The Ultimate Guide to Raising Powder Blue Isopods

I keep a lot of isopod cultures, and the powder blue (Porcellionides pruinosus) is the one I reach for when I want speed. They breed fast, they move fast, they clean fast, and a culture that's set up right outpaces almost anything else on a shelf. They're also the species people most often kill by treating them like a tropical isopod — burying them in a soggy, sealed, low-airflow bin and watching the colony quietly sour over a few weeks. Powder blues want the opposite: a ventilated, drier-leaning setup with a clear moisture gradient. Get that one idea right and the rest of this guide is just refinement.

This is the comprehensive treatment — the flagship. I'll cover the biology you actually need, a full culture build tuned to this species, the temperature and moisture numbers that drive production, diet and calcium, the breeding cycle and how to push it, how to scale from one bin to a small production operation, how to deploy them across bioactive enclosures, how to feed them off, a maintenance rhythm, and a troubleshooting section. If you want the gentler, first-culture version instead, I wrote a beginner-focused powder blue care guide that covers the same species with less production scale and more hand-holding.

What powder blue isopods actually are

Powder blue isopods are terrestrial crustaceans — not insects — in the family Porcellionidae. The "powder blue" name comes from a fine, waxy, powdery bloom (pruinosus literally means "frosted" or "covered in bloom") that coats the exoskeleton and gives a healthy adult that distinctive dusty blue-gray, sometimes almost cobalt, finish. That bloom is part of how they manage water loss, which is a clue to how they should be kept: this is a species built to handle somewhat drier conditions than the average tropical isopod.

A few facts that shape everything downstream:

• ◆Size. Adults run roughly 0.4–0.7 inches (about 10–18 mm), modest by isopod standards. They're a small-to-mid dwarf-ish species, which makes them excellent cleanup crew and a usable feeder for small animals.
• ◆Body plan. Like all isopods, they have a segmented exoskeleton in three regions — head (cephalon), thorax (pereon) with seven pairs of legs, and abdomen (pleon). On the underside of the pleon sit the pleopods, which include the pleopodal lungs they breathe through. Those gill-like structures only work across a thin film of moisture, which is why humidity matters at all — but powder blues need far less standing dampness than people assume.
• ◆They don't roll into a ball. Unlike pill bugs (Armadillidium), powder blues can't conglobate. Their defense is speed. This is genuinely one of the fastest isopods you'll keep — they scatter when you lift a hide, and they cover ground.
• ◆They're detritivores. In the wild they live in leaf litter, under bark and stones, and in decaying wood across temperate and subtropical regions, breaking down dead plant matter and recycling nutrients. That ecology is your care sheet: decaying hardwood leaves, rotting wood, a calcium source, and a touch of protein.

Why I keep powder blues over slower species

Every isopod has a niche. Here's where powder blues win:

• ◆Speed of reproduction. This is the headline. Under good conditions powder blues breed explosively — overlapping generations, gravid females constantly, mancae everywhere in the substrate. A culture that would take a slow species a year to fill, a powder blue culture fills in a few months.
• ◆Speed of cleanup. Fast metabolism and fast movement mean they tear through mold, frass, shed skins, dead feeders, and decaying plant matter quickly. In a bioactive enclosure they're a workhorse janitor.
• ◆Tolerance of drier, ventilated conditions. Many keepers' rooms run on the dry side, and powder blues are happier there than tropical species. They handle airflow that would desiccate a dwarf white culture.
• ◆They double as a feeder. Their soft bodies, small size, and runaway productivity make them a legitimate supplemental feeder and enrichment item.

The honest trade-offs: they want more ventilation and a drier-leaning gradient than most isopods, so a "set it wet and forget it" tropical approach kills them. They're fast and a bit more escape-prone than a heavy Armadillidium. And because they breed so fast, you'll be managing surplus rather than waiting on production — a good problem, but a real one.

Identifying healthy stock and telling the sexes

Before you build anything, it helps to know what you're looking at. A healthy adult powder blue is active, well-colored, and shows a clear powdery bloom across the back — that frosted blue-gray sheen is the visible sign of a well-hydrated, properly molting animal. Stock that's dull, dark, sluggish, or shriveled has usually been kept too dry, too wet-and-stale, or underfed; it can recover with good care, but you're starting in a hole.

