The level of organization is the arrangement of the organism from the simplest to the most complex level. Biome level of organization is not seen in Everglades. Thus, option D is correct.
The organizational level depicts the arrangement of the organism from the most simple chemicals to the most complex biome and biosphere. The chemicals and atoms aggregate to form cells and tissues. The tissues performing similar activities make the organ.
The various organs combine to form the organ system that in turn makes the organism. This organism makes the population. Various population of the species makes the community and ecosystem.
The various ecosystems combinedly make the biome followed by the biosphere. Everglades is not a biome as it involves various ecosystem that interacts together.
Therefore, option D. Everglades does not show biome.
Learn more about the organization, here:
#SPJ2
along the side of the bone
in the middle of the bone
in the lower end of the bone
in the upper end of the bone
Answer:
D.the upper end of the bone
B. ecological footprint.
C. habitat.
D. ecological sustainability.
Not habitat I missed it. Should be ecological footprint
Melanism related to the process of adaptation is called adaptive. Most commonly, dark individuals become fitter to survive and reproduce in their environment as they are better camouflaged. This makes some species less conspicuous to predators, while others, such as black panthers, use it as a foraging advantage during night hunting.Typically, adaptive melanism is heritable: A dominant gene, which is entirely or nearly entirely expressed in the phenotype, is responsible for the excessive amount of melanin.
Adaptive melanism has been shown to occur in a variety of animals, including mammals such as squirrels, many felines and canids, and coral snakes. Adaptive melanism can lead to the creation of morphs, the most notable example being the peppered moth, whose evolutionary history in the United Kingdom is offered as a classic instructional tool for teaching the principles of natural selection.
Answer:
C
Explanation:
Answer:
Humans are its only known host
Explanation:
Humans are not the only known host for bacterium Francisella. For example, Francisella species such as Francisella tularensis uses many other organisms as its host.
Some of the non-human host organisms for Francisella tularensis are wild rabbits, most of the domestic and wild animals. The Francisella tularensis serve as causative agent of tularemia in these organisms which is a plague-like disease.