food
The more classification levels two organisms share, the more closely related they are in terms of evolutionary history. Organisms that share many classification levels are likely to be more similar in terms of genetics, anatomy, and behavior.
The two kingdoms that cannot move from place to place are Plantae and Fungi. Plantae includes plants such as trees and shrubs that are rooted in soil, while Fungi, such as mushrooms and molds, grow on surfaces but do not have the ability to move.
Porifera is the phylum that includes all sessile organisms, such as sponges. These organisms are simple, filter-feeding animals that attach themselves to substrates and do not move from place to place.
The main difference is that the plant kingdom has cell walls, and the animal kingdom doesn't. Plants use photosynthesis to create energy from sunlight, while animals use metabolism to create energy from food.
Organisms are placed into different taxa based on their shared characteristics, such as physical appearance, genetic makeup, and evolutionary history. Taxonomists consider traits like body structure, behavior, and biochemical processes to determine the relationships between different species and assign them to the appropriate taxonomic groups.
The characteristic used to place organisms into kingdoms is their cell type. Organisms are classified based on whether they are prokaryotic (lacking a nucleus) or eukaryotic (having a nucleus). This fundamental difference helps separate organisms into broad categories at a higher taxonomic level.
bacteria, archaea, and eukarya
Being trustworthy
The more classification levels two organisms share, the more closely related they are in terms of evolutionary history. Organisms that share many classification levels are likely to be more similar in terms of genetics, anatomy, and behavior.
there are five criteria for classification of organisms into kingdoms. they are, 1.cell type (Prokaryote/eukaryote) 2.cell wall (cellulosic/noncellulosic/present/notpresent) 3.nuclear membrane(present/absent) 4.body organisation(cellular/multicellular/tissue/organ/organ system) 5.mode of nutrition(autotrophic/heterotrophic)
Plants and fungi are examples of sessile kingdoms, as they are organisms that are rooted in place and do not move from where they are anchored. They rely on external means, such as wind or animals, for seed dispersal.
Structure of a nucleus- whether prokaryotic (then Kingdom Monera) or Eukaryotic. If Eukaryotic, then the next criterion to be used is Number of cells- if Unicellular, then the organisms are placed in Kingdom Protista. Further, if multicellular, then go for mode of nutrition. If holozoic, then it is Kingdom Animalia, if Autotrophic nutrition, then it is characteristic of Kingdom Plantae, and If nutrition is saprophytic or parasitic, then it characterizes Kingdom Fungi.There are 6 Kingdoms today:PlantaeAnimaliaProtistaFungiArchaebacteriaEubacteria.The Kingdom that the organism is assigned to is based on:Its cell type (complex or simple)Its ability to make food or notThe number of cells in the bodycell structure :)Cell structure
The three characteristics used to place organisms into domains and kingdoms are cell type (prokaryotic or eukaryotic), cell structure (unicellular or multicellular), and nutritional mode (autotrophic or heterotrophic). These characteristics help classify and categorize living organisms based on their fundamental biological traits.
The kingdom that contains organisms that do not move is the Kingdom Plantae. Plants are stationary organisms that obtain nutrients through photosynthesis and do not have the ability to move from place to place.
The two kingdoms that cannot move from place to place are Plantae and Fungi. Plantae includes plants such as trees and shrubs that are rooted in soil, while Fungi, such as mushrooms and molds, grow on surfaces but do not have the ability to move.
The ability of an organism to sense changes within its body is an example of homeostasis, the process by which living organisms regulate and maintain stable internal conditions. This ability allows organisms to respond to fluctuations in their environment and maintain optimal functioning.
to place events on the geologic time scale