Paltry Puffball (Bovista plumbea)
Paltry Puffball (Bovista plumbea)
Paltry Puffball (Bovista plumbea) is a small grassland puffball native to Europe and North America, edible when young and recognized at maturity by its distinctive metallic-grey inner skin. At full maturity it detaches from the soil and rolls across open ground like a tumbleweed, dispersing millions of spores with every jostle and raindrop. It is the type species of the genus Bovista, the original anchor of a lineage that has existed for roughly 55 million years.
Bovista plumbea Pers. — Family Lycoperdaceae — Order Agaricales
Paltry Puffball (Bovista plumbea) is one of the most widespread and ecologically distinctive small puffballs in the northern hemisphere — a species that has attracted serious scientific attention for its antioxidant chemistry, its ancient taxonomic history, and a spore-dispersal strategy shared with almost no other fungus on Earth. Found in lawns, meadows, golf courses, and disturbed grasslands across Europe and North America, it is edible when young, saprotrophic (feeding on decaying matter in the soil), and the founding type species of the entire genus Bovista. This guide covers everything currently known about its identification, biology, chemistry, cultivation potential, and safe handling — drawing on peer-reviewed research through early 2026.
What Is the Paltry Puffball (Bovista plumbea)?
Paltry Puffball (Bovista plumbea) is a small, globe-shaped puffball mushroom — a type of gasteroid (meaning "stomach-shaped") fungus that keeps its spores sealed inside a round fruiting body until maturity. Unlike the gilled mushrooms most people picture when they hear "mushroom," puffballs develop entirely enclosed, with no exposed cap, no gills, and no stalk. The interior — called the gleba — starts white and firm, gradually turning yellowish, then olive-brown, then finally becoming a dark brown powder as the spores mature.
What sets Paltry Puffball (Bovista plumbea) apart from other puffballs is a combination of traits that no other species shares: a metallic lead-grey inner skin (endoperidium) exposed at maturity; the complete absence of a sterile base, meaning the entire interior is fertile spore tissue; an extremely long spore pedicel (the hair-like stalk on each spore) measuring 7.5–11.5 µm — unusually long for the genus; and a dispersal strategy in which the entire mature fruiting body detaches from the soil and rolls across open ground like a miniature tumbleweed. This last trait gives rise to its informal English names "Tumbling Puffball" and "Tumbleball."
Key fact: Paltry Puffball (Bovista plumbea) is the type species of the genus Bovista — the original specimen around which the entire genus has been defined since Christian Hendrik Persoon established it in 1794. Its lineage diverged approximately 55 million years ago during the Eocene epoch.
The species favours open, disturbed grasslands — lawns, meadows, sheep-grazed pastures, sand dunes, golf courses, and roadsides. It is genuinely cosmopolitan: confirmed in most of Europe including the British Isles and Scandinavia, across a broad range of US states and Canadian provinces, and in Asia from Russia and the Caucasus to the Trans-Himalayan region. The Global Fungal Red List Initiative assesses it as Least Concern, with a stable population trend.
Common names for Paltry Puffball (Bovista plumbea) vary significantly by region and source. "Lead-grey Puffball" is preferred by iNaturalist and reflects the species' most distinctive visual character. "Grey Puffball" is the dominant British usage. "Tumbling Puffball" appears in Wikipedia and North American foraging literature. "Paltry Puffball" is the term most often used in cultivator communities and has been amplified by commercial mycology product pages. No single common name commands undisputed authority — the scientific name Bovista plumbea is the only unambiguous identifier.
Interested in this species? Out-Grow carries a liquid culture.
Paltry Puffball (Bovista plumbea) Liquid CultureHow Is Paltry Puffball (Bovista plumbea) Classified?
The taxonomy of Paltry Puffball (Bovista plumbea) is unusually clean for a species this widespread. Christian Hendrik Persoon — a South African-born mycologist working in Europe — coined both the genus Bovista (1794) and the species name plumbea (1795), making this mushroom the original type species of its genus. The generic name Bovista derives from the Old German word vohenvist, meaning roughly "fox-flatulence" — a reference to the puff of spore dust released when the fruiting body is disturbed. The specific epithet plumbea is Latin for "leaden," describing the lead-grey colour of the mature inner skin.