Sexing powder blues is harder than sexing a big roach, but with a loupe you can manage it. Mature males tend to be a touch slimmer with longer, more prominent rear appendages (the uropods that trail off the back end) and modified front pleopods used in mating; females tend to run a little broader and, when gravid, show the pale, swollen marsupium (brood pouch) on the underside. In practice you almost never need to sex them — buy a group of 10–25 mixed individuals and you'll have both sexes — but recognizing a gravid female is genuinely useful, because lots of visible gravid females is your best at-a-glance signal that a culture is thriving.

Lifespan and what to expect over time

Individual powder blues live on the order of one to two years under good care, but that number is almost beside the point: because they reproduce so fast and continuously, a culture is effectively immortal. Established correctly, it produces overlapping generations indefinitely, replacing the adults that age out faster than you'll notice them go. Your job isn't to keep individuals alive for years; it's to keep the culture humming so it self-renews. That reframing matters for how you maintain it — you're tending a population, not a pet.

The culture build: a full setup tuned for powder blues

The whole game with this species is ventilation plus a moisture gradient. Build for that and you've solved 80% of powder blue husbandry before you add a single isopod.

Container size

For a starter culture, a 6-quart shoebox-style bin is plenty and easy to manage. For production, I prefer a 16-quart or larger bin, or several mid-sized bins rather than one giant tub. Powder blues don't need vertical space; they need floor area for foraging and a substrate deep enough to hold a gradient (2–3 inches). The reason I lean toward multiple medium bins over one huge one is the same reason any breeder does: redundancy and control. If one bin sours or dries out, the others carry you, and a medium bin is far easier to ventilate evenly than a deep tub where the bottom goes anaerobic.

Material

Opaque or translucent plastic storage bins are my default — cheap, light, easy to drill for ventilation, and they keep the culture appropriately dim. Glass and acrylic terrariums work and look nicer if you want a display culture, but they're heavier, pricier, and harder to add lots of ventilation to. For pure production, plastic wins every time. Whatever you use, it must be clean and chemically inert — never repurpose a container that held cleaners or pesticides, and rinse new bins with plain water first.

Ventilation — the part most people get wrong

This is where powder blues diverge hardest from tropical isopods. A dwarf white culture can run nearly sealed; a powder blue culture needs real airflow. Stagnant, humid air is what kills them — it invites mold, sours the substrate, and stresses a species adapted to breezier, drier microhabitats.

How I do it:

• ◆Cut generous vent windows — I like at least two, ideally on opposite sides or one side plus the lid, to create cross-ventilation. Don't be shy here; you want air moving, not just present.
• ◆Cover every opening with fine metal mesh, hot-glued down. Fine metal (not plastic, which they can chew, and not coarse screen) breathes freely while keeping every life stage in — including pinhead-sized mancae that walk straight through drilled holes or coarse mesh.
• ◆Leave smooth wall above the substrate. Powder blues climb better than heavy isopods. A few inches of clean, smooth plastic between the substrate line and the lid, plus a closed lid, keeps the fast ones in.

If your room is dry, you'll mist a little more often to compensate for all that airflow — that's the correct trade. Choose "ventilated and slightly drier" over "humid and stale" every single time with this species.

Substrate

Powder blues aren't fussy, but the substrate does three jobs: holds the moisture gradient, supports burrowing and molting, and feeds the culture. A mix I use:

• ◆40–50% base — coconut coir mixed with pesticide-free organic topsoil. This holds moisture without compacting into a swamp.
• ◆20–30% leaf litter — crushed dried hardwood leaves (oak, maple, beech, magnolia). This is food, shelter, and microbial substrate all at once. It's the single most important ingredient.
• ◆10–20% rotting hardwood and bark — chunks of soft, well-decayed white-rotting hardwood and cork bark. Long-term food and structure.
• ◆5–10% calcium source — crushed eggshell, cuttlebone fragments, or crushed limestone/aragonite, mixed in and also offered on the surface.

Run the substrate 2–3 inches deep. Deep enough to hold a gradient and let them burrow and molt, shallow enough that the bottom doesn't go anaerobic. Don't pile it deeper thinking "more is better" — with this species, deep wet substrate is a liability, not an asset.

