Question

Срочно!!!!!! 1. Сфагнум здатний накопичувати воду в клітинах А ризоїдів В стебел Б листків Г коренів 2. Частина спорогона, яка у політриха забезпечує утворення спор, — це А стопа В коробочка Б ніжка Г кришечка 3. Мохи відрізняються від водоростей А живленням В клітинною будовою Б наявністю органів Г провідними тканинами 4. До листостеблових мохів належать А антоцерос гладкий В сфагнум болотний Б маршанція мінлива Г річчія водяна 5. Зозулин льон відрізняється від сфагнуму бурого тим, що А є однодомною рослиною В не має ризоїдів Б є дводомною рослиною Г має жилкування листка

Answer 1

Ответ:1.г

2.б

3.б

4.в

5.в

Объяснение:надеюсь что правильно

Answer 2

Sphagnum's ability to accumulate water in cells:

Sphagnum moss is capable of accumulating water in its cells. This water-holding capacity is primarily found in the leaves (or leafy shoots) of Sphagnum moss. The leaves of Sphagnum moss have large, empty cells that can absorb and retain water, allowing the moss to retain moisture and create a wet environment. This characteristic is one of the reasons why Sphagnum moss is commonly found in wetlands and bogs [[1]].

Part of the sporophyte responsible for spore formation in Polytrichum:

In the moss Polytrichum, the part of the sporophyte that is responsible for spore formation is called the capsule. The capsule is a structure located at the top of the sporophyte and contains the spores. It is covered by a protective structure called the operculum, which opens to release the spores when they are mature [[2]].

Differences between mosses and algae:

Mosses and algae differ in several ways, including nutrition, cellular structure, presence of organs, and the presence of conducting tissues.

- Nutrition: Mosses are non-vascular plants that obtain nutrients through absorption from the environment, while algae are photosynthetic organisms that can produce their own food through photosynthesis. - Cellular structure: Mosses have complex multicellular structures with specialized tissues, while algae are typically unicellular or multicellular but lack specialized tissues. - Presence of organs: Mosses have organs such as stems, leaves, and rhizoids, while algae lack these distinct organs. - Conducting tissues: Mosses have conducting tissues called hydroids and leptoids, which help transport water and nutrients, while algae lack these conducting tissues [[3]].

Examples of leafy-stemmed mosses:

Leafy-stemmed mosses, also known as leafy liverworts, are a group of mosses that have leaf-like structures on their stems. Some examples of leafy-stemmed mosses include:

- Antoceros smooth (Anthoceros laevis): This moss has a leafy stem and is commonly found in damp habitats such as wet meadows and marshes [[4]]. - Sphagnum bog (Sphagnum spp.): Sphagnum mosses are known for their ability to retain water and are commonly found in wetlands and bogs [[1]]. - Marchantia polymorpha: This moss has a leafy stem and is often found in moist environments such as gardens, lawns, and damp soil [[5]]. - Riccia fluitans: This moss has a leafy stem and is typically found floating in freshwater habitats such as ponds and lakes [[6]].

Differences between Flax-leaved sundew and Brown sphagnum moss:

Flax-leaved sundew (Drosera filiformis) and Brown sphagnum moss (Sphagnum fuscum) differ in several ways:

- Plant type: Flax-leaved sundew is a monocotyledonous plant (a flowering plant), while Brown sphagnum moss is a bryophyte (a non-vascular plant). - Presence of rhizoids: Flax-leaved sundew does not have rhizoids, while Brown sphagnum moss has rhizoids, which are root-like structures that help anchor the moss to its substrate. - Water requirements: Flax-leaved sundew is a mesic plant that requires moist conditions, while Brown sphagnum moss is a **hy