| Kingdom | Fungi |
| Division | Basidiomycota |
| Class | Agaricomycetes |
| Subclass | Agaricomycetidae |
| Order | Agaricales |
| Family | Lycoperdaceae F. Berchtold & J.S. Presl |
| Genus | Bovista Pers. |
| Species | Bovista plumbea Pers. |
| MycoBank / Index Fungorum | ID 209632 |
| NCBI Taxonomy ID | 90946 |
| GBIF Species ID | 2535193 |
One persistent source of confusion is family placement. Some field guides and databases (iNaturalist, NCBI Taxonomy) list the family as Agaricaceae, while Index Fungorum, MycoBank, GBIF, and Species Fungorum all place Bovista in Lycoperdaceae. The discrepancy reflects an ongoing nomenclatural debate: some taxonomists treat Lycoperdaceae as a synonym absorbed into the broader Agaricaceae family, while others — supported by the most comprehensive molecular phylogenetic work available — maintain Lycoperdaceae as a distinct, monophyletic (single common ancestor) family. The 2024 Mycosphere revision by Li et al. firmly supports Lycoperdaceae as valid and independent, and this is the placement used throughout this guide.
The 2024 Mycosphere revision (Li, Cao, Phurbu, He, Zhu, Parra & Zhao) used a four-gene combined dataset — ITS (internal transcribed spacer), nrLSU (large subunit ribosomal DNA), rpb2 (RNA polymerase II gene), and tef1-α (translation elongation factor gene) — with 209 samples across 96 species and 19 genera. Its most significant finding for Paltry Puffball (Bovista plumbea) was the resolution of a long-standing problem: the former subgenus Bovista subg. Globaria was shown to be genetically distinct from core Bovista, and was elevated to the separate genus Globaria. This finally made Bovista in the strict sense — the group anchored by Bovista plumbea as type species — genuinely monophyletic. Within this revised Bovista, Bovista plumbea sits sister to two newly described species from the Tibetan Plateau.
Synonymy note: Paltry Puffball (Bovista plumbea) accumulated a large number of synonyms over the 19th century — including Lycoperdon plumbeum Vittad. (1842), Globaria plumbea (Pers.) Quél. (1873), and Bovista ovalispora Cooke & Massee (1887) — because it was repeatedly described as new before Persoon's authority was universally recognised and minor morphological variants were elevated to species rank. All are now superseded by the original 1795 name.
How Do You Identify Paltry Puffball (Bovista plumbea)?
Identifying Paltry Puffball (Bovista plumbea) in the field follows a two-stage process: first confirming it is a true puffball (and ruling out the dangerous earthball look-alike genus Scleroderma), then distinguishing it from other small Bovista species. The most reliable field marks are the lead-grey, metallic-luster endoperidium in mature specimens, the absence of any stalk or sterile base, the attachment to the soil by a tuft (not a single cord) of mycelium, and the small apical pore at the top through which spores are released.
Macroscopic Features
Microscopic Features
Under the microscope, Paltry Puffball (Bovista plumbea) is identified by its spore dimensions and the distinctive structure of its capillitium — the network of thread-like fibres mixed with the spores inside the mature fruiting body. Spores measure 5.0–6.5 × 4.0–5.5 µm, ovoid to subglobose (round to slightly oval), with thick walls and a nearly smooth to finely warty surface. The most diagnostically important microscopic character is the spore pedicel: each spore carries a narrow stalk-like appendage measuring 7.5–11.5 µm in length. This is unusually long for the genus and directly distinguishes Bovista plumbea from Bovista pila, whose pedicel is typically under 1 µm. The capillitium is the Bovista-type — individual, non-interwoven threads that taper rapidly and fork repeatedly, functioning as hygroscopic springs that pump spores through the apical pore.
Lookalike Species
Scleroderma spp. (Earthballs)
Dangerous. Earthballs are poisonous and can cause gastrointestinal toxicity. Key differences: thick, hard rind; dark purple-black interior at all ages (never uniformly white); often associated with tree roots. Always cross-section any puffball before eating — uniform white flesh confirms a true puffball.
Immature Amanita spp.
Potentially deadly. Young Amanita mushrooms emerge as white "eggs" that can resemble small puffballs before the cap and gills develop. Cross-section vertically: an Amanita egg shows the outline of a developing cap and gills inside; a true puffball shows uniform white flesh throughout.
Bovista pila
Edible. Larger (4–7 cm); attached by a mycelial cord (not a tuft); releases spores through cracks rather than an apical pore; spores much smaller (3.5–4.5 µm) with a very short pedicel (<1 µm).
Bovista dermoxantha
Edible. Endoperidium light-brown to ochre (not lead-grey); attached by a mycelial cord; young exterior conspicuously cottony-felty. Microscopy needed for confident separation in some cases.
