Rolly pollies, also known as pill bugs, woodlice, or isopods, are small terrestrial crustaceans commonly found in gardens, forests, and damp soil environments. Despite their tiny size and simple appearance, they play a major ecological role in breaking down organic matter and recycling nutrients back into the soil.
These fascinating creatures are not insects but land-dwelling relatives of crabs and shrimp. They thrive in moist environments where decaying plant material is abundant. Their behavior of rolling into a tight ball when threatened has made them one of the most recognizable backyard invertebrates around the world.
Understanding what rolly pollies eat is important for gardeners, students, and nature enthusiasts because their feeding habits directly affect soil health, composting processes, and ecosystem balance. By consuming decomposing organic matter, they help accelerate nutrient cycling and improve soil fertility naturally.
Unlike predators or herbivores that target living plants or animals, rolly pollies are primarily detritivores. This means their diet consists mostly of dead and decaying organic material. However, their diet is more diverse than many people expect, ranging from rotting plant matter to microorganisms and even their own waste in certain conditions.
In this article, we will explore 30 different foods that rolly pollies consume in the wild. Each food source plays a unique role in their survival and reflects their adaptability in different environments, from backyard gardens to forest floors and compost piles.
By the end of this guide, you will have a clear understanding of how these tiny decomposers contribute to nature’s recycling system and why they are considered beneficial organisms in almost every ecosystem they inhabit.
What Do Rolly Pollies Eat in the Wild ?
1. Decaying Leaves
Decaying leaves are the most important and abundant food source for rolly pollies in nearly every habitat they occupy. Fallen leaves from trees begin to break down as soon as they hit the ground, especially in moist environments. This decomposition process softens the leaf structure, making it easier for isopods to consume.
Rolly pollies use specialized mouthparts to scrape and break down the softened leaf material. They are not just eating the leaf itself, but also the fungi and bacteria growing on it, which adds extra nutritional value. These microorganisms help pre-digest the plant fibers, allowing rolly pollies to extract more nutrients than they could from fresh leaves.
Nutritionally, decaying leaves provide cellulose, lignin fragments, and trace minerals. While cellulose is difficult for most animals to digest, rolly pollies rely on gut bacteria that assist in breaking it down. This makes them extremely efficient recyclers in forest ecosystems.
Without decaying leaves, rolly pollies would struggle to survive, as this food source forms the foundation of their diet and supports their energy needs throughout their life cycle.
2. Dead Grass
Dead grass is another key food source, especially in gardens, lawns, and open fields. When grass dies and dries out, it begins to soften through microbial activity, making it accessible to detritivores like rolly pollies.
Unlike living grass, which is tough and fibrous, dead grass has already started breaking down its structural components. This makes it easier for rolly pollies to shred and ingest small fragments.
Dead grass contains residual carbohydrates and cellulose, along with nutrients absorbed from the soil during the plant’s life. Rolly pollies feed on both the plant material and the microbial film that forms on it, maximizing nutrient intake.
In garden ecosystems, dead grass contributes significantly to compost formation, and rolly pollies play a major role in accelerating this process.
3. Rotting Wood
Rotting wood is a nutrient-rich habitat food source for rolly pollies. As wood decomposes, fungi and bacteria break down the tough lignin structure, softening the material and making it digestible for small detritivores.
Rolly pollies do not eat hard, fresh wood. Instead, they target the soft, decayed inner layers of logs, tree stumps, and fallen branches. These areas are often moist and rich in microbial life, which adds to the nutritional value.
The wood provides carbon-based compounds, while fungi supply proteins and enzymes that aid digestion. This combination makes rotting wood a highly efficient energy source for isopods in forest ecosystems.
By feeding on decomposing wood, rolly pollies contribute to nutrient cycling and help speed up the natural breakdown of fallen trees.
4. Fungi (Mushrooms)
Fungi, including mushrooms and underground fungal networks, are an important dietary component for rolly pollies. Fungi are rich in proteins, enzymes, and minerals that support their growth and reproduction.
