Because algae are aquatic plants while ferns are not.
The first fossil records of vascular plants that is land plants with vascular tissues Fossil ferns and seed ferns include Pecopteris Cyclopteris
Bird's nest fern reproduce by producing spores.
Four: bryophytes, ferns, gymnosperms and angiosperms
It depends what type of plant. In flowering plants the male and female reproductive organs are in the flowers, in pine trees they are found in the cones, in moss and ferns it is different again.
Two ways scientists can divide vascular plants are into seedless vascular plants and seed plants. Seedless vascular plants are comprised of the lycophytes (club mosses, spike mosses, and quillworts) and pterophytes (ferns, horsetails, and whisk ferns) and do not produce seeds. Seed vascular plants are comprised of gymnosperms (ginkgo, cycads, gnetophytes, and conifers) and angiosperms (flowering plants). Gymnosperms can be distinguished by their "naked seeds," while angiosperms produce flowers and fruits.
Ferns contain one of the oldest toxins in evolutionary history , whilst most animals have developed an immunity to this it is not recommended for humans to ingest ferns as the spores can be lethal.
Algaes are of many types and varies in colour and sizes whereas Ferns are of not many types and does not varies in sizes and colour
They ahem ahem and ahum ahum and then ahii ahii and then walah they are finished. =PPP.
in the rain forest with the lava lamp
Ferns are considered incompletely adapted to the terrestrial environment because they require a moist environment for reproduction, as their sperm need water to swim to the egg. Additionally, their leaves have a large surface area which can lead to water loss in dry conditions. Finally, ferns reproduce via spores instead of seeds, which can be less protected and less likely to disperse successfully in a terrestrial environment.
Yes, there are a few species of ferns that have adapted to living in the desert. See the link below.
Ferns could have thrived in Antarctica during the Mesozoic Era when the continent was part of a warmer, more temperate climate. This period was characterized by lush vegetation and diverse ecosystems, allowing ferns to grow in various habitats. Fossil evidence indicates that during this time, Antarctica supported a range of plant life, including ferns, which adapted to the conditions of the environment before the continent became the icy landscape we know today.
Ferns primarily absorb water through their roots and leaves, utilizing it for photosynthesis and other physiological processes. While their leaves may have a waxy cuticle that can help reduce water loss, they do not repel water entirely; instead, they are adapted to efficiently take in moisture from their environment. In humid conditions, ferns can absorb water directly through their leaves as well.
Gymnosperms are better adapted to terrestrial life than ferns primarily due to their seed production, which provides a protective covering for the embryo and allows for greater dispersal and survival in diverse environments. Unlike ferns, which reproduce via spores and require moist conditions for fertilization, gymnosperms can reproduce in a wider range of habitats, including drier areas. Additionally, gymnosperms have developed a more advanced vascular system, improving their ability to transport water and nutrients, further enhancing their adaptability to land.
There are 20,000 species of ferns. Ferns are vascular.
Ferns thrive on the forest floor, indicating they prefer shaded environments with high humidity and consistent moisture. These conditions suggest that ferns have adapted to low light levels, relying on the filtered sunlight that penetrates the canopy. Additionally, their presence in thick forests implies a need for rich, organic soil, which provides essential nutrients for growth. Overall, ferns require a stable, moist habitat to flourish, highlighting their ecological role in forest ecosystems.
Ferns are green plants.So they do have chloroplasts.