Five spore bearing plants are:ground pinehorsetailstree fernsclub mossesblue-green algaeSpore bearing plants are usually from the followingalgaemossferns
A round spore case at the tip of upright hyphae that contains spores is called a sporangium. In fungi, sporangia are structures that produce and release spores for reproduction. These spores can be dispersed in the environment to facilitate the spread and propagation of the fungal species.
Club mosses reproduce by spores and spore-bearing structures called strobili rather than through flowers. Sexual reproduction begins when the sporangia, which is the spore producing structure, is mature and is ready to release its spores.
Elators are plant structures that help disperse spore-containing structures called spores. They work by changing shape in response to humidity, which helps in the dispersal of the spores. When the elators twist and coil as they absorb moisture, they build up mechanical energy that is eventually released, causing the spore capsule to burst and expel the spores.
Zygomycota fungi produce spores in sporangia, which are structures that contain and release the spores. These sporangia are found at the tips of specialized hyphae called sporangiophores.
Pseudomonas species do not typically form spores. While some species are known to produce resistant structures called cysts or endospores under specific conditions, these are not true spores like those formed by spore-forming bacteria such as Bacillus or Clostridium.
Five spore bearing plants are:ground pinehorsetailstree fernsclub mossesblue-green algaeSpore bearing plants are usually from the followingalgaemossferns
All species of Staphylococcus lack spores
A round spore case at the tip of upright hyphae that contains spores is called a sporangium. In fungi, sporangia are structures that produce and release spores for reproduction. These spores can be dispersed in the environment to facilitate the spread and propagation of the fungal species.
The spore cases on threadlike fungi are called sporangia. These structures are responsible for producing and releasing spores into the environment for reproduction.
The spore bearing structures in club mosses and horsetails and the cones of gymnosperms called strobili.
Club mosses reproduce by spores and spore-bearing structures called strobili rather than through flowers. Sexual reproduction begins when the sporangia, which is the spore producing structure, is mature and is ready to release its spores.
Elators are plant structures that help disperse spore-containing structures called spores. They work by changing shape in response to humidity, which helps in the dispersal of the spores. When the elators twist and coil as they absorb moisture, they build up mechanical energy that is eventually released, causing the spore capsule to burst and expel the spores.
No, salmonella does not form spores. Salmonella is a type of bacteria that belongs to the family Enterobacteriaceae and is classified as a non-spore-forming organism. Instead of forming spores, salmonella can survive in adverse conditions by entering a dormant state or forming biofilms. This makes it resilient in various environments, but it does not have the spore-forming capability characteristic of some other bacteria.
Zygomycota fungi produce spores in sporangia, which are structures that contain and release the spores. These sporangia are found at the tips of specialized hyphae called sporangiophores.
Plant leaves have tiny spores called stomata through which air enters and water exits the plant.Stomata is plural (stoma is singular)
Spores are typically stored in structures called sporangia. In fungi, sporangia are specialized sacs or cases where spores are produced and released. In plants, particularly ferns, spores are often found in structures called sporangia located on the underside of leaves, grouped in clusters known as sori. In mosses, spore capsules called sporophytes develop on stalks, containing the spores until they are ready to disperse.