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i actually asked my ecology lecturer this myself actually.
his reply was something along the lines of, if the species is believed to be indangered, people wont try to remove them for analysis, and will try to desterb them as little as possible. as a general rule of thumb though, any ecological survey should be carried out with as little disruption as possible, not just to ensure as little damage is done to the species as possible, but also so that you can be sure that all your observations are valid, and not because you've desturbed them.
What else can I help you with?
How would collecting species that scientist are studying impact the species?
because then scientists can collect more data on that species
How does a scientists collecting species impact that species?
It impacts it because they mostly take so much that the species may turn extinct.
Scientists studying all of the populations of species living and interacting in an area is called what?
organism
What is a collecting net?
A collecting net often is used by scientists to collect insects. It is a good tool to use for those who are trying to find different species for research and other uses.
What is observing a species in a controlled environment?
to study animals in a controlled place. where the person studying the animal has controll of the environment... like in a zoo
What do scientists believe happened to most ancient species?
Their environment changed and they could no longer survive.
Why do scientist collect species that they are studying?
Scientists collect species for several reasons, including to conduct detailed morphological, genetic, and ecological analyses. Collecting specimens allows researchers to study variations within and between species, understand their behaviors and interactions, and assess their health and conservation status. Additionally, preserved specimens serve as critical references for future research and help document biodiversity changes over time.
How the fossils can give us information about their specie?
Fossils can provide information about a species through their morphology, which includes features like size, shape, and structure. By comparing fossils to known species and studying their environment, scientists can make inferences about the behavior, diet, habitat, and evolutionary history of the organism. Additionally, isotopic analysis or DNA extraction from fossils can offer insights into the genetics and diet of the species.
Natural selection allows a species to change in response to its environment. What is the process by which a species becomes better suited to its environment called?
Adaptation (I'm studying the same thing ;)
Why is it important to understand challenges in a species environment in order to understand the species environment in order to understand the species evolution?
Understanding the challenges a species faces in its environment is crucial for understanding how natural selection shapes its evolution over time. By studying the interactions between species and their environment, we can gain insights into the adaptations that have evolved to help them survive and reproduce successfully. This knowledge can provide valuable information on how species have adapted to their surroundings and how they may continue to evolve in response to changing environmental conditions.
What are the key differences between bacterial species and strain, and how do these distinctions impact their classification and characteristics?
Bacterial species refer to distinct types of bacteria with unique genetic characteristics, while strains are variations within a species that share similar traits. These differences impact classification by helping scientists identify and categorize bacteria based on their specific features. Understanding species and strains is important for studying their characteristics, behavior, and potential impact on health and the environment.
Can you define homoplastic traits and explain how they contribute to evolutionary biology?
Homoplastic traits are similar characteristics found in different species that did not arise from a common ancestor. These traits can provide insights into convergent evolution, where unrelated species develop similar adaptations to their environment. By studying homoplastic traits, scientists can better understand how natural selection shapes the diversity of life on Earth.