Hides and structure

Lay cork bark flats, pieces of decaying wood, and a layer of leaf litter across the surface. Hides give them dark, secure spaces, dramatically increase usable surface area (so a much bigger culture coexists without crowding), and become slow food as they break down. A handful of sphagnum moss tucked into the damp end is a great way to anchor a humid microclimate and a manca refuge without wetting the whole bin.

A note on cleanup-crew partners

Springtails belong in every powder blue culture. They handle mold and the finest debris that isopods leave behind, they're harmless to the isopods, and a healthy springtail population is a living signal that your moisture is in a good range. Seed them once and they self-sustain.

Temperature: tuning for output

Powder blues tolerate a wide band but produce in a narrower one.

• ◆Survival range: roughly 65–85°F (18–29°C).
• ◆Production target: 72–80°F (22–27°C). This is where activity, feeding, molting, and breeding all peak.
• ◆Pushing output: nudging toward 80°F speeds everything up — but every degree warmer raises dehydration risk, so the warmer you run, the more carefully you must defend the damp end of the gradient.

For most keepers, normal room temperature in the low-to-mid 70s is ideal and needs no equipment at all. If your room runs cold, a low-wattage heat mat on a thermostat, against one side or one end of the bin, set around 78°F, does the job — and as a bonus, side/end heating reinforces a thermal gradient so the isopods can self-select. Two rules: never bottom-heat a deep bin (you'll cook the substrate zone where they live and breed), and always run a heat source on a thermostat so a warm room doesn't push the bin into the dehydrating high 80s. Keep a thermometer in the culture and actually read it; "it feels fine in the room" is how cultures stall.

Moisture: the gradient is everything

If temperature is the throttle, moisture is the steering. Powder blues want a clear moist-to-dry gradient with strong ventilation — not a uniformly wet bin.

How I run it:

• ◆Wet one end, keep the other end barely moist. Mist or pour water down one side so that end stays damp (think wrung-out sponge, not mud); let the far end dry to nearly bare. The isopods will constantly move along that gradient to self-regulate, and that freedom of choice is what keeps them healthy.
• ◆Target the gradient, not a single humidity number. People obsess over a hygrometer reading. With powder blues I care more that there's a genuine range in the bin — a humid refuge and a dry zone — than that the average sits at any exact percent. As a rough guide, the damp end reads higher and the dry end noticeably lower; the colony decides where to sit.
• ◆Lean drier than you think. This is the species-specific rule worth tattooing on the lid. When in doubt with powder blues, err dry-and-ventilated. A culture that's a touch too dry recovers the moment you mist; a culture that's soggy and stale crashes and is hard to rescue.
• ◆Use dechlorinated or distilled water to protect the microfauna, and re-dampen the wet end as it dries — more often in a dry room with lots of airflow, less often in a humid one.

The failure mode to burn into memory: wet + stagnant = dead culture. Mold blooms, the substrate sours, the air goes stale, and a fast, breezy-adapted animal suffocates in its own bin. Airflow plus a real gradient is the cure and the prevention.

Diet and calcium

The culture's diet is simple, and for feeder use it's also your animals' diet one step removed — feed the isopods well and that quality travels up the chain.

The staples, always available:

• ◆Leaf litter — crushed dried hardwood leaves are the backbone. Oak, maple, beech, and magnolia are all excellent. Keep a steady supply on the surface; it's food, shelter, and substrate conditioner at once.
• ◆Rotting hardwood — soft, white-rotted wood and cork give long-term cellulose. They'll graze it slowly for weeks.

The boosters, on rotation:

• ◆Calcium, always present. Cuttlebone, crushed eggshell, or crushed limestone. Calcium drives clean molts and strong exoskeletons; with a fast-breeding, fast-molting species, never let it run out.
• ◆Protein, periodically. A pinch of fish flakes, a shrimp pellet, dried bloodworms, or a piece of unseasoned cooked meat every week or two. Protein fuels reproduction and is especially important when you're pushing a culture for production. Don't overdo it — leftover protein is a mold and grain-mite magnet. Offer a little, let them clean it up, repeat.
• ◆Fresh produce, sparingly. Small amounts of zucchini, cucumber, carrot, sweet potato, squash, or apple add moisture and variety. Offer a thin slice, pull anything before it molds. Avoid citrus and anything salty, oily, or processed, and wash produce first.

Feed small and often rather than big and rare. With this species the rule is: if there's visible uneaten protein or rotting produce after a day or two, you offered too much.

