structure and function
plants
Plants are only having tissue level of organisation no organs
Organ level
No
Many types of algae have simple organization, with unicellular species existing as individual cells. Some algae may form colonies of cells or filaments of cells, but they lack the complex tissue organization seen in higher plants.
Organization's necessary, because of all the choices that must be made all along the road between organisms and plants being born and dying.
large scale organization is a company which has large manufacturing plants around the world, attends to a large amount of employees and is awesome and such such as bhp billition
acually you are right!! the world wildlife fund is a international organization that supports the environment. it supports animals and plants. huge organization. sybol is the giant panda
No, plants do not have a more complex level of cell organization than other kingdoms. While they do have specialized cell types for functions like photosynthesis, other kingdoms such as animals have more specialized cell types and higher levels of cellular organization.
The complex transport tubes that move water, nutrients, and sugar throughout plants belong to the tissue level of organization. These tubes, known as xylem and phloem, make up the vascular tissue system in plants.
The type of cellular organization found only in plants and animals is eukaryotic. Eukaryotic cells have a defined nucleus that houses genetic material and membrane-bound organelles, which perform specific functions within the cell. This type of cellular organization enables plants and animals to have complex structures and specialized functions.
Plants and animals have different levels of organization due to their distinct biological structures and functions. While both groups exhibit cellular organization, animals possess complex systems like nervous and muscular systems that facilitate movement and response to stimuli, which plants lack. Plants, on the other hand, have specialized structures like roots, stems, and leaves that are optimized for photosynthesis and nutrient absorption. Thus, while both are organized, their organizational structures reflect their unique adaptations to their environments.