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How might chemosynthetic organisms help scientists to understand how life developed on earth?
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Why is the classification of living things essential in the study of science?
To make it easier for scientists all over the world to understand what organisms other scientists refer to even though they may speak a different language. It also helps scientists understand the relationships between organisms.
How do scientists use the dichotomous key for classifying organisms?
Scientists classify organisms by the dichotomous key. They classify by looking at if it moves or not, then they look at characteristics, then they can see what they are.
What is model organism?
Scientists select model organisms to understand that particular life form, and its interactions with other life forms and with the environment. They choose particular organisms as models, because of the hopefully wider applicability of the scientific findings. Scientists think that what they learn from the particular model organism will help them understand other organisms. The basic idea comes from Charles Darwin's On the origin of Species, and The descent of man. According to that idea, all living organisms track back to the same ancestor, or the same ancestral gene pool. In particular, model organisms are selected, to understand human disease. Often, it is considered unethical to use people to sort out possible causes of and treatments for disease. So, for example, causes of and treatments for cancer have been studied through the use of mice in laboratories.
Why do scientists organize organisms into groups?
Because there are countless numbers of animals and having an organized, internationally recognized system of classification allow scientists to put new-found creatures into previously made categories.Answer:Scientists use DNA to place animals into groups.
Why do scientists use branching diagrams?
Scientists can study the evolution of an organism and they can understand the evolutionary relationship between the different organisms through shared derived characteristics.
The two types of organisms are photosynthetic organisms and chemosynthetic organisms?
Autotrophs
What are chemosynthetic organisms?
Chemosynthetic organisms obtain their energy directly from raw chemicals in their environment. Examples of this include tubeworms living next to hydrothermal vents.
What kind of organisms can be described described as chemosynthentic?
organisms that manufacture food from chemical energy
Scientists used a system of to help understand the relationships between organisms?
ecology
How do chemosynthetic organims help out other organisms deep in the ocean?
They provide nutrients
Scientists used a system of classification to help understand the relationships between organisms?
true
What are the reasons for classifying organisms?
To make it easier to understand and it made it easier on scientists
What scientists developed the system of classifying organisms by assigning them a genus and species?
Carolus (Carl) Linnaeus, a Swedish botanist.
What is a chemosythetic organism?
A chemosynthetic organism is an organism that obtains energy by converting inorganic molecules such as hydrogen sulfide or methane into organic matter through the process of chemosynthesis. These organisms are commonly found in environments devoid of sunlight, such as deep-sea hydrothermal vents or cold seeps. Examples of chemosynthetic organisms include bacteria and archaea.
What role do chemosynthetic bacteria play in deep-sea volcanic-vent ecosystems?
It serves as a food source to organisms in the deep water
Why is the classification of living things essential in the study of science?
To make it easier for scientists all over the world to understand what organisms other scientists refer to even though they may speak a different language. It also helps scientists understand the relationships between organisms.
What is distribution of organisms and how does it help earth scientists?
The main science is called ecology. There are subsections called biomes and food weeds. Knowledge of these help scientists understand how the Earth interacts with plants and animals.