If you're seeding a new culture or topping up a thin one, All Angles Creatures stocks healthy starter isopod cultures — getting active, well-colored founders from a clean source saves you months versus nursing weak stock back to health.

Hydration and watering methods

People overthink watering powder blues. You're not filling a water dish — they get the moisture they need from damp substrate, leaf litter, and the food they eat. The methods I use, in order of how hands-off they are:

• ◆Mist the damp end with a spray bottle of dechlorinated or distilled water. This is my default. A few pumps down one side every few days re-establishes the wet end without soaking the whole bin. Use distilled or dechlorinated water to protect the springtails and the beneficial microfauna; chlorinated tap water can knock them back over time.
• ◆Pour-and-let-wick. Instead of misting, slowly pour a small amount of water down one corner and let it wick outward through the substrate. This builds a more durable damp zone in a dry room, but it's easier to overdo — go light.
• ◆A damp sphagnum corner. A clump of moss in the wet end holds humidity locally and gives mancae a high-moisture refuge. Re-dampen it when it dries.

What you should not do with powder blues is keep a standing water dish or saturate the substrate to keep an open dish full — that defeats the drier-leaning, ventilated approach this species needs and invites exactly the soggy-and-stale conditions that crash them. Moisture comes from the substrate and the gradient, not a bowl.

Sourcing and quarantining new stock

Two habits keep cultures clean over the long run. First, start from a healthy, clean source. Mite-ridden or weak starter stock will haunt you; look for active animals with good color across a range of sizes. Second, quarantine before merging. If you're adding new isopods to an established culture, hold them in a separate bin for a couple of weeks and watch for grain mites, mold, or die-offs before combining. It's a small step that prevents importing a pest problem into a thriving operation — and when you're running multiple bins, an imported mite bloom can spread fast.

Breeding and the life cycle — and how to push it

This is where powder blues earn their reputation. Under good conditions they breed continuously and fast.

The cycle

Powder blues reproduce sexually — there are separate males and females, and a male mounts the female to transfer sperm. (You'll see careless sources online claim P. pruinosus reproduces asexually by parthenogenesis; that's a mix-up with dwarf whites, Trichorhina tomentosa. Powder blues are a sexual, two-sex species.) The female carries fertilized eggs in a fluid-filled brood pouch on her underside called the marsupium, where they develop protected and hydrated. A female typically carries on the order of 10–30 eggs per brood depending on size and condition.

When they hatch, the female releases tiny live young called mancae — miniature, pale versions of the adults. Mancae shelter in the substrate and leaf litter, molt repeatedly, darken and develop their powdery bloom as they grow, and reach maturity over roughly 2–4 months under good conditions. Because generations overlap, a thriving culture always shows the full spread: gravid females, fresh mancae, juveniles, and adults all at once. A culture humming like that is the goal.

Levers that maximize production

Want a powder blue culture to boom? Pull these in order:

1. ◆Temperature toward 80°F. The biggest single throttle on speed. Warm (but not hot) cultures cycle faster.
2. ◆Protein, steady. Reproduction is protein-hungry. A regular small protein offering visibly lifts birth rates. This is the most underused lever.
3. ◆Calcium, never absent. Fast breeding means fast molting means high calcium demand. Keep it on tap.
4. ◆A real moisture gradient with airflow. Stable conditions plus the ability to self-select moisture keeps gravid females comfortable and mancae alive.
5. ◆Surface area. More leaf litter and hides = more places for mancae to survive = more recruits reaching adulthood. Crowding on bare substrate kills recruitment.
6. ◆Don't over-disturb. Constant digging and full clean-outs set a culture back. Spot-maintain; let it run.

A culture started from 25+ mixed adults under these conditions can reach harvestable surplus density in 3–4 months and then keep producing indefinitely.

Scaling up: from one bin to a small production operation

Powder blues are one of the best isopods to scale because they ramp so fast. Once a culture is booming, expansion is mostly logistics.

