Neurons possess the property of excitability, which allows them to respond to changes in the environment by generating and transmitting electrical signals called action potentials. This excitability is facilitated by the presence of specialized ion channels in their membranes, enabling them to detect stimuli and convert them into electrical impulses. Additionally, the synaptic connections between neurons facilitate communication and integration of information, allowing them to react to various environmental changes.
Sensory neurons if I'm not mistaken.
Respond
wombats respond to the environment
pandas eat bamboo:)
organisms respond to the changes of weather and seasons.
Plankton respond rapidly to their environment. A key example of this is that they multiply more rapidly in response to higher amounts of carbon dioxide in the environment.
Sensory neurons provide information from the environment to the body. For example, when you touch a hot surface, a sensory neuron informs your body that the temperature near your skin is rising. Motor neurons are the neurons the body uses to react to the environment. For example, if you touch a hot surface, then your body will make your hand move away from that surface by a motor neuron. The action is the result of the motor neurons not the fact you realize it is hot, Motor neurons also send impulses to your muscles. These neurons are called somatic neurons. Another motor neuron is the autonomic neuron. This neuron control your organs and heart. Usually the Vegas nerve controls and divides this power in two ways: sympathetic and parasympathetic
Neurons that analyze and respond to specific types of input.
Nervous tissue is specialized to respond to environmental changes. It consists of neurons that can detect stimuli, transmit electrical signals, and coordinate a response to the changes in the environment.
regulation and homeostasis
The life process by which organisms respond to changes in the environment is called "stimulus response." Organisms sense changes in their environment through stimuli and react in ways that help them survive and thrive. This process is essential for adaptation and survival in different environments.
Rocks do not have the capability to actively respond to their environment. They undergo physical and chemical changes over time due to natural processes like erosion or weathering, but these changes are a result of external forces acting upon them rather than a conscious response.