No, the biological species concept can be applied to both extant and extinct organisms. It is a useful framework for defining species based on reproductive isolation and gene flow within populations, regardless of whether those populations currently exist or not.
An ecologist could conduct a field experiment, manipulating environmental conditions to determine if the species can survive or reproduce outside of its realized niche. Additionally, observing the species' behavioral responses to new conditions can provide insight into whether it is utilizing its full fundamental niche. Modeling habitat suitability based on environmental variables can also help determine the potential extent of the species' fundamental niche.
By the activation Energy.
It isn't clear what experiment you are talking about, but pressumably the idea was to detect whether the temperature changed.
One approach would be to conduct a removal experiment by removing the organism from the ecosystem and observing the effects on other species and ecosystem functions. If the removal leads to significant changes in species composition or ecosystem dynamics, it suggests that the organism is a keystone species. Another approach could involve monitoring the organism's population dynamics and ecosystem impacts over time to assess its role as a keystone species.
It was to answer whether or not Spontaneous generation is possible or not.
Spallanzani's experiment was designed to investigate whether spontaneous generation of life was possible by showing that microorganisms did not arise spontaneously, but were introduced from the air or other sources.
Yes, the purpose of an experiment is usually to test a hypothesis and determine whether it is supported by the data collected during the experiment. The experiment is designed in a way that allows researchers to make observations and draw conclusions about the hypothesis under investigation.
No, the biological species concept can be applied to both extant and extinct organisms. It is a useful framework for defining species based on reproductive isolation and gene flow within populations, regardless of whether those populations currently exist or not.
Between 300 and 400 living species, depending on how you count. Scientists don't always agree on whether two different-looking populations should be considered as different species, different sub-species, or just different populations. There are of course likely thousands of extinct species that arose and went extinct over the last 70 million years or so since the first primates evolved.
An experiment is a method of testing whether something is right. A conclusion is the answer which is reached once the experiment is finished.
An ecologist could conduct a field experiment, manipulating environmental conditions to determine if the species can survive or reproduce outside of its realized niche. Additionally, observing the species' behavioral responses to new conditions can provide insight into whether it is utilizing its full fundamental niche. Modeling habitat suitability based on environmental variables can also help determine the potential extent of the species' fundamental niche.
Analyze the experiment to decide whether the results were flawed.
The respond variable in an experiment is the variable that changes as a result of manipulating the experimental variable. It is more commonly called the dependent variable. For example, in an experiment designed to determine whether fertilizer will increase the growth of plants, the respond variable would be the growth of the plants.
If two or more populations of a single species are separated geographically, whether by mountain ranges, oceans, deserts or even small valleys, they will, over many generations, change to become different from the other populations, assuming there is no physical contact between them. This is due to mutations, which occur every generation, being acted upon by the different environments the populations find themselves in.
A hypothesis is a question or a statement that you must prove or disprove through an experiment. Whether or not something can be tested by an experiment determines whether or not you can form a hypothesis.
A hypothesis is tested by an experiment. A hypothesis is an estimate or guess about an outcome. The experiment proves whether the hypothesis is correct or not correct.