yes
No, ferns and molds do not make their own food through photosynthesis like plants do. Ferns get their food from the soil through their roots, while molds obtain nutrients by breaking down organic matter in their environment through external digestion.
crazy nothing.
1. Ferns make their own food and fungi are saprophytes or parasites 2. Ferns are vascular plants and fungi belong to non-vascular category 3. The main plant body in ferns is differentiated into root, stem and leaves; fungi are mostly made up of filamentous mycelium.
1. Ferns make their own food and fungi are saprophytes or parasites 2. Ferns are vascular plants and fungi belong to non-vascular category 3. The main plant body in ferns is differentiated into root, stem and leaves; fungi are mostly made up of filamentous mycelium.
Most ferns are not edible. But ostrich fiddleheads are edible. Ferns can not make other foods bad but some ferns are poisonous. Know what type of fern you are eating.
Oh, dude, you bet! Ferns are like the chefs of the plant world, whipping up their own meals through photosynthesis. They soak up that sunlight, do their plant magic, and ta-da! Food made. So yeah, ferns are basically the Gordon Ramsay of the plant kingdom.
Vascular Plants- Can produce their own food ex-mango tree,squash Non-vascular Plants-Can't produce their own food ex-ferns,liverworts,hornworts
Well..... one is mushrooms and another might be ferns
Vascular Plants- Can produce their own food ex-mango tree,squash Non-vascular Plants-Can't produce their own food ex-ferns,liverworts,hornworts
Autotrophs can make their own food.
Fungi depend on other plants. Ferns make their own food. A fern has one more step (Prothallus). Fungi do not. ferns need fertilization. Fungi do not need fertilization.
Toadstools are fungi, which obtain nutrition by absorbing nutrients from their surroundings through their mycelium. Ferns are plants that photosynthesize to create their own food by converting sunlight into energy. Therefore, toadstools are heterotrophs, while ferns are autotrophs.