protein isopod foods work well. Due to their shy nature and smaller size, they may be outcompeted by larger, more aggressive species, so monitor feeding carefully to ensure they receive adequate nutrition. Their slower metabolism means they require less frequent feeding than more active species, but consistency is key for maintaining their health and encouraging breeding. Cubaris Platin Tung Song: Personality These remarkable isopods display a notably shy and timid personality that sets them apart from many other Cubaris species. Their cave-dwelling origins have instilled in them a preference for remaining hidden during daylight hours, making them primarily nocturnal in their activity patterns. They're much more secretive than their bolder Cubaris cousins and will quickly retreat to hiding spots when disturbed. This shyness means they require larger population numbers to feel secure enough to venture out regularly - a phenomenon where safety in numbers encourages more confident exploration of their environment. Despite their timid nature, they're peaceful and make excellent companions for other small, non-aggressive isopod species. Their small size and gentle temperament mean they pose no threat to tank mates and actually benefit from the increased activity of slightly bolder species that can encourage them to emerge more frequently. Their retiring nature makes observing them feel like a special privilege, and their stunning appearance makes every sighting truly memorable for dedicated enthusiasts who appreciate their subtle beauty. Breeding Cubaris Platin Tung Song isopods are moderate breeders that require stable, optimal conditions to reproduce successfully. Their cave-adapted physiology means they're more sensitive to environmental fluctuations than some hardier species, making consistent care essential for breeding success. Females reach maturity at around 4-5 months and will carry their eggs for approximately 6-8 weeks before releasing 10-20 tiny juveniles. The young are exceptionally small and delicate, requiring very stable conditions and appropriate food sources to survive to adulthood. For optimal breeding results, maintain consistent humidity levels between 75-85%, stable temperatures around 24-25℃, and provide abundant calcium sources. The shy nature of this species means they feel more secure and breed more readily in larger groups, so maintaining colonies of 20+ individuals often yields better reproductive success. Their slower growth rate means patience is required, but the reward of successfully breeding these rare and beautiful isopods makes the effort worthwhile. Multiple generations can coexist peacefully in well-maintained setups, gradually building thriving colonies over time. Creating the Perfect Habitat Cubaris Platin Tung Song isopods require carefully designed habitats that replicate their natural cave environment. Use a deep substrate mix of quality soil, decomposed leaf matter, and limestone pieces to reflect their calcium-rich cave origins, with a depth of at least 4-5cm for adequate burrowing. Maintain high humidity levels (75-85%) while ensuring adequate ventilation to prevent stagnation - this balance is crucial for their health. Create hiding spots using flat limestone pieces, cork bark chunks, and ceramic caves that provide the dark, secure spaces they crave. Their small size means they can escape through surprisingly small gaps, so ensure all ventilation holes are appropriately sized. Include sphagnum moss in humid areas to help maintain consistent moisture levels while providing additional hiding spots. Temperature stability is critical - maintain consistent temperatures between 23-26℃ without significant fluctuations. Consider the visual presentation when designing their habitat, as their metallic coloration is particularly striking against dark substrates and under appropriate lighting. Include natural limestone or crushed oyster shell in the substrate to provide ongoing calcium supplementation and replicate the mineral-rich conditions of their native caves. The combination of stable conditions, appropriate hiding spots, and mineral-rich environment will help these shy beauties feel secure enough to display their stunning coloration and natural behaviors.

Explore the fascinating world of African terrestrial isopods with our rare Ignamba sp. Nigeria Isopods! These remarkable woodlice represent an exciting opportunity to keep one of the lesser-known genera from the diverse African continent, bringing a piece of Nigerian wildlife directly to your terrarium. As representatives of Africa's rich but understudied isopod fauna, these unique creatures offer experienced keepers the chance to work with truly uncommon species while contributing to our understanding of African terrestrial crustaceans. Perfect for dedicated collectors seeking something genuinely rare and geographically distinctive. A Glimpse Origin: Nigeria, West Africa Scientific Name: Ignamba sp. "Nigeria" Maintenance required: Medium  Average Size: 1.0-1.8 cm (estimated) Rarity: Very Rare Lifespan: 1.5-2.5 years (estimated) Temperature: 24℃-28℃ (75℉-82℉) Ventilation: Moderate to High Humidity: 70-85% Favorite food: Leaf litter, tropical vegetation, organic matter Supplements: Calcium sources, protein supplements Ignamba sp. Nigeria: Introduction These extraordinary isopods hail from the biodiverse landscapes of Nigeria, representing one of the many fascinating but poorly documented terrestrial crustacean species found across West Africa. The genus Ignamba is part of Africa's rich isopod fauna that remains largely unexplored by the scientific community, making these specimens particularly valuable for both hobbyists and researchers interested in African biodiversity. Nigeria's varied ecosystems, from tropical rainforests to savannas, provide unique environmental pressures that have shaped the evolution of these remarkable creatures. Their presence in the hobby represents an exciting opportunity to study and appreciate African isopod diversity while potentially contributing to our understanding of this understudied genus through careful observation and breeding records. Physical Traits and Characteristics These medium-sized terrestrial isopods display characteristics typical of African woodland species, with robust, well-segmented bodies adapted to tropical conditions Their coloration likely reflects their Nigerian origins, potentially featuring earth tones that provide camouflage in leaf litter and forest floor environments As representatives of an African genus, they may display