In damp environments, fungal growth is widespread on decaying organic matter. Rolly pollies often feed directly on mushroom surfaces or consume fungal hyphae growing within soil and decomposing wood.
Fungi are easier to digest than plant cellulose, making them a high-value food source. They also contain moisture, which helps rolly pollies maintain hydration in dry conditions.
This relationship between fungi and rolly pollies is mutually beneficial in ecosystems, as both organisms contribute to decomposition cycles.
5. Mold
Mold is a microscopic fungal growth that develops rapidly on decaying organic matter. For rolly pollies, mold represents an easily accessible and nutrient-dense food source.
They consume mold growing on leaves, fruits, and soil debris. Mold breaks down organic matter externally, making it softer and easier for rolly pollies to ingest.
Nutritionally, mold provides proteins, enzymes, and simple sugars that result from decomposition. This makes it especially valuable in nutrient-poor environments.
Rolly pollies often gravitate toward moldy areas in compost piles, where moisture and organic waste combine to create ideal feeding conditions.
6. Moss
Moss is a soft, moisture-retaining plant that grows in shaded, damp environments such as forests, rocks, and garden walls. For rolly pollies, moss provides a consistent and easily accessible food source, especially during periods when leaf litter or other decaying materials are less abundant.
Unlike tougher plants, moss has a simple structure without complex vascular tissues. This makes it easier for rolly pollies to scrape and consume small fragments using their mouthparts. They often feed on moss that is already partially decomposed or covered in microorganisms.
Moss is rich in moisture, which helps rolly pollies maintain hydration, especially in dry microhabitats. It also contains small amounts of minerals absorbed from rainwater and soil particles trapped within its structure.
While moss is not their primary food source, it serves as a reliable supplemental diet component in humid ecosystems where isopods thrive.
7. Leaf Litter
Leaf litter refers to the layer of fallen leaves and organic debris that accumulates on forest floors and garden soil. This is one of the most critical food sources for rolly pollies, as it represents the early stage of organic decomposition.
Within leaf litter, microbial activity is extremely high. Bacteria and fungi begin breaking down plant tissues, softening them and increasing their nutritional availability. Rolly pollies feed on both the decomposing plant matter and the microorganisms growing on it.
Leaf litter provides cellulose, trace nutrients, and organic carbon compounds. It also serves as a habitat, offering moisture retention and protection from predators.
In ecosystem terms, rolly pollies are key contributors to leaf litter breakdown, helping convert it into nutrient-rich humus that supports plant growth.
8. Dead Insects
Although rolly pollies are primarily detritivores, they occasionally consume dead insects when available. These may include ants, flies, beetles, or other small arthropods found in soil or leaf litter.
Dead insects provide a higher protein content compared to plant-based materials. This makes them a valuable but opportunistic food source, especially during periods when decaying vegetation is scarce.
Rolly pollies typically feed on softened insect tissues that have already begun decomposing. They rely on microbial activity to break down the exoskeleton, making the inner tissues accessible.
This behavior highlights their flexibility as scavengers in addition to being decomposers, allowing them to survive in diverse environments.
9. Worm Castings
Worm castings, also known as earthworm feces, are nutrient-rich soil particles produced during digestion by earthworms. These castings are highly valuable in soil ecosystems and serve as a secondary food source for rolly pollies.
They contain partially digested organic matter, bacteria, and minerals that are easily absorbed. Rolly pollies feed on worm castings because they are soft, nutrient-dense, and rich in microbial life.
In compost and garden soils, worm castings contribute significantly to soil fertility. When rolly pollies consume them, they further break down organic residues, accelerating nutrient cycling.
This interaction between earthworms and rolly pollies enhances soil health and supports plant growth in natural ecosystems.
10. Animal Feces
Animal feces may seem like an unusual food source, but for rolly pollies, it is an important part of their detritivorous diet. Fecal matter from herbivores, in particular, contains partially digested plant material that still holds nutritional value.
