Stalked Puffball-In-Aspic
ExplorarHongos
Stalked Puffball-In-Aspic
calostoma cinnabarinum
The Stalked Puffball-In-Aspic, scientifically known as Calostoma cinnabarinum, is a captivating and visually distinct fungus found in specific woodland ecosystems. Unlike typical puffballs, this species boasts a prominent, often reddish stalk and is encased in a unique gelatinous layer during its early development, giving it its memorable 'in-aspic' moniker. This vibrant fungus plays a crucial ecological role as a mycorrhizal partner, forming a symbiotic relationship with the roots of certain trees. It facilitates the exchange of essential nutrients from the soil to its host trees, receiving carbohydrates in return. Its striking appearance, combining a bright red spore sac with a jelly-like sheath and a textured stalk, makes it a fascinating find for any nature enthusiast.
Hábitat: This species thrives on the forest floor in deciduous and mixed forests, commonly found among moss or leaf litter, typically forming symbiotic associations with oak or pine trees.
Aspecto
Calostoma cinnabarinum is instantly recognizable by its vivid cinnabar red to orange-red spore sac, which is typically spherical to slightly flattened, measuring about 1 to 2.5 cm in diameter. This colorful cap is supported by a distinctive, often ribbed or reticulated stalk that stands 3 to 6 cm tall and 0.5 to 1.5 cm thick, varying in color from pale yellow to reddish-orange. A key identifying feature, especially in younger specimens, is the thick, transparent, jelly-like layer that encases the developing fruiting body, giving it a glistening, gelatinous appearance.
ReinoFungiFiloBasidiomycotaClaseAgaricomycetesOrdenBoletalesFamiliaSclerodermataceaeGéneroCalostoma
Categoría
HongosRareza
Common
Peligro
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Datos interesantes
Its remarkably vibrant cinnabar red color is due to unique pigments, making it one of the most visually striking fungi found in its native woodlands.
The 'aspic' in its common name refers to the clear, jelly-like outer layer encasing the young fruiting body, which resembles a savory gelatin.
The genus name 'Calostoma' is derived from Greek, meaning 'beautiful mouth,' a direct reference to its elegant and pronounced apical pore.
Unlike many puffballs that release spores from a torn surface, this species has a distinctive, precise apical pore at the top of its spore sac for spore ejection.
Habilidades especiales
Habilidad
Spore Jet Release
Upon reaching maturity, the internal spore mass dries to a fine powder. External disturbances, such as raindrops or passing animals, can cause a small puff of spores to be ejected through an apical pore, facilitating dispersal.
Habilidad
Nutrient Exchange Network
The fungus forms an ectomycorrhizal relationship with the roots of host trees, efficiently exchanging critical soil nutrients like phosphorus and nitrogen for the carbohydrates produced by the trees through photosynthesis.
Habilidad
Moisture Retention Sheath
The developing fruiting body is enveloped in a unique, thick, clear gelatinous layer. This sheath is believed to provide vital protection against desiccation and physical damage, ensuring optimal development in fluctuating environmental conditions.
Medidas y detalles
- Longitud
- 3-8 cm
- Peso
- 0.001-0.01 kg
Dieta y alimentación
The Stalked Puffball-In-Aspic primarily obtains its nutritional requirements through a symbiotic ectomycorrhizal association with the root systems of specific host trees. It supplements this by absorbing decaying organic matter from the surrounding forest soil, contributing to nutrient recycling.
Alimentos principales
- Carbohydrates (from host trees)
- Nitrogen compounds (from soil)
- Phosphorus (from soil)
- Decomposing leaf litter
Método de búsqueda
- Symbiotic Absorption And Saprotrophic Absorption
Conexiones ecológicas
mutualism
Oak Tree
Quercus species
Forms essential ectomycorrhizal associations with its roots, receiving carbohydrates.
mutualism
Pine Tree
Pinus species
Forms essential ectomycorrhizal associations with its roots, receiving carbohydrates.
eaten by
Forest Slugs
Various gastropod species
May feed on the fruiting bodies, potentially aiding in spore dispersal through consumption.
competitor
Soil Bacteria
Various bacterial species
Participates in the decomposition of organic matter within the same soil ecosystem.
Rasgos
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También conocido como
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Seguridad
Peligro
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Preguntas frecuentes
¿Cómo identificar a Stalked Puffball-In-Aspic?
La forma más fácil de identificar a Stalked Puffball-In-Aspic es usar la aplicación de identificación de naturaleza Snappit.
¿Cuál es el longitud de Stalked Puffball-In-Aspic?
3-8 cm
¿Cuál es el peso de Stalked Puffball-In-Aspic?
0.001-0.01 kg
¿Qué come Stalked Puffball-In-Aspic?
The Stalked Puffball-In-Aspic primarily obtains its nutritional requirements through a symbiotic ectomycorrhizal association with the root systems of specific host trees. It supplements this by absorbing decaying organic matter from the surrounding forest soil, contributing to nutrient recycling.
¿Dónde se encuentra normalmente Stalked Puffball-In-Aspic?
This species thrives on the forest floor in deciduous and mixed forests, commonly found among moss or leaf litter, typically forming symbiotic associations with oak or pine trees.
¿Cómo caza Stalked Puffball-In-Aspic?
Symbiotic Absorption And Saprotrophic Absorption
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