unique morphological features that distinguish them from more commonly kept European or Asian species Their size places them in the medium range for terrestrial isopods, making them substantial enough for detailed observation while remaining manageable in terrarium settings Body structure suggests adaptation to burrowing and surface foraging behaviors typical of tropical forest floor dwellers Their African heritage may contribute to enhanced heat tolerance compared to temperate species Segmentation and proportions reflect successful adaptation to Nigeria's diverse ecological niches As with many African isopods, they likely possess efficient water retention mechanisms for surviving seasonal variations Their terrestrial lifestyle indicates full adaptation to land-based living with appropriate respiratory and reproductive modifications Diet Ignamba sp. Nigeria isopods are presumed to be generalist detritivores with feeding habits adapted to Nigeria's rich tropical ecosystems. In their natural habitat, they likely encounter a diverse array of decomposing plant matter, from fallen rainforest leaves to grassland vegetation, depending on their specific regional distribution within Nigeria. Provide a varied diet that reflects their tropical origins, including quality leaf litter from oak, beech, and tropical hardwood species. Supplement with fresh vegetables such as sweet potatoes, yams, plantain, and other foods that might be encountered in their native range. Their African origins suggest they may particularly appreciate calcium-rich foods and mineral supplements. Given Nigeria's biodiversity, these isopods may have evolved to process a wide variety of organic matter. Offer protein sources like fish food flakes, dried shrimp, or specialized protein supplements to support healthy growth and reproduction. Include tropical fruits occasionally, as many African isopods have adapted to utilize seasonal fruit falls. Monitor feeding carefully as these rare specimens require consistent nutrition to establish successfully in captivity. Their adaptation to tropical conditions suggests they may have higher metabolic rates than temperate species, potentially requiring more frequent feeding during their active periods. Ignamba sp. Nigeria: Personality As representatives of African isopod fauna, these remarkable creatures likely display behavioral adaptations reflecting their tropical heritage. Many African terrestrial isopods exhibit increased activity levels compared to their temperate cousins, potentially making them more engaging to observe once they acclimate to terrarium conditions. Their behavior patterns may reflect the seasonal rhythms of Nigerian ecosystems, with periods of increased activity corresponding to wet and dry seasons. They may be more exploratory than some species, as adaptation to Nigeria's diverse habitats often favors behavioral flexibility and environmental exploration. Being from an understudied genus, observing their behavior contributes valuable information to our understanding of African isopod ecology. They may display unique social behaviors, feeding preferences, or environmental responses that distinguish them from more commonly kept species. Their rarity means they deserve patient, respectful care that allows their natural behaviors to emerge as they settle into captive conditions. Each behavioral observation contributes to our collective knowledge of this fascinating but poorly understood genus. Breeding Breeding Ignamba sp. Nigeria isopods represents an exciting opportunity to establish captive populations of this rare African species. As with many tropical isopods, they may require specific environmental triggers related to seasonal changes, humidity cycles, or temperature variations to initiate successful breeding. Establishing breeding populations is particularly important given their rarity in the hobby. Success in breeding these isopods not only provides personal satisfaction but contributes to conservation of the genetic diversity of this understudied species in captivity. Females likely follow typical isopod reproductive patterns, carrying eggs in a marsupium for several weeks before releasing juveniles. The exact breeding cycle may differ from more commonly known species, making careful observation and record-keeping valuable for future keepers. Provide optimal conditions with stable high humidity, appropriate temperatures reflecting Nigerian climate patterns, and abundant calcium sources to support egg development and juvenile growth. Multiple breeding pairs increase the likelihood of establishing a self-sustaining colony. Given their rarity, any successful breeding should be documented and shared with the isopod community to increase knowledge about this genus and potentially establish multiple breeding lines to ensure long-term availability. Creating the Perfect Habitat Ignamba sp. Nigeria isopods require carefully designed habitats that reflect their tropical African origins. Create a setup that mimics Nigerian woodland conditions with deep, moisture-retentive substrate composed of quality tropical soil mix, decomposed leaf matter, and organic components that maintain consistent humidity. Temperature management is crucial - maintain warm conditions between 24-28℃ to reflect their tropical heritage while avoiding temperature fluctuations that might stress these rare specimens. Higher temperatures than typically used for European species may be necessary for optimal health and activity. Humidity should remain consistently high (75-85%) while ensuring adequate ventilation to prevent stagnation. Create microclimates within the enclosure using sphagnum moss, cork bark, and leaf litter to provide varied humidity zones that allow the isopods to self-regulate their moisture needs. Include hiding spots that reflect their natural environment - flat bark pieces, ceramic caves, and leaf litter create the security they need while allowing for natural foraging behaviors. Consider the aesthetic appeal of creating a Nigerian-inspired biotope with appropriate tropical decorations. Lighting should be minimal as these are likely forest floor species adapted to low light conditions. Substrate depth should be substantial (5-7cm) to allow for natural burrowing behaviors while incorporating mineral-rich components to support their calcium requirements. Given their rarity and value, monitor environmental conditions closely and maintain detailed records of successful setups to help establish best practices for keeping this remarkable and understudied African species.