Rolly pollies consume feces from mammals, birds, and other animals when it is in a decomposing state. This material is rich in bacteria and organic compounds that are easier to break down than fresh plant matter.
The nutritional content of feces varies depending on the animal’s diet, but it generally provides nitrogen, microbial protein, and residual plant fibers.
By consuming animal waste, rolly pollies play a vital role in sanitation and nutrient recycling within ecosystems.
11. Rotten Fruits
Rotten fruits are one of the most nutrient-rich food sources available to rolly pollies in gardens, orchards, and forest floors. When fruits like apples, bananas, strawberries, or pears begin to overripen and decay, their structure softens and becomes ideal for detritivores.
As fruits decompose, natural sugars break down and ferment, attracting microbes such as yeast and bacteria. Rolly pollies feed not only on the softened fruit tissue but also on these microorganisms, which increase the nutritional value of the food.
Rotten fruits provide carbohydrates, moisture, and trace vitamins. The high water content is especially important for rolly pollies, as they require moist environments to survive and breathe properly through their gill-like structures.
In compost systems and natural ecosystems, rotten fruits accelerate decomposition processes, and rolly pollies help break them down into fine organic matter that enriches the soil.
12. Soft Vegetables
Soft or decaying vegetables such as cucumbers, carrots, lettuce, and squash become food sources for rolly pollies once they begin to break down. Fresh vegetables are usually too tough, but decomposition softens their fibers.
Microbial activity plays a major role in making vegetables edible for rolly pollies. As bacteria and fungi colonize the surface, they begin breaking down cellulose and other plant structures.
Rolly pollies feed on both the decomposed plant tissue and microbial films, gaining access to carbohydrates and trace nutrients. Vegetables grown in gardens often become part of their diet when left on moist soil or compost piles.
This feeding behavior helps reduce organic waste and contributes to natural composting processes in agricultural and backyard environments.
13. Seedlings
Seedlings are young plant sprouts that may occasionally be consumed by rolly pollies, particularly in environments where decaying matter is limited. While they prefer dead organic material, they can nibble on tender plant shoots when necessary.
Seedlings contain soft tissues rich in water, sugars, and nutrients that are essential for plant growth. These qualities make them vulnerable to feeding by small detritivores like isopods.
However, rolly pollies typically only damage seedlings when populations are high or alternative food sources are scarce. In most balanced ecosystems, they do not significantly harm plant growth.
This behavior highlights their opportunistic feeding strategy, allowing them to adapt to fluctuating environmental conditions.
14. Live Plant Tissue
Live plant tissue is not a preferred food source for rolly pollies, but it may be consumed under certain circumstances. This usually occurs when decaying organic matter is insufficient to meet their nutritional needs.
They tend to target soft, damaged, or weakened plant areas rather than healthy, fully developed tissue. Leaves close to the soil surface or plants under stress are more likely to be affected.
Live plant material provides cellulose, moisture, and sugars, but it is harder to digest compared to decomposed matter. Because of this, rolly pollies rely heavily on microbial breakdown before consumption.
In most ecosystems, their impact on living plants is minimal and overshadowed by their important role in decomposition.
15. Algae
Algae are simple aquatic and semi-aquatic organisms that grow in moist environments such as wet soil, rocks, and decaying plant surfaces. Rolly pollies often feed on algae films found in damp habitats.
Algae are rich in proteins, carbohydrates, and essential micronutrients. Because they are soft and easy to scrape, they provide an efficient food source for small detritivores.
Rolly pollies typically consume algae growing on surfaces rather than free-floating aquatic forms. This makes algae an important supplemental food in humid or shaded environments.
By feeding on algae, rolly pollies help regulate microbial growth and contribute to maintaining ecological balance in moist ecosystems.
16. Microorganisms
Microorganisms form one of the most important hidden components of a rolly polly’s diet. These include bacteria, fungi spores, and microscopic life forms that colonize decaying organic matter in soil, compost, and leaf litter. While they are invisible to the naked eye, they are constantly present wherever decomposition is occurring.
