Environmental stimuli are stimuli in the environment that affect humans and other animals or things. This includes things like weather conditions, other people, and buildings.
Environmental cue.
An example of an environmental cue for germination is the presence of water. When a seed absorbs water, it triggers biochemical processes within the seed that lead to germination. This cue initiates the growth of the embryo within the seed and the development of a new plant.
bright light
Different plants have different cues. The changing seasons is one environmental cue, especially for spring flowering plants like daffodils and tulips. Other plants respond to the reletive length of day and night, or flower after obtaining a certain size. For some plants, temperatire is the cue.
A state of impaired awareness in which the mind and senses are dulled to environmental stimuli is known as stupor. This may be as a result of brain injury or psychological interference.
change in daylight length triggers breeding
One example of an environmental cue is picking up a dogs leash and the dog running to the door. You do not have to tell the dog that he is going for a walk, he knows this from the leash. Other examples of environmental cues include the lighting in a restaurant, dim lighting can make you eat more, the size of your plate is another environmental cue. Putting food on a small plate will make you feel that you are eating more food.
the chandes in order to stay alive and healthy
stimulus. (plural, stimuli)
An environmental stimulus refers to any external factor or event in an individual's surroundings that can influence their behavior or physiological processes. These stimuli can range from physical aspects like temperature and light to social factors such as noise or presence of others. Environmental stimuli play a crucial role in shaping an individual's responses and reactions to their surroundings.
The time it takes for the brain to react to external stimuli can vary depending on the type of stimulus and individual factors. Generally, the brain can react to simple stimuli, like a visual or auditory cue, in milliseconds. However, more complex stimuli or tasks may require longer processing times.