Porcellio Silvestri Dalmatian Isopods Product Description Discover the stunning beauty of our Porcellio Silvestri Dalmatian Isopods! These exceptional European woodlice showcase a captivating dalmatian-like pattern with distinctive dark spots scattered across their pale exoskeleton, creating a truly eye-catching display that has made them increasingly popular among enthusiasts. Native to the Mediterranean regions, these hardy and adaptable isopods bring both visual appeal and reliable performance to any bioactive setup, making them perfect for both beginners and experienced keepers seeking something special. A Glimpse Origin: Mediterranean Europe (Italy, Southern France) Scientific Name: Porcellio silvestri "Dalmatian" Maintenance required: Easy Average Size: 1.5-2 cm Rarity: Common Lifespan: 2-3 years Temperature: 18℃-24℃ (64℉-75℉) Ventilation: Moderate Humidity: 50-70% Favorite food: Leaf litter, vegetable scraps, organic matter Supplements: Cuttlebone, crushed limestone, calcium powder Porcellio Silvestri Dalmatian: Introduction These remarkable isopods originate from the rocky Mediterranean coastlines and woodland areas of Southern Europe, where they've adapted to varying moisture conditions and seasonal changes. The "Dalmatian" variety showcases the species' most striking colour morph, featuring a cream to pale grey base colour adorned with irregular dark spots that give them their distinctive dalmatian dog-like appearance. They're known for their robust nature and adaptability, making them excellent choices for terrarium clean-up crews and fascinating display animals. Physical Traits and Characteristics These medium-sized terrestrial isopods display the classic Porcellio body shape with well-defined segments and prominent antennae Their most distinctive feature is the unique spotted pattern - dark grey to black spots randomly distributed across a pale cream or light grey exoskeleton Each individual has a unique spot pattern, making every isopod visually distinct like fingerprints They possess the typical Porcellio oval-shaped body that's slightly flattened, perfect for squeezing into tight spaces Unlike some Cubaris species, they cannot roll into a complete ball but will curl partially when threatened Adult specimens reach an impressive 1.5-2cm in length, making them substantial and easily observable Their relatively thick exoskeleton provides excellent protection and contributes to their hardy nature Active foragers that are often seen exploring their environment, especially during dawn and dusk hours Diet Porcellio Silvestri Dalmatians are excellent decomposers and will eagerly consume a variety of organic materials. In their natural habitat, they feed primarily on decaying plant matter, fallen leaves, and rotting wood. In captivity, they thrive on a diverse diet including leaf litter (oak, beech, and maple leaves work particularly well), vegetable scraps such as carrots, sweet potatoes, and courgette, and commercial isopod foods. For optimal health and breeding success, supplement their diet with calcium sources like cuttlebone, crushed eggshells, or calcium powder. Protein can be provided through fish food flakes, dried shrimp, or commercial protein supplements. Avoid citrus fruits and anything too acidic, as these can be harmful to their digestive system. Feed in small amounts that can be consumed within a few days to prevent mould and pest issues. These isopods are efficient cleaners and will help maintain a healthy terrarium ecosystem by breaking down organic waste. Porcellio Silvestri Dalmatian: Personality These isopods display a confident and active personality compared to some of their more secretive cousins. They're often seen foraging openly during the day and are less likely to hide when the enclosure is disturbed. Their bold nature makes them excellent display animals as they'll readily venture into view. They're generally peaceful and can coexist well with other isopod species of similar size, though providing adequate space and hiding spots is essential to prevent competition. These isopods are curious explorers and will investigate new additions to their enclosure, making them engaging pets to observe. Their hardy Mediterranean origins mean they're relatively tolerant of handling for brief periods, though like all isopods, they prefer to be left undisturbed most of the time. Breeding Porcellio Silvestri Dalmatians are reliable breeders once established in suitable conditions. They reach sexual maturity at approximately 3-4 months of age and can produce offspring throughout the year in stable terrarium conditions. Females carry their eggs in a marsupium (brood pouch) for about 4-6 weeks before the young emerge as miniature versions of the adults. Each brood typically contains 20-40 offspring, depending on the female's size and condition. The young will stay close to their mother initially before dispersing throughout the enclosure. For successful breeding, maintain stable humidity levels, provide plenty of calcium supplementation, and ensure adequate protein in their diet. Multiple generations can coexist peacefully, creating thriving colonies that will self-sustain with minimal intervention. Creating the Perfect Habitat Porcellio Silvestri Dalmatians appreciate a well-balanced terrarium that mimics their Mediterranean woodland habitat. Use a substrate mix of quality soil, coconut coir, and leaf mould with a depth of at least 5cm to allow for natural burrowing behaviours. Create humidity gradients by keeping one section slightly more moist than the other - this allows the isopods to self-regulate their moisture needs. Provide plenty of hiding spots using cork bark, flat stones, or ceramic tiles. Add dried leaves not just as food but as shelter and to help maintain humidity. Temperature should remain stable between 18-24℃, and while they can tolerate brief temperature fluctuations, avoid extreme changes. Ventilation should be adequate to prevent stagnant air but not so excessive that it dries out the enclosure completely. For substrate, a mixture that includes some limestone or chalk will provide ongoing calcium supplementation, reflecting their natural preference for calcareous soils in their native Mediterranean habitat.