Rolly pollies do not intentionally “hunt” microorganisms in the traditional sense. Instead, they consume them incidentally while feeding on decaying leaves, wood, and other organic debris. As they scrape and break down material, they ingest large quantities of bacteria and fungal cells.
These microorganisms are extremely valuable nutritionally. They provide proteins, enzymes, amino acids, and micronutrients that are often lacking in raw plant material. In many ways, microorganisms are what make decaying matter digestible for rolly pollies in the first place.
This relationship creates a powerful recycling loop: microbes break down organic matter, and rolly pollies consume both the microbes and the softened material, accelerating decomposition even further.
17. Tiny Aquatic Organisms (Indirectly)
Tiny aquatic organisms can become part of a rolly polly’s diet indirectly, especially in wet environments such as riverbanks, marsh edges, or heavily irrigated gardens. These organisms may include small protozoans, larvae, or microscopic crustaceans that exist within water-saturated soil.
Rolly pollies do not typically hunt aquatic life directly. Instead, they consume organic debris that contains these organisms or feeds on them after they have died or decomposed.
Wet environments create ideal conditions for microbial and small organism growth, and rolly pollies benefit from the nutrient-rich residue left behind. This includes proteins, lipids, and dissolved organic compounds.
This indirect feeding strategy allows them to take advantage of aquatic ecosystems without being true aquatic animals themselves.
18. Organic Soil Particles
Organic soil particles consist of a mixture of decomposed plant matter, microbial residues, and mineral-rich soil fragments. This material is often found in the upper layers of forest floors and garden beds where decomposition is active.
Rolly pollies ingest small amounts of soil while feeding on organic matter embedded within it. This behavior helps them access nutrients that are tightly bound within decomposed plant material.
The soil particles themselves are not highly nutritious, but they contain essential minerals such as calcium, magnesium, and trace elements. These minerals are crucial for exoskeleton development and overall physiological function.
By processing soil along with organic debris, rolly pollies contribute to soil aeration and nutrient redistribution in ecosystems.
19. Compost Material
Compost material is one of the richest and most diverse food sources for rolly pollies. It consists of decomposing organic waste such as fruit scraps, vegetable peelings, leaves, and garden trimmings in various stages of breakdown.
Within compost piles, microbial activity is extremely high, creating a nutrient-rich environment that rolly pollies thrive in. They feed on softened plant matter, fungal growth, and bacteria-rich residues.
Compost provides carbohydrates, proteins, and moisture, making it an ideal all-in-one food source. It also supports large populations of rolly pollies in controlled environments like compost bins and organic gardens.
Their feeding activity helps speed up compost maturation, turning waste into fertile soil more efficiently.
20. Humus
Humus is the final stage of organic decomposition, consisting of dark, nutrient-rich organic material found in soil. It is formed after long-term breakdown of plant and animal matter.
Rolly pollies feed on humus because it contains a stable mix of decomposed organic compounds and microorganisms. Although it is not as rich as fresh decaying matter, it provides steady, long-term nutrition.
Humus improves soil structure, water retention, and fertility. By consuming and processing it, rolly pollies help further refine soil quality and distribute nutrients throughout the ecosystem.
This makes them a crucial part of the natural soil regeneration cycle.
21. Dead Snails
Dead snails are an opportunistic food source for rolly pollies, especially in moist gardens, forests, and shaded habitats where mollusks are common. When a snail dies, its soft body quickly begins decomposing, attracting a wide range of detritivores, including isopods.
Rolly pollies feed primarily on the softened tissues of the snail, not the hard shell. These tissues are rich in proteins, water, and organic compounds that become more accessible as decomposition progresses. Microbial activity plays a key role in breaking down the snail’s body, making it easier for rolly pollies to consume.
Although not a primary food source, dead snails provide a valuable nutrient boost, especially in calcium-rich environments where shell fragments may also contribute trace minerals.
