Ferns are green plants and produce food through photosynthesis like all other green plants; they vary from other the majority of other plants through their method of reproduction (spores and not seed).
Ferns have a root system and also absorb disolved minerals, oxygen and water from the soil
The tiny dots found on the underside of the bird's nest fern are the fern's spores. These spores are a part of the fern's reproductive process and will eventually mature into new fern plants.
The nest was built by birds.
Te specific study of the birds nest is calle "ornithology".
Birds mate after and before making a nest
A birdhouse.
Mushrooms obtain food through a process called saprotrophic nutrition, where they decompose organic matter by secreting enzymes and absorbing the resulting nutrients. In contrast, the birds nest fern utilizes photosynthesis, converting sunlight into energy by using chlorophyll to capture light and turning carbon dioxide and water into glucose. Thus, while mushrooms are heterotrophic decomposers, birds nest ferns are autotrophic producers.
In tropical rain forests it is found as epiphyte on trees. Since the older leaves of this fern form a nest like structure it is called Birds' nest fern.
STOMATA
Asplenium sp.
yes.but short stem
filter feeding
Yes
Yes,bird nest fern is alive.
The Birds Nest Fern reproduces via spores, which are released from sporangia on the undersides of its fronds. In contrast, Morning Glory plants reproduce sexually through flowers that produce seeds after pollination, typically involving insects for fertilization. While the Birds Nest Fern relies on asexual reproduction through spore dispersal, Morning Glory plants primarily propagate through seed formation, facilitating genetic variation in their offspring.
No, birds do not push their babies out of the nest. Instead, they encourage them to leave by reducing the amount of food they bring to the nest, which motivates the young birds to start flying and become independent.
no, the Young bird's nest fern called a seedling
These are both nonvascular plants and are quite capable of preforming photosynthesis, thus they can easily make their own food as can all plants.