Biological magnification is the process in which toxins become more concentrated as they move through a food chain, with higher levels of accumulation in top predators. Humans are often more severely affected because they are at the top of the food chain and consume organisms that have accumulated toxins from lower trophic levels, leading to increased exposure to pollutants.
Robert Hooke's microscope had a magnification of around 50x, allowing him to observe details of biological specimens at a cellular level. This level of magnification was revolutionary for his time and contributed to his groundbreaking discoveries in the field of biology.
Osmosis is of great importance to the biological process.
photosynthesis
This process is known as biomagnification. Industrial wastes accumulate in organisms as they are consumed by predators, leading to higher concentrations of these toxins in animals higher up in the food chain. This can have detrimental effects on the health of these top predators.
Biological Magnification
Biological magnification is the process in which toxins become more concentrated as they move through a food chain, with higher levels of accumulation in top predators. Humans are often more severely affected because they are at the top of the food chain and consume organisms that have accumulated toxins from lower trophic levels, leading to increased exposure to pollutants.
Magnification
C) magnification
Biological evolution is the change of animal and plant life over time. Biological evolution is used to explain changes in finch beaks for example.
tertiary consumer
The use of the pesticide DDT.
tertiary consumer
Robert Hooke's microscope had a magnification of around 50x, allowing him to observe details of biological specimens at a cellular level. This level of magnification was revolutionary for his time and contributed to his groundbreaking discoveries in the field of biology.
we can solve the concentration of biological magnification if produce less DDT
A biological metaphor is a figure of speech that uses concepts and language from the field of biology to explain or describe something in a different context. For example, comparing the growth of an idea to the process of cellular division.
Genes work together by producing proteins that interact with each other to regulate a specific biological process. These proteins can activate or inhibit other genes, forming a complex network that controls the process. This coordination ensures that the process is carried out efficiently and accurately.