Experience the vibrant beauty of our stunning Porcellio Silvestri High Orange Isopods! These exceptional Mediterranean woodlice showcase brilliant orange coloration that ranges from sunset amber to deep burnt orange, creating one of the most visually striking colour morphs in the Porcellio family. This selectively bred variety represents years of careful cultivation to achieve these intense orange hues that make them true showstoppers in any bioactive setup. Perfect for enthusiasts seeking both visual impact and reliable performance from their cleanup crews. A Glimpse Origin: Mediterranean Europe (Selectively bred from Italian stock) Scientific Name: Porcellio silvestri "High Orange" Maintenance required: Easy Average Size: 1.5-2 cm Rarity: Rare Lifespan: 2-3 years Temperature: 18℃-24℃ (64℉-75℉) Ventilation: Moderate Humidity: 50-70% Favorite food: Leaf litter, sweet vegetables, organic matter Supplements: Cuttlebone, crushed limestone, calcium powder Porcellio Silvestri High Orange: Introduction These remarkable isopods represent one of the most sought-after colour variations of the hardy Mediterranean Porcellio silvestri species. Through selective breeding programs, dedicated cultivators have enhanced the natural orange pigmentation found in wild populations to create these spectacular "High Orange" specimens. The intensity of their coloration can vary from bright sunset orange to deep amber, with some individuals displaying almost flame-like intensity that seems to glow under terrarium lighting. Native to the rocky Mediterranean coastlines and woodland areas, the base species has been adapted through generations of careful selection to emphasize the most vibrant orange traits while maintaining their renowned hardiness and adaptability. Physical Traits and Characteristics These medium-sized terrestrial isopods display the classic robust Porcellio body shape with well-defined segmentation and prominent antennae Their most striking feature is the intense orange coloration that covers most of their exoskeleton, ranging from bright tangerine to deep burnt orange The orange pigmentation is most vivid along the edges and can create beautiful gradient effects across their segments Some specimens may display subtle darker banding or mottling that enhances the overall visual impact They possess the typical Porcellio oval-shaped, slightly flattened body perfect for navigating tight spaces in substrate and bark Adult specimens reach an impressive 1.5-2cm in length, making their brilliant coloration easily observable and appreciated Unlike pill bugs, they cannot roll into a complete ball but will curl defensively when threatened Their relatively thick exoskeleton not only provides protection but serves as the canvas for their stunning coloration Active and confident foragers that aren't shy about displaying their beautiful colours during exploration Diet Porcellio Silvestri High Orange isopods are excellent decomposers with hearty appetites that help maintain their vibrant coloration. In their natural habitat, they consume decaying plant matter, fallen leaves, and rotting wood. To maintain and enhance their brilliant orange hues, provide a varied diet rich in carotenoids and nutrients. Excellent food choices include leaf litter (particularly oak, beech, and maple), orange and yellow vegetables like carrots, sweet potatoes, butternut squash, and bell peppers, which can help maintain their vibrant coloration. Commercial isopod foods formulated with natural colour enhancers work particularly well for this variety. Calcium supplementation is crucial for healthy molting and shell development - provide cuttlebone, crushed eggshells, or limestone powder regularly. Protein sources such as fish food flakes, dried shrimp, or specialized protein supplements support healthy growth and reproduction. Feed appropriate portions that can be consumed within 2-3 days to prevent mold issues. These efficient cleaners will help break down organic waste while adding a splash of brilliant colour to your terrarium ecosystem. Porcellio Silvestri High Orange: Personality These vibrant isopods display the confident, active personality characteristic of the Porcellio silvestri species. They're bold foragers who aren't afraid to venture into the open, making them excellent display animals as their stunning coloration is frequently on show. Their Mediterranean hardiness translates into a resilient, adaptable nature that makes them forgiving of minor care variations. They're generally peaceful and can coexist well with other similarly-sized isopod species, though their striking appearance often makes them the star attraction of mixed colonies. These isopods are curious and will readily investigate new food items or environmental changes, making them engaging to observe. Their robust nature means they're relatively tolerant of brief handling for terrarium maintenance, though like all isopods, they prefer minimal disturbance. When threatened, they'll curl partially and may remain motionless, but they quickly resume normal activity once they feel secure. Breeding Porcellio Silvestri High Orange isopods are reliable breeders that will readily reproduce in suitable conditions. The orange coloration is a heritable trait, though intensity can vary among offspring. Selective breeding by retaining the most vibrantly coloured individuals can help maintain and even enhance the orange characteristics over generations. Females reach sexual maturity at 3-4 months and carry eggs in their marsupium for 4-6 weeks. Each brood typically produces 20-40 offspring, with the young emerging as miniature versions of their parents. The orange coloration develops and intensifies as the young mature through successive molts. For optimal breeding success, maintain stable humidity around 60-70%, provide abundant calcium sources, and ensure adequate protein in their diet. The young will initially stay near their mother before dispersing throughout the enclosure, and multiple generations can coexist peacefully in well-maintained setups. Breeding these isopods can be particularly rewarding as you may occasionally produce offspring with even more intense orange coloration than their parents. Creating the Perfect Habitat Porcellio