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What else can I help you with?
Why spirogyra is included in algae?
It is eukariyotic Photosynthetic Found in water Do not have an embryo in life cycle
What does algae do in soil?
Algae in soil helps to improve soil structure and fertility by contributing organic matter and nutrients. It also plays a role in the nitrogen cycle, helping to fix nitrogen from the atmosphere into a form plants can use. Additionally, algae can help to improve moisture retention in the soil.
How can algae be effectively utilized as a fertilizer for enhancing plant growth and soil health?
Algae can be used as a fertilizer by extracting nutrients from it and applying it to plants and soil. Algae contains essential nutrients like nitrogen, phosphorus, and potassium that can promote plant growth and improve soil health. When algae is applied to soil, it can enhance soil structure, increase water retention, and provide a sustainable source of nutrients for plants.
Is a seaweed a plant?
No, it isn't! Seaweed is a type of algae. Algae lack the traits used to classify plants as terrestrial: cuticle, stomata, roots, vascular tissue, or leaves Plants use cellulose with lignin in cell walls (Algae lack a cell wall or have different components like agar or alginic acids mixed with cellulose.) Algae also have little sexual reproduction and do not have a multicellular embryo like the plants have. All algae have sperm as the motile form in their life cycle. The majority of plants have lost this trait and use pollen not sperm.
What are the types of embryo?
two type of embryo 1) zygotic embryo 2) nonzygotic embryo
How effective is algae as a fertilizer for promoting plant growth and improving soil quality?
Algae can be effective as a fertilizer for promoting plant growth and improving soil quality due to its high nutrient content, such as nitrogen and phosphorus. It can enhance soil structure, increase microbial activity, and improve water retention. However, the effectiveness may vary depending on the type of algae used and the specific soil and plant conditions.
Why is seaweed a plant?
No, it isn't! Seaweed is a type of algae. Algae lack the traits used to classify plants as terrestrial: cuticle, stomata, roots, vascular tissue, or leaves Plants use cellulose with lignin in cell walls (Algae lack a cell wall or have different components like agar or alginic acids mixed with cellulose.) Algae also have little sexual reproduction and do not have a multicellular embryo like the plants have. All algae have sperm as the motile form in their life cycle. The majority of plants have lost this trait and use pollen not sperm.
Is seaweed a plant or not?
No, it isn't! Seaweed is a type of algae. Algae lack the traits used to classify plants as terrestrial: cuticle, stomata, roots, vascular tissue, or leaves Plants use cellulose with lignin in cell walls (Algae lack a cell wall or have different components like agar or alginic acids mixed with cellulose.) Algae also have little sexual reproduction and do not have a multicellular embryo like the plants have. All algae have sperm as the motile form in their life cycle. The majority of plants have lost this trait and use pollen not sperm.
Is a seaweeds is a plant?
No, it isn't! Seaweed is a type of algae. Algae lack the traits used to classify plants as terrestrial: cuticle, stomata, roots, vascular tissue, or leaves Plants use cellulose with lignin in cell walls (Algae lack a cell wall or have different components like agar or alginic acids mixed with cellulose.) Algae also have little sexual reproduction and do not have a multicellular embryo like the plants have. All algae have sperm as the motile form in their life cycle. The majority of plants have lost this trait and use pollen not sperm.
Why the seaweeds is plants?
No, it isn't! Seaweed is a type of algae. Algae lack the traits used to classify plants as terrestrial: cuticle, stomata, roots, vascular tissue, or leaves Plants use cellulose with lignin in cell walls (Algae lack a cell wall or have different components like agar or alginic acids mixed with cellulose.) Algae also have little sexual reproduction and do not have a multicellular embryo like the plants have. All algae have sperm as the motile form in their life cycle. The majority of plants have lost this trait and use pollen not sperm.
Why are green algae classified as plants and not as protist?
Green algae are classified as plants because they contain chlorophyll and are capable of photosynthesis, like land plants. They also have similar cell structures and reproductive processes to plants. While green algae can exhibit characteristics of protists, their ability to produce their own food through photosynthesis is more indicative of the plant kingdom.
What is the fate of embryo in the embryo sac?
no
