Plants and animals have developed various mechanisms to respond to environmental changes. Some plants can adjust their growth patterns or produce protective chemicals when faced with stressors like drought or extreme temperatures. Animals may change their behavior, such as seeking cooler areas or modifying their feeding habits, or they could undergo physiological changes to adapt to new conditions. Overall, both plants and animals have evolved to be resilient and adaptable to their changing surroundings.
A1 coz they reproduce.
A2 An organ is a specialized part of the body. Heart, eyes, liver, and kidneys would all be examples. By devoting a specific function to a particular organ, the complete body may operate more effectively. So we would say that your body is organized.
The simple organisms, such as bacteria and algae, are called organisms, for they are purposive. They in general, respire, reproduce, feed, and so on.
There are changes brought up in animals and plants. It is due to evolution.
Plants do not sleep in the way that animals do, as they do not have a central nervous system or brain to regulate sleep patterns. However, plants respond to their environment by exhibiting behaviors such as leaf movement and growth changes that can be likened to sleep cycles in animals. These changes are often influenced by factors like light, temperature, and the circadian rhythm.
false
Plants primarily respond to light for photosynthesis, water for hydration and nutrient absorption, and environmental cues for growth and development.
Plants do not have the cognitive ability to understand humor or have a sense of humor. They lack the complex neural systems required for processing emotions or social interactions in the way animals do. Plants respond to environmental cues and stimuli for survival and growth, but humor is a human trait.
When there are environmental chnges, plants and animals must have sex >
Plants and animals can serve as valuable indicators of environmental changes. For instance, changes in the timing of plant blooming or animal migration can indicate shifts in climate patterns. Additionally, the presence or absence of certain species can indicate the health of an ecosystem and the impact of pollution or habitat destruction. Overall, studying how plants and animals respond to their environment can provide valuable insights into the state of the environment and potential changes occurring within it.
No, mold does not respond to stimuli in the same way that animals or plants do. Mold is a type of fungus that grows in response to environmental conditions like moisture, temperature, and food sources, but it does not have the ability to actively respond to stimuli.
Plants DO NOT respond to stimuli
There are changes brought up in animals and plants. It is due to evolution.
Plants may undergo changes in growth patterns, flowering times, or leaf shapes in response to environmental factors. Animals may alter their feeding habits, migration patterns, or reproductive strategies in response to changes in their habitat or availability of resources. These changes are typically adaptations to help them better survive and thrive in their environment.
Planta
Plants do not sleep in the way that animals do, as they do not have a central nervous system or brain to regulate sleep patterns. However, plants respond to their environment by exhibiting behaviors such as leaf movement and growth changes that can be likened to sleep cycles in animals. These changes are often influenced by factors like light, temperature, and the circadian rhythm.
Consider the Venus fly trap and the environmental stimulus of an insect landing on the trap's leaves and know that plants can respond quite well to environmental stimulus, though not always as blatantly as a Venus fly trap.
false
The length of day and night
Plants primarily respond to light for photosynthesis, water for hydration and nutrient absorption, and environmental cues for growth and development.