This feeding behavior highlights the rolly polly’s role as a scavenger in addition to a decomposer, helping clean up organic waste in ecosystems.
22. Mollusk Remains
Mollusk remains include broken shells, decomposing tissues, and organic residues from snails, slugs, and other soft-bodied mollusks. Rolly pollies are particularly attracted to moist environments where these remains are present.
They consume organic tissue that has begun to soften due to bacterial and fungal decomposition. The shell itself is not eaten for nutrition, but it may provide trace calcium as it breaks down in soil.
These remains offer proteins, amino acids, and microbial biomass, all of which contribute to the rolly polly’s growth and energy needs.
By feeding on mollusk remains, rolly pollies assist in breaking down complex biological waste and returning nutrients to the soil ecosystem.
23. Crustacean Remains
Crustacean remains include dead insects such as small freshwater shrimp, crayfish fragments, or other arthropods that have died in damp environments. Since rolly pollies are also crustaceans, they are adapted to processing similar biological materials.
These remains provide protein-rich tissues that are highly beneficial for growth and reproduction. However, they must first undergo partial decomposition before rolly pollies can effectively consume them.
Microbial breakdown softens the exoskeleton and internal tissues, allowing access to nutrients that would otherwise be locked within chitin structures.
This opportunistic feeding behavior allows rolly pollies to exploit a wide range of organic resources in their environment.
24. Dead Polychaete Worms
Polychaete worms are segmented marine worms often found in coastal and estuarine environments. When these organisms die and wash into moist soil or tidal zones, they become a food source for rolly pollies.
The soft tissues of decomposing worms are rich in proteins and fats, making them highly nutritious compared to plant-based materials. Rolly pollies typically feed on them after microbial activity has softened the body.
In coastal ecosystems, this feeding behavior helps recycle marine-derived nutrients back into terrestrial soil systems.
Although not a major food source inland, polychaete remains are important in transitional habitats where land and sea ecosystems overlap.
25. Organic Marine Debris
Organic marine debris includes decomposing seaweed, algae, dead plankton, and other biological material washed ashore. In coastal regions, rolly pollies take advantage of this nutrient-rich food source.
This material is highly diverse and often contains a mixture of plant and animal remains, along with microbial communities that accelerate decomposition.
Rolly pollies feed on softened organic matter within the debris, gaining access to carbohydrates, minerals, and proteins that have been broken down by saltwater exposure and microbial activity.
This food source is especially important in coastal ecosystems where land-based organic material may be less abundant.
26. Marine Snow (Organic Particles)
Marine snow refers to a continuous shower of organic particles drifting down through aquatic environments, including fragments of dead plankton, decaying algae, fecal pellets, and microscopic debris. In coastal and damp transitional habitats, rolly pollies can indirectly feed on material originating from marine snow when it becomes embedded in soil or washed ashore.
This material is extremely rich in organic carbon and microbial life. As it accumulates in moist environments, bacteria and fungi rapidly colonize it, breaking it down into simpler compounds. Rolly pollies consume the resulting softened matter rather than the intact particles themselves.
Marine snow contributes essential nutrients such as nitrogen, phosphorus, and trace minerals, making it a valuable but indirect food source. It supports the broader nutrient cycle between marine and terrestrial ecosystems.
Although rolly pollies are land-dwelling creatures, their ability to utilize marine-derived organic matter highlights their adaptability in nutrient-rich coastal zones.
27. Larval Insects
Larval insects, such as fly larvae (maggots), beetle larvae, and other soft-bodied juvenile stages, are occasionally consumed by rolly pollies when encountered in decomposing environments.
These larvae are high in protein and moisture, making them a nutrient-dense food source compared to plant-based materials. However, rolly pollies typically feed on them only after they have died or are weakened by decomposition.
In compost piles and decaying organic matter, larvae and isopods often coexist, both contributing to the breakdown of waste material. This creates a highly active micro-ecosystem of decomposition.
