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Living organisms respond to stimuli (singular - a stimulus) in the environment.
homeostasis
homeostasis
Physiology
the internal environment for unicellular microorganisms are cellular. On the other hand, the internal environment for multicellular microorganisms are not cellular
Living organisms respond to stimuli (singular - a stimulus) in the environment.
Drive
Internal adaptation refers to an organism's ability to adjust its internal systems in response to changes in its environment, ensuring survival and maintaining stability. This process involves physiological, behavioral, and genetic mechanisms that help the organism cope with various stressors and challenges. Internal adaptation plays a crucial role in enabling organisms to thrive and evolve in their ecosystems.
homeostasis
Homeostasis is the steady state physiological condition of the body. Maintains internal environment.
homeostasis
Physiological factors in behavior refer to the influence of biological processes on an individual's actions and decisions. These factors can include hormones, neurotransmitters, brain structure, and genetics, which can impact mood, motivation, and cognitive functions. Understanding how these physiological factors interact with environmental and psychological influences can provide insight into why people behave in certain ways.
homeostasis
Homeostasis is the steady internal state all organisms must maintain in order to survive.
Internal fertilization .
Physiology
Conformers