• ◆Split, don't just grow. When a bin gets crowded, scoop a generous portion of substrate-with-isopods (including leaf litter, which is full of mancae) into a freshly set-up bin. You've now got two productive cultures. Powder blues take to division easily.
• ◆Run a rolling set of bins, staggered. Start bin #2 from bin #1's surplus before you need it, so you always have a culture in peak production while another is building. Three to five staggered bins gives a steady, large output without any single bin ever being maxed.
• ◆Keep "production" and "reserve" cultures. Harvest hard from your production bins, but always keep one or two reserve cultures you barely touch as insurance against a crash, a mite bloom, or a mistake. If a production bin fails, you re-seed from the reserve and you've lost nothing.
• ◆Standardize the build. When you're running multiple bins, identical setups (same size, same vent pattern, same substrate recipe) make maintenance fast and let you spot the odd-bin-out instantly.
• ◆Track it lightly. A note on each bin lid — date started, last protein feeding, rough density — is enough to keep a small operation honest without turning a hobby into spreadsheets.
• ◆Watch your moisture as you scale. Bigger bins and more of them mean more total airflow to manage and more damp ends to maintain. The drier-leaning, well-ventilated principle scales up, not away.

Done this way, a powder blue operation goes from "cleans one terrarium" to "supplies cleanup crews and feeders for a whole collection" without becoming a chore.

Using powder blues across bioactive enclosures

This is where a fast, hardy, ventilation-tolerant isopod shines. In a bioactive vivarium, powder blues are the cleanup crew that keeps the system from rotting:

• ◆What they do. They consume animal waste, uneaten food, dead feeders, decaying plant matter, and mold, breaking it all down and recycling nutrients back into the soil. That nutrient cycling feeds live plants, which in turn help regulate humidity and air — a small closed loop you're helping run.
• ◆Why powder blues specifically. Their tolerance of drier, more ventilated setups makes them ideal for enclosures that aren't swamps — think many gecko, skink, tarantula, and tropical-but-airy setups — where a moisture-loving species would struggle. Their speed means they keep up with a messy animal. Their fast reproduction means the cleanup crew self-replenishes even when the resident animal eats some.
• ◆Pairing. Run them with springtails as the standard duo: springtails handle mold and micro-debris, powder blues handle the larger decaying matter. Together they cover the whole cleanup range.
• ◆A living gauge. A bioactive powder blue population is also a health readout for the enclosure. A booming, visible population means conditions are good; a sudden crash or mass die-off is an early warning that humidity, ventilation, or substrate has gone wrong before your main animal shows symptoms.

A couple of cautions. In enclosures with dedicated insectivores (dart frogs, small geckos), the resident will eat some isopods — that's fine and even part of the point, but give the isopods plenty of leaf-litter and bark refuge so a breeding base survives predation. And don't overstock a bioactive with too many competing decomposers; let the powder blue population find its own balance with the enclosure's available food.

Feeding powder blues off

Because they breed so fast, a thriving culture constantly throws off surplus you can feed to small insectivores. Powder blues are a strong supplemental feeder and enrichment item — they won't carry the whole diet of a large reptile the way a roach colony does, but they're excellent for:

• ◆Dart frogs and other small frogs — small mancae and juveniles are perfectly sized, and the isopods' movement triggers feeding response. Powder blues are a classic dart-frog supplemental feeder.
• ◆Small and juvenile geckos and skinks — appropriately sized individuals, dusted with calcium as the animal requires.
• ◆Other small insectivores — small reptiles, amphibians, and inverts that take live prey of this size.

A few practical notes: size the isopod to the animal (mancae and juveniles for the smallest mouths), dust with calcium per your animal's needs just like any feeder, and harvest the surplus, not the breeders — pull from the dense, productive end of a booming culture and leave the breeding base intact. Their soft bodies make them easy to digest across small insectivores, and the fact that they're also cleaning your enclosures makes them an unusually dual-purpose feeder.

Maintenance rhythm

A powder blue culture is low-effort once dialed in, but it's not zero-effort — the one thing it won't forgive is being ignored into a soggy, stale state.

• ◆Check moisture and airflow every few days. Re-dampen the wet end as it dries; confirm vents are clear and air still moves. In a dry room this is your most frequent task.
• ◆Spot-clean, don't deep-clean. Pull uneaten produce or leftover protein before it molds. Leave the frass and leaf litter — that's the working substrate the mancae feed in. A full tear-down resets your microfauna and sets the culture back; do it rarely, if ever, and when you do, leave a big portion of old substrate to seed the new.
• ◆Top up food on a watch-the-food basis, not a calendar. Replenish leaf litter and rotting wood as it's consumed, refresh calcium when it's gone, and offer protein every week or two.
• ◆Manage density by splitting and harvesting. A packed bin slows down and stresses out. Keep cultures comfortably full, not wall-to-wall, by splitting or feeding off the surplus.
• ◆Watch the springtails and the bloom. Healthy springtails and well-colored, active isopods with a good powdery sheen mean conditions are right. Faded color, lethargy, or a springtail crash are early signals to check moisture and airflow.

