the phemila and cumein
Chlorophyll is the special green pigment found in plants that helps them in the process of photosynthesis, where they convert sunlight into energy. It gives plants their green color and is essential for their growth and survival.
Special structures in the plant absorb photons
Special structures in the plant absorb photons
The vocabulary word you're looking for is "vascular." Vascular plants have specialized tissues, namely xylem and phloem, that transport water, nutrients, and food throughout the plant. This characteristic distinguishes them from non-vascular plants, which lack these structures.
The unique Characteristics about grasslands is that wheat are growing there mostly. also the special animals such as the prairie Dog is rare.
Ampalaya plants have a strong odor and bitter taste.
Most plants have special structures on their leaves called stomates. Carbon dioxide is drawn into the leaf tissue through these pore-like structures.
Chlorophyll is the special green pigment found in plants that helps them in the process of photosynthesis, where they convert sunlight into energy. It gives plants their green color and is essential for their growth and survival.
Not all plants have leaves. Some plants, like mosses and ferns, do not have true leaves but instead have structures that serve similar functions.
Special structures in the plant absorb photons
Cell walls are a characteristic shared by bacteria, fungi, and plants. These structures provide support and protection for the cells.
Special structures in the plant absorb photons
Most plants have special structures on their leaves called stomates. Carbon dioxide is drawn into the leaf tissue through these pore-like structures.
The vocabulary word you're looking for is "vascular." Vascular plants have specialized tissues, namely xylem and phloem, that transport water, nutrients, and food throughout the plant. This characteristic distinguishes them from non-vascular plants, which lack these structures.
One of the most important structures that plants use to survive is their root system. This system allows them to ingest water and nutrients. They use their leaves for transpiration. They used stamens and pistols for reproduction.
Both plants and flatworms share the characteristic of being living organisms that exhibit a degree of complexity in their biological structures. They both have cellular organization, with plants composed of plant cells and flatworms made up of more complex multicellular structures. Additionally, both groups can respond to their environment, although the mechanisms and responses differ significantly. Furthermore, they both play essential roles in their respective ecosystems, contributing to biodiversity.
Non-vascular plants have adapted for survival by developing specialized structures like rhizoids for anchorage and absorbing water, utilizing spores for reproduction, and living in moist habitats to reproduce. One adaptation non-vascular plants do not have is the presence of vascular tissues for efficient water and nutrient transport.