0
Lycopodium spores are produced in sporangia located on the tips of sporophylls, while Selaginella spores are produced in sporangia found in the axils of specialized leaves called sporophylls. Lycopodium leaves are simple and needle-like, while Selaginella leaves are more complex and have a microphyll structure with a single vein. Overall, Selaginella spores and leaves are more complex compared to Lycopodium spores and leaves.
Add your answer:
Earn +20 pts
Which ten plants reproduce by spores?
Ferns Mosses Liverworts Horsetails Lycopods Clubmosses Quillworts Selaginella Azolla Marsilea
Is selaginella a homosporous or a heterosporous plant?
Selaginella is a heterosporous plant, meaning it produces two types of spores – megaspores and microspores. Megaspores develop into female gametophytes, while microspores develop into male gametophytes.
What plants has roots stems and leaves but does not produce seeds?
Examples of plants that have roots, stems, and leaves but do not produce seeds are flowers. Flowers have roots, stems, and leaves; and reproduce by pollination with the help of bees, and other insects.
What structures might be found on the underside of fern leaves?
On the underside of fern leaves, you may find structures called sporangia, which are clusters that contain spores. These spores are crucial for fern reproduction. Additionally, you may also find sori, which are groups of sporangia clustered together.
What is Pteridophytes?
Pteridophytes are a group of vascular plants that reproduce via spores. They include ferns, horsetails, and club mosses. These plants have well-developed vascular tissues for conducting water and nutrients.
Compare the spores of Lycopodium sp. and Selaginella sp?
Lycopodium is a clubmoss which is homosporous
What is the comparison between spores and leaves of lycopodium sp. and selaginella sp.?
Lycopodium is Isophyllous,Homosporous.It has monocious gametophyte and do not have rhizophores.But Selaginella is Dimorphism, heterosporous.It has dioecious gmetophyte and rhizophores
What is the differences between spores in lycopodium sp and selaginella sp?
in Selaginella sp a strobilus contains both megaspores and microspore but in Licopoium sp they are in seperate strobili OWTCA-kln.Sl
Which ten plants reproduce by spores?
Ferns Mosses Liverworts Horsetails Lycopods Clubmosses Quillworts Selaginella Azolla Marsilea
Is selaginella a homosporous or a heterosporous plant?
Selaginella is a heterosporous plant, meaning it produces two types of spores – megaspores and microspores. Megaspores develop into female gametophytes, while microspores develop into male gametophytes.
What type of spores do lycopodium produce?
Lycopodium plants produce spores known as homosporous spores. These spores are all of the same type and give rise to a single type of gametophyte.
What type of spores does Lycopodium produces?
Lycopodium produces spores known as homosporous spores, which are all of the same size and shape, allowing for a uniform dispersal method.
Are all spores in the same sporangium similar?
no selaginella has megaspores and microspores
What plants has roots stems and leaves but does not produce seeds?
Examples of plants that have roots, stems, and leaves but do not produce seeds are flowers. Flowers have roots, stems, and leaves; and reproduce by pollination with the help of bees, and other insects.
Are selaginella seedless plants?
Yes, Selaginella have megaspores and microspores not seeds like the naked seeds of Conifers and Cycads and the Seeds of Angiosperms. Selaginella belong to the Clubmoss Group Lycopodiopsida see related link.
Spores of these plants were once used as flash powder?
Lycopodium, which is in the genus club mosses
What is Lycopodium spore method of analysis?
The Lycopodium spore method is a microscopic technique used to measure the size of particles in a sample. By adding known quantities of Lycopodium spores of a specific size to the sample, the size of the particles in the sample can be estimated by comparing them to the size of the spores. This method is commonly used in environmental and pharmaceutical analysis to determine particle size distribution.