Troubleshooting a powder blue culture

Work the likely causes in order:

• ◆Culture crashed or dying off? Suspect wet-and-stagnant first. Soggy substrate plus poor airflow is the number-one powder blue killer. Increase ventilation, dry out the bin, and re-establish a real moist-to-dry gradient. Second suspect: it dried out completely with no damp refuge — re-wet one end. Third: protein/calcium shortage stalling molts and breeding.
• ◆Mold blooming? Too wet, too stale, or too much uneaten food. Improve airflow, remove the food, dry it back, and lean on your springtails to mop up the rest.
• ◆Grain mites (tiny tan specks crawling on food/substrate)? A wet-and-overfed signal. Remove protein and produce, dry the bin, increase ventilation, and they fade. Introduce or boost springtails to compete them down.
• ◆Slow or stalled reproduction in an otherwise healthy bin? Usually too cool or too little protein. Nudge temperature toward 78–80°F and add a regular small protein offering. Confirm calcium is present.
• ◆Faded color / dull, non-powdery isopods? Often stress from conditions being off — check the moisture gradient and airflow first, then diet. Healthy powder blues show a clear blue-gray bloom.
• ◆Finding escapees? Coarse vents or an open lid. Re-cover vents with fine metal mesh, keep the lid closed, and make sure there's smooth wall above the substrate line. Remember these are faster and climbier than heavy isopods.

Powder blues vs. other common isopods

Choosing a species is really choosing a niche. Here's how powder blues stack up against the other isopods keepers reach for. Treat this as practical orientation, not lab data — the relationships are what matter for your decisions.

The takeaways that matter:

• ◆Powder blue and powder orange are the same species (P. pruinosus) in different color forms — if you can keep one, you can keep the other identically. If you want the orange version, the powder orange care guide covers it, but everything in this guide applies directly.
• ◆Dwarf whites are the inverse of powder blues on moisture. Where powder blues want airflow and a drier gradient, dwarf whites want it wet and still. Don't house them on the same care assumptions.
• ◆Dairy cows are the move when you want a bigger isopod (better feeder for larger mouths) that still appreciates ventilation; see the dairy cow guide.
• ◆Armadillidium are the most contained and the best pure display animals, at the cost of much slower production.
• ◆For raw speed of cleanup and reproduction in a ventilated setup, powder blues are hard to beat — which is exactly why they're the species I scale when I want output.

Color forms and keeping a culture's color strong

Powder blue is one color form of Porcellionides pruinosus; the same species also comes as powder orange (an orange/peach morph) and other variants. Because they're the same species, the two breed true within their line but the care is identical — if you keep a clean blue line and a clean orange line, just keep them in separate bins so the lines don't mix and muddy the color over generations.

Two practical color notes for a production keeper. First, the powdery bloom is a health signal, not just looks — strong, even blue-gray color tracks with good hydration, good diet, and clean molts. If your culture's color fades, treat it as a husbandry warning (check the moisture gradient and airflow first, then diet) rather than a cosmetic quirk. Second, don't outcross your color lines if color quality matters to you; keep your best-colored animals as the breeding base and start new bins from them rather than from the dullest culling.

The short version

Build a well-ventilated bin with a 2–3 inch substrate of coir/soil + lots of hardwood leaf litter + rotting wood + calcium, run a clear moist-to-dry gradient leaning drier, hold 72–80°F, keep calcium always present and offer protein every week or two, seed springtails alongside them, and harvest or split the surplus as it booms. Do that and powder blues reward you with the fastest, most productive isopod culture on your shelf — a self-replenishing cleanup crew and feeder that mostly runs itself, as long as you never let it go wet and stale.

For broader context, isopod biology and the role of terrestrial woodlice as decomposers are well covered by the University of Florida's Entomology and Nematology department, a solid non-commercial starting point on these crustaceans.

New to isopods entirely? Start with my beginner powder blue care guide, or browse the full exotic animals care library for everything from dwarf whites to discoid roaches.