Silvestri High Orange isopods thrive in well-balanced terrarium setups that reflect their Mediterranean origins while showcasing their brilliant coloration. Use a quality substrate mix of soil, coconut coir, and decomposed leaf matter with a depth of at least 5cm for natural burrowing behaviors. Create a moisture gradient with one section kept slightly more humid than the other, allowing the isopods to self-regulate their hydration needs. Their orange coloration is particularly striking against dark substrates and green moss, so consider the visual presentation when designing the layout. Provide abundant hiding spots using cork bark, flat stones, or ceramic tiles. The contrast between their bright orange bodies and natural brown cork bark creates particularly stunning visual effects. Add dried leaves both as food sources and shelter - the warm tones of autumn leaves complement their coloration beautifully. Maintain stable temperatures between 18-24℃ and ensure adequate ventilation without over-drying the enclosure. Including some limestone or crushed oyster shell in the substrate provides ongoing calcium supplementation while supporting their natural preference for slightly alkaline conditions. Consider terrarium lighting that enhances their orange coloration - warm LED lights can make their colours appear even more vivid and create an impressive display piece that showcases these remarkable creatures at their best.

Porcellio Silvestri Black Senia Isopods Product Description Discover the dramatic elegance of our Porcellio Silvestri Black Senia Isopods! These striking Mediterranean woodlice showcase deep, rich black coloration that creates a bold and sophisticated presence in any bioactive setup. The "Black Senia" variety represents one of the most distinctive colour morphs of the reliable Porcellio silvestri species, combining the species' renowned hardiness with an almost gothic beauty that makes them stand out dramatically against lighter substrates and natural decorations. Perfect for enthusiasts seeking something truly unique that combines visual impact with proven reliability. A Glimpse Origin: Mediterranean Europe (Senia region lineage) Scientific Name: Porcellio silvestri "Black Senia" Maintenance required: Easy Average Size: 1.5-2 cm Rarity: Rare Lifespan: 2-3 years Temperature: 18℃-24℃ (64℉-75℉) Ventilation: Moderate Humidity: 50-70% Favorite food: Leaf litter, vegetable scraps, organic matter Supplements: Cuttlebone, crushed limestone, calcium powder Porcellio Silvestri Black Senia: Introduction These remarkable isopods originate from specific populations found in the Senia region, where unique environmental conditions have given rise to this exceptional black colour variant. The deep, almost charcoal-black coloration sets them apart dramatically from other Porcellio silvestri morphs, creating an almost mysterious appearance that has captivated collectors and enthusiasts worldwide. Despite their striking gothic appearance, they retain all the hardy characteristics that make Porcellio silvestri species excellent choices for both beginners and experienced keepers. Their dramatic coloration combined with their robust Mediterranean genetics creates a perfect balance of visual appeal and practical reliability, making them ideal specimens for both display terrariums and working cleanup crews. Physical Traits and Characteristics These medium-sized terrestrial isopods display the classic robust Porcellio body shape with well-defined segmentation and prominent antennae Their most distinctive feature is the deep black coloration that covers their entire exoskeleton, ranging from charcoal grey to true jet black The black pigmentation creates striking contrast with their pale antennae and leg segments, giving them a distinctive two-toned appearance Some specimens may display subtle variations in black intensity, with certain segments appearing slightly darker or showing faint metallic sheens They possess the typical Porcellio oval-shaped, moderately flattened body perfect for navigating through substrate layers and bark crevices Adult specimens reach 1.5-2cm in length, making their dramatic coloration easily visible and impressive Unlike armadillo-style isopods, they cannot roll into a complete ball but will curl partially when threatened Their substantial exoskeleton provides excellent protection while serving as a striking canvas for their distinctive coloration Active and confident foragers whose dark coloration creates beautiful contrast against lighter substrates and decorations When moving across pale surfaces or light-coloured moss, they create particularly striking visual effects Diet Porcellio Silvestri Black Senia isopods are excellent decomposers with robust appetites that support their healthy development and maintain their rich coloration. In nature, they consume decaying plant matter, fallen leaves, and rotting wood, playing crucial roles in nutrient cycling. Provide a varied diet including quality leaf litter (oak, beech, and maple work exceptionally well), vegetable scraps such as carrots, courgette, sweet potatoes, and squash. Their dark coloration seems to be enhanced by diets rich in tannins, so oak leaves and bark are particularly beneficial food sources. Commercial isopod foods provide excellent nutritional balance, while protein sources like fish food flakes, dried shrimp, or specialized protein supplements support healthy growth and successful breeding. Regular calcium supplementation through cuttlebone, crushed eggshells, or limestone powder is essential for proper molting and shell development. Feed in appropriate portions that can be consumed within 2-3 days to prevent mold and pest issues. These efficient cleaners will help break down organic waste while adding dramatic visual interest to your terrarium ecosystem with their striking presence. Porcellio Silvestri Black Senia: Personality These dramatic isopods display the confident, active personality characteristic of Mediterranean Porcellio species. They're bold explorers who venture openly throughout their environment, making their striking black coloration frequently visible for observation and appreciation. Their robust nature translates into a resilient, adaptable temperament that