Lava Isopods (Porcellio Scaber ‘Lava’)

What Do Lava Isopods Look Like?

Lava Isopods are a species of terrestrial isopods that are known for their vibrant coloration.

They have an oblong-shaped body that measures around 20 millimeters in size and have a robust exterior made up of several hard and rigid body parts.

They typically have a black or dark brown colored exoskeleton with shades of reddish-orange striations, creating their unique “lava-like” stripes.

The Isopod’s exoskeleton consists of several body parts which include several segments, seven sets of legs, and two antennae located on the head.

Each leg of the Isopod has two to four claws which aid them in crawling, digging, capturing prey, and grooming.

Benefits Of Using Lava Isopods

Lava isopods are an excellent choice for use in vivarium ecosystems due to their many benefits.

They serve as janitorial cleaners in bioactive terrarium habitats by scavenging for food, controlling populations of pests, and aerating the substrate.

Lava isopods are also relatively easy to care for and can provide aesthetic beauty to the miniature landscape.

Their small size makes them ideal for a range of tank sizes, as they require little space.

These isopods also help to speed up the decomposition process in habitats. Their burrowing habits break up and aerate the substrate, while also aiding in water circulation.

Lava Isopods Facts

Porcellio scaber ‘Lava’ is a species of terrestrial isopods, meaning they live mostly on land.

They feed on mushrooms, decaying wood, and vegetation, and are generally peaceful creatures with a lifespan of 2-3 years.

Lava Isopods also play an important part in the food chain, providing certain animals with a main source of food.

With the right environmental conditions and diet, Lava isopods can be bred relatively easily and can live up to their full potential.

Habitat

Lava Isopods prefer moist and humid environments, with temperatures ranging from 70–80°F. 

These isopods can typically be found living under rocks, twigs, and logs in hillsides, grasslands, and mountainous regions.

They feed on both decaying plant matter and insects. 

As a result, these isopods are an important component of the ecosystem, helping to regulate the populations of microorganisms and ensure that their habitats remain healthy.

Replicate their natural habitat perfectly with our Bioactive Isopod Substrate Blend, designed to provide the ideal moisture and organic content for your isopods.

Diet

Porcellio scaber ‘Lava’ are detritivorous creatures that naturally feed on a wide variety of organic matter such as decaying plant and animal matter, and even their excrement.

In their natural habitat, they can be seen scavenging decaying leaves, fruit, mushrooms, and bark. They also feed on a variety of microorganisms in the soils including bacteria, fungi, and algae.

A wide variety of other microorganisms, such as nematodes, small earthworms, and the occasional insect larva, can also be found in their natural ecosystem which provides an excellent source of nutrition for lava isopods.

Temperament

Lava Isopods are generally docile and timid creatures that will hide when they feel threatened or when there is a lot of activity or loud noise around them.

They don’t like to be touched and are not fans of being held, so it’s best to respect their boundaries when interacting with them.

Despite their small size, Lava Isopods can become irritable and bite when provoked, so it’s important to handle them with care. It’s also important to take caution around other animals.

Lava Isopods are best kept as solitary creatures, as housing them with other species can be stressful for them and may lead to territorial behavior or injury.

Lifespan

Porcellio scaber ‘Lava’ is native to the Mediterranean region of Europe but can be found all around the world.

Mostly active at night, these isopods have an average lifespan of around two to three years in captivity, during which they pass through multiple molt cycles. 

The life cycle of Lava Isopods starts with a female isopod laying her eggs in the soil.

After the eggs hatch, the young isopods will molt multiple times throughout their lifespan, growing larger with each molt cycle.

The last molt of the isopod is the adult stage, wherein it will reach its full size and will be able to reproduce.

They reach sexual maturity when they reach their adult stage, usually a few months after the last molt.

Breeding

Porcellio scaber ‘Lava’ are unique creatures capable of mating and reproducing in an impressive array of conditions.

By exhibiting both sexual and asexual reproductive strategies, these isopods can ensure that their species will thrive in any habitat. 

When it comes to mating, Lava Isopods have an interesting strategy.

Males have four pleopods located on their third segment, just behind their heads, and these act as external sexual organs.

They use these organs to transfer sperm from their bodies to that of the female; afterward, the female lays her eggs in a moist substratum.

The eggs then take anywhere from eight to twenty days to hatch, depending on the temperature and humidity of the environment.

Once the hatchlings emerge, they are more vulnerable than an adult isopod due to their size.

To help them thrive, they must find food sources in their habitat as soon as possible.

Fortunately, this process is made easier with the help of their parents; both the male and female isopods will look after the young, often offering food and protection until they reach adulthood.

Where To Find Lava Isopods

Finding lava isopods in the wild generally requires an experienced eye, as these isopods tend to stay hidden in many places.

They are commonly found under rocks, logs, and in mulch and leaf litter. The best time for collection is after rain when the isopods are more active and visible.

Lava isopods can also be purchased from pet and aquarium stores, exotic pet shops, or online retailers.

When shopping for these isopods, it is important to ensure that the supplier is reputable and of high quality, as this is the best way to ensure the health of the isopods.