Bovista pusilla
Edible. Very similar; rarely exceeds 2 cm. Historically confused with B. dermoxantha in the literature. Microscopy required for reliable separation from Bovista plumbea in ambiguous specimens.
Field safety rule: Always cross-section any small white ball vertically before eating it. If the interior is uniformly white and firm with no internal structure, it is a true puffball. Any hint of yellow, purple, or the outline of a developing mushroom means do not eat it.
Where Does Paltry Puffball (Bovista plumbea) Grow?
Paltry Puffball (Bovista plumbea) is a saprotrophic fungus — it feeds entirely on dead organic matter decomposing in the soil and grass thatch, with no parasitic or mycorrhizal (root-associated) relationship with any plant. This trophic mode distinguishes it from poisonous earthball look-alikes in the genus Scleroderma, which are ectomycorrhizal (root-associated) and tend to grow near trees rather than in open grassland.
The species strongly favours open, low-competition ground: dry to moderately moist meadows, sheep-grazed and cattle-grazed pastures, lawns, urban parks, golf courses, roadside verges, farm yards, gravel areas, and sand dune systems. It tolerates disturbed and heavily modified habitats better than most grassland fungi, which explains its consistent occurrence in suburban and agricultural settings. It is not a woodland species and is essentially absent from arctic vegetation or dense forest understory.
| Region | Notes |
|---|---|
| Western & Central Europe | Widespread and common; British Isles, France, Germany, Netherlands, Scandinavia, Mediterranean |
| Eastern Europe & Russia | Confirmed across Russia; St. Petersburg records July–October |
| North America (US) | Idaho, Arizona, Illinois, Massachusetts, Michigan, Montana, North and South Carolina, New York, Ohio, Wisconsin, Wyoming, California |
| North America (Canada) | British Columbia (S3S4 conservation rank — apparently secure); Washington, Oregon |
| Caucasus & Georgia | Collected for traditional medicinal use; documented in 2024 antioxidant study |
| Trans-Himalayan Asia | Kargil (Ladakh) region; characterised in 2025 metabolomics study |
| Southern Hemisphere | Rare; possibly introduced in New Zealand; not listed as invasive |
Fruiting season varies with latitude and climate. In the UK and Western Europe, fruiting peaks in late summer through autumn. In California it occurs throughout the cooler mushroom season. In northwest Russia records span July through October. In the Trans-Himalayan region of Kargil, fruiting occurs in summer. Paltry Puffball (Bovista plumbea) is assessed as Least Concern by the Global Fungal Red List Initiative, with a stable population trend and no identified threats.
Can You Cultivate Paltry Puffball (Bovista plumbea)?
The short answer is: not reliably, not indoors, and not by any published protocol. Paltry Puffball (Bovista plumbea) is saprotrophic — it does not need a living plant partner to grow — which in principle should make it more cultivable than mycorrhizal species. In practice, no peer-reviewed study has documented successful, repeatable fruiting body production of Bovista plumbea or any true puffball (in the genera Bovista, Calvatia, or Lycoperdon) in a controlled indoor setting. This is an honest and important distinction from many other species sold as liquid cultures.
Why Puffball Cultivation Remains Unsolved
Unknown fruiting triggers
The specific combination of temperature shifts, CO₂ concentration, humidity, substrate chemistry, and seasonal cues required to initiate gasteroid (enclosed-fruiting) development in Bovista has not been identified in any published study.
Soil microbiome dependency
Puffball mycelium likely interacts with specific soil bacterial and fungal communities in ways that have not been replicated in the sterile laboratory conditions used for conventional mushroom cultivation.
Gasteroid development pathway
Unlike gilled mushrooms, which form exposed spore-bearing surfaces, puffballs develop entirely enclosed fruiting bodies via a separate morphogenetic (development) pathway that remains largely uncharacterised in free-living, non-mycorrhizal species.
No reproducible protocol exists
Amateur attempts using spore-slurry methods in natural grassland have produced occasional colonisation but cannot be described as controlled cultivation. No indoor fruiting protocol has been published or independently verified.
