Charophyceans are a group of green algae that are closely related to land plants. They are found primarily in fresh water and have some characteristics, such as cellulose cell walls and similar reproductive structures, that are shared with land plants. Charophyceans are considered important in the study of plant evolution.
The theory of plants evolution that started from multicellular green algae is supported with evidence. First, the color and shape of small plants is similar with the green algae. Also, reproductive cycle , cell walls, the photosynthetic pigments are the same.
Yes, algae can be good for plants as it contains nutrients like nitrogen, phosphorus, and potassium that can act as a fertilizer. Algae can also improve soil structure and promote beneficial microorganisms, leading to overall healthier plant growth. However, in excessive amounts, algae can compete with plants for resources and sunlight, so it is important to use it in moderation.
Algae lack specialized tissues like roots, stems, and leaves that are present in plants. Instead, algae have simple structures for attachment and nutrient absorption.
Yes, if the algae belong to the Cyanophyceae and no for other groups. Because members of Cynophyceae are capable of incorporating free nitrogen from the atmosphere to make it available to other plants growing nearby.
Plants are the ancestors of seaweeds. Convergent evolution caused their similarity. Both evolved from brown algae. Seaweeds are the ancestors of plants. Seaweeds are aquatic plants.
Plants and green algae have the same types of chlorophyll and carotenoids in their cells so scientists think plants and green algae have a common ancestor.
Seagrasses Kelp Marine Algae and Seaweed are the main plants in coral reefs
Charophyceans are a group of green algae that are closely related to land plants. They are found primarily in fresh water and have some characteristics, such as cellulose cell walls and similar reproductive structures, that are shared with land plants. Charophyceans are considered important in the study of plant evolution.
The theory of plants evolution that started from multicellular green algae is supported with evidence. First, the color and shape of small plants is similar with the green algae. Also, reproductive cycle , cell walls, the photosynthetic pigments are the same.
The first plants to evolve on Earth were likely simple, non-vascular plants like algae that appeared around 1 billion years ago. These early plants eventually gave rise to more complex vascular plants, like ferns and seed-producing plants, through the process of evolution over millions of years.
There are a wide variety of plants that live in the ocean, both plants with roots attached to the sea floor and plants which float in the water. The most common ocean plant is phytoplankton. Other plants include kelp, seagrass, and many types of algae,
Yes, algae can be good for plants as it contains nutrients like nitrogen, phosphorus, and potassium that can act as a fertilizer. Algae can also improve soil structure and promote beneficial microorganisms, leading to overall healthier plant growth. However, in excessive amounts, algae can compete with plants for resources and sunlight, so it is important to use it in moderation.
algae and any other live plants are the producers.
Algae IS a plant. It gets energy from the sun, not other plants.
No, because plants are not made up of algae
Algae lack specialized tissues like roots, stems, and leaves that are present in plants. Instead, algae have simple structures for attachment and nutrient absorption.