forgives minor care variations. They coexist peacefully with other similarly-sized isopod species, though their distinctive appearance often makes them the focal point of mixed colonies. The dramatic contrast they create against lighter-coloured tank mates can produce particularly striking visual combinations. These isopods are curious investigators who will readily explore new additions to their environment, making them engaging to observe as they navigate their surroundings. Their bold coloration against natural substrates creates beautiful photographic opportunities for enthusiasts who enjoy documenting their collections. While they're relatively tolerant of brief handling during maintenance, they prefer minimal disturbance like all isopods. When threatened, they'll curl partially and may remain motionless, but their dark coloration actually helps them blend into shadows and crevices in their natural defensive behavior. Breeding Porcellio Silvestri Black Senia isopods are reliable breeders that readily reproduce in suitable terrarium conditions. The distinctive black coloration appears to be a stable genetic trait that passes consistently to offspring, making this variety excellent for establishing breeding colonies with predictable visual characteristics. Females reach sexual maturity at approximately 3-4 months and carry their eggs in a marsupium for 4-6 weeks before the young emerge. Each brood typically contains 20-40 offspring, with the young appearing as miniature versions of their parents. The black coloration is present from birth and intensifies through successive molts as they mature. For optimal breeding success, maintain stable humidity levels around 60-70%, provide abundant calcium sources for proper shell development, and ensure adequate protein in their diet during reproductive periods. Multiple generations can coexist harmoniously in well-maintained setups, creating thriving colonies. The consistent inheritance of the black coloration makes breeding these isopods particularly rewarding, as you can reliably expect offspring that maintain the dramatic visual characteristics that make this variety so special. Creating the Perfect Habitat Porcellio Silvestri Black Senia isopods thrive in well-designed terrarium setups that showcase their dramatic coloration while meeting their Mediterranean habitat requirements. Use a quality substrate mix of soil, coconut coir, and decomposed organic matter with adequate depth (at least 5cm) for natural burrowing behaviors. Their striking black coloration creates particularly stunning visual effects when contrasted against lighter substrates, white sand patches, or pale cork bark. Consider incorporating light-coloured decorative elements that will make their dark bodies stand out dramatically - white limestone pieces, pale driftwood, or light-coloured ceramic hides work exceptionally well. Create moisture gradients by maintaining one section slightly more humid than the other, allowing the isopods to regulate their own hydration needs. Provide abundant hiding spots using cork bark, flat stones, or ceramic tiles - the contrast between their black bodies and natural brown cork creates particularly striking visual appeal. Maintain stable temperatures between 18-24℃ with adequate ventilation that prevents stagnation without over-drying. Include limestone or crushed oyster shell in the substrate to provide ongoing calcium supplementation while supporting their preference for slightly alkaline conditions. Consider the visual presentation when planning your terrarium lighting - neutral or cool LED lighting can enhance the depth and richness of their black coloration, while warm lighting may create interesting subtle colour variations and highlights that showcase the beauty of these remarkable creatures.

Armadillidium nasatum Isopods are among the most beloved and reliable species in the hobby, earning their endearing nickname as the "Nosy Roly Poly" from their distinctive facial features. These delightful European natives combine stunning peach and orange coloration with exceptional hardiness, making them perfect for both newcomers and experienced keepers. Their remarkable adaptability and prolific breeding habits have established them as essential components of bioactive vivariums worldwide. Species Overview Place of Origin: Western & Central Europe Kingdom: Animalia Phylum: Arthropoda Subphylum: Crustacea Order: Isopoda Family: Armadillidiidae Genus: Armadillidium Species: Armadillidium nasatum Key Care Requirements Maintenance Effort: Easy (Perfect for Beginners) Ideal Temperature Range: 68°F-77°F (20°C-25°C) Reproduction Rate: Prolific Ventilation: Low to High (Highly Adaptable) General Size: 12-15mm Rarity Level: Common Humidity Range: 50%-75% Activity Pattern: Primarily Nocturnal Preferred Diet: Leaf litter, vegetables, protein supplements The Beautiful Peach Coloration Armadillidium nasatum displays one of the most appealing colour ranges in the isopod world, with specimens showcasing beautiful peach, orange, and cream tones that give them their popular "Peach" designation. This warm coloration varies between individuals, creating natural diversity within colonies that ranges from pale peachy-cream to rich, vibrant orange hues. The variable colouration adds visual interest to any terrarium setup, with some individuals displaying subtle mottled patterns whilst others show more uniform coloration. This natural variation means each colony develops its own unique character, with the potential for discovering particularly striking specimens that could form the basis for selective breeding projects. Occasionally, colonies may produce individuals showing different colour expressions, including greyish wild-type specimens or particularly intense orange individuals. This genetic diversity reflects the robust nature of the species and provides ongoing interest for dedicated keepers. The Adorable "Nose" Feature The species earns its common name from the charming small projection called a scutellum that extends from their face like a tiny nose. This distinctive feature, whilst subtle, gives A. nasatum their endearing appearance and helps distinguish them from their close relative, A. vulgare. Beyond their facial