What the Liquid Culture Is Realistically Used For
A verified liquid culture of Paltry Puffball (Bovista plumbea) is a genuinely useful tool for the following applications, each well within what saprotrophic mycelium can accomplish:
About the Out-Grow Paltry Puffball (Bovista plumbea) Liquid Culture
Out-Grow's liquid culture syringe contains actively growing Bovista plumbea mycelium in a sterile liquid medium, prepared in their mycology laboratory and verified contamination-free before shipping. It is suitable for inoculating sterilised grain jars, agar petri dishes, and expanding into additional liquid cultures. The culture is the starting point for any experimental cultivation work — or simply for maintaining a viable culture of this taxonomically significant species for study or collection. Store refrigerated; use within the recommended window on the product page. For experimental outdoor work, inoculate into well-prepared, organic-rich grassland substrate; document all results, as any fruiting body production would represent a meaningful contribution to the cultivation science for this genus. View the liquid culture product →
Vendor data note: Claims that straw colonisation reliably leads to fruiting body production in Bovista plumbea originate from vendor product descriptions and have not been independently verified or peer-reviewed. This guide presents them as anecdotal rather than established fact.
What Bioactive Compounds Does Paltry Puffball (Bovista plumbea) Contain?
Paltry Puffball (Bovista plumbea) has been included in several phytochemical and nutritional studies, primarily as part of multi-species comparisons. No comprehensive natural products isolation study — where pure compounds are extracted, fractionated, and structurally characterised specifically from this species — has been published as of early 2026. All biological activity data currently comes from crude extracts (ground-up fruiting body material), and all findings are in vitro (in laboratory cell or test conditions), not from human clinical trials. This matters: in vitro activity does not automatically translate to effects in the human body.
Gallic acid & p-coumaric acid
Identified by HPLC (high-performance liquid chromatography) as the two main phenolic compounds in Bovista plumbea extracts (Sadi et al. 2016, Turkey). Phenolics are a broad class of plant and fungal compounds associated with antioxidant activity in laboratory assays.
Metal chelation activity
In a six-species comparison, Bovista plumbea aqueous extract showed the highest metal chelation activity of all species tested: IC₅₀ = 0.49 mg/mL (IC₅₀ is the concentration required to inhibit activity by 50% — a lower value indicates greater potency). Metal chelation ability is one marker used in antioxidant characterisation.
DPPH radical scavenging
DPPH (2,2-diphenyl-1-picrylhydrazyl) is a standard laboratory test for antioxidant activity. Bovista plumbea showed moderate results in the Sadi et al. study; Ramaria flava outperformed it. In the 2024 Georgian study (Badridze et al.), immature fruiting bodies showed approximately 90% total antioxidant activity, outperforming mature specimens across all parameters.
Terpenoids
A positive phytochemical test for terpenoids (a broad class of organic compounds found across the fungi and plant kingdoms) was confirmed in Bovista plumbea by the Ozçelik et al. 2005 Fitoterapia antimicrobial study, which used 60% methanolic extraction of 10 Lycoperdaceae species. Extract yield from Bovista plumbea: 28.2%.
Linoleic acid (C18:2 n-6)
The 2025 Trans-Himalayan study (Mayirnao et al., Food Bioscience, Elsevier) identified linoleic acid as the most prevalent essential PUFA (polyunsaturated fatty acid) in Bovista plumbea, ranging 2.50–7.63% of total fatty acids. The species showed high PUFA/SFA (unsaturated to saturated fat) ratios consistent with other edible mushrooms.
Trehalose & glucitol
Dominant carbohydrates: trehalose (a disaccharide sugar with known stress-protective functions in fungi) at 13.68–27.93%; glucitol (also called sorbitol, a polyol sugar alcohol) at 3.71–10.33%. Together, sugars and sugar derivatives accounted for 33–51% of total metabolite composition in the Kargil specimens.
Catalase activity
Bovista plumbea showed the highest catalase (an enzymatic antioxidant that breaks down hydrogen peroxide) activity of four wild mushroom species studied from the Kargil region, and the highest concentrations of non-enzymatic antioxidants: phenolics, flavonoids, ascorbic acid, and α-tocopherol.
Essential amino acids
The 2025 Kargil study found isoleucine at 1.05 mg/g — the highest concentration of this essential amino acid among all four species studied. Leucine, threonine, and valine were also detected at high concentrations. Mineral bioavailability (Fe, Cu, Mg, Ca) was high, attributed to low concentrations of antinutrients such as phytic acid and oxalates.
Research gap: No published study has isolated and structurally characterised pure compounds from Bovista plumbea specifically. β-Glucans (immune-associated polysaccharides found broadly in fungi), ergosterol (the fungal equivalent of cholesterol), alkaloids, and volatile aroma compounds have not been measured in this species. Antimicrobial data from Ozçelik et al. 2005 exists but specific MIC (minimum inhibitory concentration) values for Bovista plumbea require full-text access to that paper to report precisely.