Feeding on larvae allows rolly pollies to supplement their primarily detritivorous diet with occasional animal-based nutrition.
28. Protozoans
Protozoans are single-celled microorganisms commonly found in moist soil films, decaying organic matter, and water-saturated environments. Although microscopic, they are abundant and play a major role in decomposition processes.
Rolly pollies consume protozoans indirectly while feeding on organic debris. As they ingest decaying material, they also take in large populations of these microorganisms.
Protozoans provide proteins, lipids, and essential nutrients that support microbial food webs within the soil ecosystem.
This microscopic food source is essential for maintaining energy flow in decomposition-based habitats where rolly pollies thrive.
29. Shed Exoskeletons (Molted Skin)
Shed exoskeletons, also known as molted skin, are left behind by arthropods after they grow and shed their outer layer. These exoskeletons contain chitin, proteins, and minerals such as calcium.
Rolly pollies consume these shed materials as they begin to break down through microbial activity. While fresh exoskeletons are too hard to digest, decomposition softens them and makes nutrients accessible.
This behavior allows rolly pollies to recycle valuable minerals back into their own biological systems, supporting their own exoskeleton development and overall growth.
It is another example of how rolly pollies contribute to nutrient recycling in ecosystems.
30. Their Own Feces (Coprophagy)
In certain conditions, rolly pollies may consume their own feces, a behavior known as coprophagy. This may sound unusual, but it serves an important biological function in nutrient recovery.
Their feces still contain partially digested plant material and microbial biomass that was not fully broken down during the first digestive cycle. By re-consuming this material, rolly pollies can extract additional nutrients.
This process is especially useful in low-nutrient environments where food is scarce. It allows them to maximize energy efficiency and survival.
Coprophagy also helps maintain gut microbial balance, supporting digestion of tough cellulose materials.
Conclusion
Rolly pollies are essential decomposers that thrive on a wide variety of organic materials, from decaying leaves and fungi to microscopic organisms and marine-derived debris. Their diet is centered on recycling nutrients rather than hunting or grazing living plants.
By breaking down dead plant matter, animal remains, and microbial biomass, they play a crucial role in maintaining soil fertility and ecosystem balance. Without rolly pollies, organic waste would accumulate much more slowly, and nutrient cycling in soil ecosystems would be significantly reduced.
These small crustaceans are nature’s cleanup crew, quietly sustaining the health of gardens, forests, and natural landscapes around the world.
50+ FAQs About What Do Rolly Pollies Eat
1. What do rolly pollies primarily eat?
Rolly pollies mainly eat decaying organic matter such as dead leaves, rotting wood, and decomposing plant material found in soil and leaf litter.
2. Are rolly pollies herbivores?
No. They are detritivores, meaning they feed mostly on dead and decaying organic material rather than living plants.
3. Do rolly pollies eat live plants?
They rarely eat live plants, but they may nibble on soft or weakened plant tissue when decaying matter is scarce.
4. Do rolly pollies eat fruits?
Yes, especially overripe or rotting fruits like apples, bananas, and berries.
5. Do rolly pollies eat vegetables?
They consume soft or decaying vegetables, particularly in compost or garden environments.
6. Why do rolly pollies eat decaying matter?
Because decaying matter is easier to digest and contains nutrients broken down by bacteria and fungi.
7. Do rolly pollies eat wood?
They do not eat hard wood, but they consume rotting, softened wood rich in fungi and microbes.
8. Do rolly pollies eat fungi?
Yes, fungi such as mushrooms and mold are an important part of their diet.
9. Do rolly pollies eat soil?
They ingest small amounts of soil while feeding on organic particles and humus.
10. Do rolly pollies drink water?
They do not drink like vertebrates but absorb moisture from their environment and food.
11. Do rolly pollies eat algae?
Yes, they feed on algae growing on moist surfaces.
12. Do rolly pollies eat animal feces?
Yes, they consume feces from herbivores and other animals as part of nutrient recycling.