characteristics, these isopods demonstrate classic Armadillidiidae behaviour - they readily roll into defensive balls when disturbed, though they form slightly imperfect spheres with antennae often remaining visible. This conglobation ability makes them fascinating subjects for observation and a particular favourite with children discovering these remarkable creatures. Adult specimens typically reach 12-15mm in length, providing substantial size for detailed observation whilst remaining perfectly manageable for terrarium applications. Their robust, rounded build reflects their active lifestyle and contributes to their hardy constitution. European Heritage and Global Success Native to the diverse habitats of Western and Central Europe, Armadillidium nasatum has demonstrated remarkable adaptability that has enabled successful establishment across multiple continents. In their homeland, they inhabit environments ranging from grasslands and forest edges to urban gardens and agricultural areas. This broad ecological tolerance has translated into exceptional success in captive environments, where they've proven remarkably forgiving of varying conditions. Their natural resilience makes them outstanding choices for beginning isopod keepers who may still be learning optimal care techniques. The species has established naturalized populations in North America and other regions, demonstrating their ability to thrive in diverse climates and conditions. This cosmopolitan distribution reflects the robust nature that makes them such reliable terrarium inhabitants. Exceptional Hardiness and Adaptability Armadillidium nasatum isopods are renowned for their remarkable tolerance of environmental variations, making them among the most forgiving species available in the hobby. They successfully adapt to humidity levels ranging from 50% to 75% and can thrive under both low and high ventilation conditions. Unlike specialized species requiring precise parameters, A. nasatum readily accommodate terrarium setups ranging from humid tropical environments to semi-arid conditions, provided they have access to a moist retreat area. This flexibility makes them excellent choices for mixed bioactive systems where environmental conditions may fluctuate. Their temperature tolerance is equally impressive, remaining active and healthy across a broad range while appreciating consistency over perfection. This adaptability means they suit most indoor environments without additional heating, making them accessible to keepers with basic setups. Research has shown that A. nasatum populations actually benefit from crowding and the presence of larger animals, experiencing improved growth rates in high-density environments. This trait makes them particularly effective in bioactive vivariums where they'll interact positively with primary inhabitants. Outstanding Bioactive Performance These isopods excel as bioactive cleanup crew members thanks to their voracious appetites and enthusiasm for processing organic waste. Their effectiveness at consuming decomposing plant matter, uneaten food, and even animal waste makes them invaluable for maintaining terrarium cleanliness and preventing harmful bacterial buildup. Studies have demonstrated that A. nasatum populations thrive in the presence of larger animals, making them excellent vivarium inhabitants for reptile and amphibian enclosures. Their medium size provides substantial waste-processing capacity whilst remaining small enough to avoid becoming problematic for most terrarium animals. Their adaptability to varying moisture levels makes them suitable for diverse bioactive applications, from tropical rainforest setups to temperate woodland themes. Unlike moisture-dependent species, they can establish successful populations in vivaria with extensive dry areas provided they have access to humid microclimates. The combination of their efficient waste processing, attractive appearance, and hardy constitution positions them as essential components of professional bioactive installations worldwide. Simple Feeding and Nutrition Armadillidium nasatum isopods demonstrate enthusiastic and flexible feeding behaviour that makes nutritional management straightforward for keepers at any experience level. Understanding their dietary preferences reveals why they're so effective at terrarium maintenance. The foundation of their diet consists of aged leaf litter from deciduous trees such as oak, beech, and maple. They readily consume both the leaves themselves and the complex communities of beneficial microorganisms that develop during decomposition, creating a complete nutritional profile from natural sources. Supplement their natural diet with fresh vegetables including carrots, courgettes, sweet potatoes, and winter squash. A. nasatum particularly appreciate root vegetables and fruits, though all fresh foods should be offered in moderation and removed promptly to prevent mould development. Protein supplementation supports their active metabolism and robust reproduction - offer dried fish flakes, freeze-dried shrimp, or specialized isopod foods weekly. Their eagerness for protein-rich foods makes them excellent at processing animal waste in bioactive systems. Calcium availability remains crucial for healthy exoskeleton development. Provide cuttlefish bone, crushed eggshells, or limestone pieces to ensure adequate mineral supplementation throughout their lifecycle. Straightforward Housing Requirements Setting up successful housing for Armadillidium nasatum requires minimal specialized equipment, making them ideal for newcomers to isopod keeping. A basic plastic storage container of 6-12 quart capacity provides ample space for a thriving colony while remaining manageable for maintenance. Create ventilation by drilling holes in opposite sides of the container, covering openings with fine mesh to maintain airflow whilst preventing escapes. Unlike climbing species, A. nasatum are primarily ground-dwelling, making enclosure security straightforward to achieve. Layer the substrate beginning with optional drainage material, followed by quality isopod substrate mix, and topped with abundant aged leaf litter. Create a moisture gradient with one section remaining consistently damp whilst other