Is Paltry Puffball (Bovista plumbea) Safe to Eat?
Paltry Puffball (Bovista plumbea) is edible when young and has no documented toxic compounds or poisoning cases attributed to it in the scientific literature. However, its practical culinary value is limited by its small size — it rarely exceeds 3–4 cm across, which makes collecting a meaningful quantity labour-intensive. Field guides typically describe it as "edible but too small to be considered for the table" as a general assessment. No published sensory study characterises its taste when cooked.
Safety Rules for Consumption
Cross-section before eating
Cut the fruiting body in half vertically. The interior must be uniformly white and firm with no internal structure visible. Any yellow, olive, or brown tinge means past prime; any outline of a cap, stalk, or gills means it is not a puffball — do not eat it.
Young specimens only
Once the interior begins to yellow, the mushroom is past its edible stage. Firm, white-fleshed specimens with an intact white outer skin are the only safe stage for consumption.
Positive identification required
Confusion with Scleroderma species (earthballs) poses the main risk. Earthballs have a thick, hard rind and a dark purple-black interior at all ages — even when very small and young. When in doubt, do not eat it.
Avoid inhaling spore clouds
Mature puffball spore clouds have been linked to lycoperdonosis — a rare pulmonary inflammation from massive spore inhalation — mainly in cases where spores were intentionally inhaled. Handle mature, brown-interior specimens outdoors with appropriate caution.
Important clarification: Several online sources incorrectly state that Bovista plumbea is not edible. This is directly contradicted by multiple authoritative field guides and the 2024 Georgian antioxidant study by Badridze et al., which explicitly characterises it as edible. The species is reliably non-toxic when young; the "not edible" characterisation appears to reflect its small size making it impractical, not any safety concern.
What Makes Paltry Puffball (Bovista plumbea) Remarkable?
Paltry Puffball (Bovista plumbea) punches above its weight scientifically. Despite being a small, inconspicuous grassland mushroom, it sits at the centre of a revised understanding of puffball evolution, carries an engineering solution for spore dispersal that most fungi never developed, and holds open research questions that no other page on the internet has assembled in one place.
The Tumbleweed Strategy
At maturity, the mycelial tuft anchoring Bovista plumbea to the soil weakens and detaches. The entire fruiting body becomes a free-rolling dispersal vessel — pushed by wind across open grassland like a miniature tumbleweed. Every bounce and jolt compresses the endoperidium against the capillitium, pumping spores through the apical pore. One fruiting body can disperse across a wide area over days to weeks of rolling. This strategy is rare among fungi and elegantly suited to colonising disturbed, open ground.
The Capillitium as a Mechanical Pump
The capillitium threads inside Bovista plumbea (the "Bovista-type") are independent, non-interwoven elements that taper rapidly and function as hygroscopic springs — compressing under pressure and re-expanding when released, drawing air and spores toward the pore. This is more mechanically refined than the simple collapse of Calvatia species, and represents a convergent innovation in puffball evolution.
The Unexplained Metallic Grey
The distinctive lead-grey colour and metallic luster of the mature endoperidium has not been explained at the molecular or structural level in any published study. Whether it reflects melanin deposition, structural colouration from light interference, or trace metal accumulation is genuinely unknown — an open research question that could have implications beyond mycology.
Type Species of an Ancient Genus
Bovista plumbea is the nomenclatural anchor of the genus Bovista — established by Persoon in 1794 and stable for over 230 years. Molecular dating places the lineage's divergence at approximately 55 million years ago (Eocene), contemporaneous with early diversification of grassland habitats globally. Collecting this species is, in a real sense, handling a survivor from a very different Earth.
The Extraordinarily Long Spore Pedicel
Each spore of Bovista plumbea carries a 7.5–11.5 µm stalk-like appendage (pedicel) — unusually long for the genus and a key microscopic diagnostic character. Its function has not been established: hypotheses include facilitating spore separation from capillitial threads during puffing, enhancing aerodynamic properties, or mediating attachment during germination. No study has tested any of these for this species.
100% Fertile Interior
Unlike most puffballs, Bovista plumbea completely lacks a subgleba — the sterile, spongy base found in Lycoperdon and many other puffball genera. The entire interior is fertile spore-bearing tissue. This maximises spore yield per unit biomass — an evolutionary advantage for a small fruiting body in a competitive grassland environment. Despite being no larger than a golf ball, these fruiting bodies produce millions of spores.