13. Do rolly pollies eat dead insects?
Yes, they occasionally feed on decomposing insects.
14. Are rolly pollies dangerous to plants?
No, they are generally beneficial and only rarely damage plants.
15. Do rolly pollies eat compost?
Yes, compost is one of their richest food sources.
16. What role do rolly pollies play in ecosystems?
They break down organic waste and recycle nutrients back into soil.
17. Do rolly pollies eat moss?
Yes, especially moist moss in shaded environments.
18. Do rolly pollies eat bacteria?
They ingest bacteria indirectly while feeding on decaying matter.
19. Do rolly pollies eat fungi spores?
Yes, they consume spores along with fungal material.
20. Do rolly pollies eat snails?
They do not hunt snails but may feed on dead snail remains.
21. Do rolly pollies eat animal remains?
Yes, they feed on decomposing animal tissue when available.
22. Do rolly pollies eat eggs?
They may consume organic egg matter if it is decaying.
23. Are rolly pollies carnivores?
No, they are not true carnivores but can scavenge animal matter.
24. Do rolly pollies eat mulch?
Yes, mulch provides a steady source of decaying plant material.
25. Do rolly pollies eat cardboard?
They may break down soft cardboard in moist environments.
26. Why are rolly pollies important?
They help decompose organic waste and improve soil fertility.
27. Do rolly pollies eat dead wood in forests?
Yes, especially wood softened by fungi and decay.
28. Can rolly pollies survive without decaying matter?
No, they depend heavily on decomposing organic material.
29. Do rolly pollies eat humus?
Yes, humus is a key long-term food source.
30. Do rolly pollies eat microorganisms?
Yes, they ingest bacteria and protozoa while feeding.
31. Do rolly pollies eat compost worms’ waste?
Yes, worm castings are highly nutritious for them.
32. Are rolly pollies helpful in gardens?
Yes, they help recycle nutrients and improve soil quality.
33. Do rolly pollies harm crops?
Rarely; they mostly prefer decaying matter over healthy crops.
34. Do rolly pollies eat marine debris?
Yes, in coastal areas they may consume washed-up organic matter.
35. Do rolly pollies eat their own waste?
Yes, in some cases they practice coprophagy to recover nutrients.
36. Do rolly pollies eat leaf litter?
Yes, leaf litter is one of their primary food sources.
37. Do rolly pollies eat dead plants?
Yes, dead plant material is their main diet.
38. Do rolly pollies prefer wet or dry environments?
They prefer moist environments where decomposition occurs.
39. Do rolly pollies eat eggs of insects?
They may consume insect eggs if they are decaying or unprotected.
40. Do rolly pollies eat roots?
They rarely eat live roots but may consume decaying ones.
41. Do rolly pollies eat garden waste?
Yes, garden waste is a major food source for them.
42. Do rolly pollies help composting?
Yes, they significantly speed up decomposition in compost systems.
43. Do rolly pollies eat dead fish?
They may consume decomposing fish tissue in moist environments.
44. Do rolly pollies eat insects’ larvae?
Yes, occasionally they feed on soft larvae in decaying matter.
45. Do rolly pollies eat paper?
They may consume soft, decomposing paper in damp conditions.
46. Do rolly pollies eat fungi roots?
Yes, fungal hyphae in soil are part of their diet.
47. Do rolly pollies eat dead birds?
They may feed on decomposing remains in soil environments.
48. Do rolly pollies eat decaying flowers?
Yes, decaying flowers are rich in nutrients for them.
49. Do rolly pollies eat forest floor debris?
Yes, forest floor detritus is their natural habitat food source.
50. Are rolly pollies decomposers?
Yes, they are key decomposers in most ecosystems.
51. Can rolly pollies survive indoors?
Yes, if there is enough moisture and organic matter available.
52. What happens if rolly pollies disappear?
Soil decomposition would slow significantly, affecting nutrient cycling and plant growth.