areas stay relatively dry, allowing individuals to self-regulate their hydration needs. Furnish the habitat with cork bark pieces, small logs, and additional hiding spots to provide security during moulting periods. These isopods appreciate having multiple retreat options and will utilize both horizontal and slightly elevated hiding places. Effortless Environmental Management Maintaining optimal conditions for A. nasatum requires minimal intervention, making them perfect for busy keepers or those preferring low-maintenance setups. Monitor moisture levels through visual inspection and the behaviour of the isopods themselves - they'll indicate their needs by clustering in appropriate microclimates. Use a spray bottle to mist one corner of the enclosure 2-3 times weekly, adjusting frequency based on local humidity and ventilation levels. The remarkable adaptability of this species means they'll tolerate minor fluctuations whilst clearly communicating their preferences through their distribution within the habitat. Temperature management typically requires no additional heating in most indoor environments. These hardy isopods remain active and healthy at standard room temperatures, though they appreciate stability over dramatic fluctuations. Regular maintenance involves removing any mouldy food items, adding fresh leaf litter as needed, and occasionally adding new hiding spots or rearranging existing décor to maintain environmental enrichment. Prolific Breeding Success Armadillidium nasatum are notably prolific and reliable breeders, often outperforming other common Armadillidium species in reproductive success. Established colonies produce multiple broods annually, with mature females carrying 15-30 eggs per reproductive cycle depending on their size and condition. The breeding process follows typical isopod patterns - females develop a visible marsupium (brood pouch) where eggs develop for 6-8 weeks before releasing fully-formed miniature isopods. Young inherit the appealing peach coloration from birth, though colours may intensify through successive moults. Juveniles develop rapidly under favorable conditions, reaching reproductive maturity within 4-6 months. This efficient generation time ensures colonies establish quickly and maintain stable populations even when some individuals are consumed in bioactive systems. Building successful breeding colonies of A. nasatum provides ongoing rewards through population growth and the potential for sharing surplus animals with fellow enthusiasts or expanding into additional terrarium projects. Perfect Beginner Species Armadillidium nasatum represents the ideal intersection of appealing aesthetics and beginner-friendly care requirements. Their forgiving nature allows new keepers to focus on enjoying their animals rather than struggling with demanding environmental parameters or specialized feeding requirements. The species' rapid reproduction and hardy constitution mean that minor population losses due to learning experiences won't threaten colony survival. Their enthusiasm for diverse foods reduces the risk of nutritional problems, whilst their environmental tolerance accommodates the fluctuations common in new setups. For those selecting their first isopod species, A. nasatum offers immediate satisfaction through attractive appearance and observable behaviour without the challenges associated with sensitive exotic varieties. They provide excellent introduction to isopod biology whilst delivering practical benefits in terrarium maintenance. Versatile Terrarium Applications The exceptional adaptability of Armadillidium nasatum makes them suitable for an impressive range of terrarium styles and applications. Their tolerance for varying moisture levels allows successful integration into setups ranging from tropical rainforest themes to Mediterranean dry woodland designs. In planted terrariums, they provide essential soil aeration and nutrient cycling through their burrowing activities and waste processing. Their feeding habits help maintain healthy substrate conditions whilst their attractive appearance adds visual interest without overwhelming more delicate terrarium inhabitants. For educational applications, few species match A. nasatum for demonstrating isopod biology and behaviour. Their readiness to roll into balls, active feeding behaviour, and visible reproductive cycles make them excellent subjects for classroom studies or family learning projects. Their proven compatibility with diverse terrarium animals and plants positions them as versatile choices for complex bioactive systems where multiple species must coexist successfully. Long-term Value and Enjoyment Armadillidium nasatum isopods provide years of satisfaction with minimal ongoing requirements. Their active nature, attractive appearance, and interesting behaviours create numerous opportunities for observation and study, whilst their reliable breeding ensures population stability and surplus for future projects. The species' adaptability means they can accommodate changing terrarium designs and evolving keeper interests. Whether maintained in simple culture containers or elaborate bioactive displays, they consistently deliver both functional benefits and aesthetic appeal. Their reasonable cost, combined with exceptional hardiness and beautiful appearance, makes them accessible luxury items for keepers seeking attractive and reliable species without the extreme costs or demanding care requirements of rare exotic varieties. For serious hobbyists, A. nasatum serve as excellent foundation species for breeding projects, bioactive system development, and educational demonstrations. Their proven genetics and stable characteristics make them valuable components of any comprehensive isopod collection. Shipping Information Isopods are posted Monday to Thursday using Royal Mail's next day by 1pm service Plus 20% overcount sent with every order 24/7 live chat available - We are always here and happy to chat! (subject to sleeping) Essential Resources for Success Best Isopods for Beginners (UK Edition) What Do Woodlice Eat? Top Foods and Feeding Habits Explained Top Isopod Species for Your Vivarium How to Choose the Right Isopod Species Expanding Your Isopod Collection