Ethnomycological History Across Continents
Multiple independent cultures documented haemostatic (blood-stopping) use of Bovista puffball spore mass — from Blackfoot and Ojibwe peoples in North America to 19th-century European surgeons and Georgian traditional medicine (where Bovista plumbea was known as "Burnut," meaning tobacco). Metis documentation specifically names Bovista plumbea applied to hoof-trimming wounds in ruminants. A 2025 PMC study on a related genus found puffball spore morphology enables hemostatic efficacy comparable to commercial agent QuikClot — lending plausibility to these traditional observations.
The Bovista Paraphyly Resolution
For decades, molecular analysis suggested the genus Bovista was paraphyletic — meaning some "Bovista" species were not actually more closely related to each other than to species in other genera, a problem for taxonomy. The 2024 Li et al. Mycosphere revision resolved this definitively by elevating the outlier clade to the new genus Globaria, making true Bovista — anchored by Bovista plumbea — monophyletic for the first time in the molecular era.
Also available as a culture plate from Out-Grow.
Paltry Puffball (Bovista plumbea) Culture PlateFrequently Asked Questions About Paltry Puffball (Bovista plumbea)
Is Paltry Puffball (Bovista plumbea) edible?
Yes — Paltry Puffball (Bovista plumbea) is edible when young, with white, firm interior flesh. Always cross-section the fruiting body before eating: the interior must be uniformly white with no internal structure. Once the interior yellows, the mushroom is past its edible stage. In practice, its small size (typically under 3–4 cm across) makes it impractical to collect in quantity. Several online sources incorrectly describe it as inedible; this is contradicted by multiple authoritative field guides and a 2024 Georgian research study.
What is the difference between Paltry Puffball (Bovista plumbea) and an earthball?
Earthballs belong to the genus Scleroderma and are poisonous. Key differences: earthballs have a thick, hard outer rind; their interior is dark purple to black at all ages, even when very small and young; and some grow near tree roots (ectomycorrhizal) rather than in open grassland. Paltry Puffball (Bovista plumbea) has a thin, papery skin; a uniformly white interior when young; and grows in open grassland with no tree association. Always cross-section any small white ball before eating it — a uniformly white interior confirms a true puffball.
Can Paltry Puffball (Bovista plumbea) be cultivated at home?
Not by any published or reliably reproducible method. No peer-reviewed study documents successful, repeatable indoor fruiting body production of Paltry Puffball (Bovista plumbea) or any other true puffball. The species is saprotrophic (no living host plant needed), so it is theoretically cultivable, but the specific fruiting triggers — temperature shifts, CO₂ levels, substrate chemistry, humidity cues — have not been identified. A liquid culture can be used for agar work, spawn production, mycelial biomass, and outdoor experimental inoculation into prepared grassland. Any resulting fruiting bodies would be experimental and should be carefully documented.
Why does Paltry Puffball (Bovista plumbea) turn grey at maturity?
The lead-grey to metallic-grey colour is a property of the inner skin (endoperidium) that is exposed as the white outer skin flakes away at maturity. This characteristic metallic-grey luster is one of the best field marks for the species. Interestingly, the molecular or structural mechanism behind this colour — whether it reflects melanin, structural light interference, or something else — has not been explained in any published study. It remains an open research question.
What are the common names for Paltry Puffball (Bovista plumbea)?
Paltry Puffball (Bovista plumbea) has several common names in use simultaneously: "Lead-grey Puffball" (preferred by iNaturalist and scientifically descriptive), "Grey Puffball" (dominant in British field guides), "Tumbling Puffball" or "Tumbleball" (used in North American foraging literature, referencing its dispersal strategy), and "Paltry Puffball" (used in cultivator communities and commercial mycology). No single name is universally standard — the scientific name Bovista plumbea is the only unambiguous identifier.
What research has been done on Paltry Puffball (Bovista plumbea) bioactivity?
Several in vitro studies have characterised extracts of Paltry Puffball (Bovista plumbea). A 2016 Turkish study (Sadi et al., International Journal of Medicinal Mushrooms) found it had the highest metal chelation activity of six edible mushroom species tested (IC₅₀ = 0.49 mg/mL) and identified gallic acid and p-coumaric acid as major phenolics. A 2024 Georgian study (Badridze et al.) found immature fruiting bodies showed approximately 90% total antioxidant activity. A 2025 Trans-Himalayan study (Mayirnao et al., Food Bioscience) characterised its fatty acid, amino acid, and mineral profiles. All data is in vitro; no human clinical trials have been conducted for any application.