Plants adapt the same as animals and humans. Through evolution the strongest and most adaptable will survive and pass their genes on to the next generation. By that process there will be more stronger individuals in that population every subsequent generation causing the species to change
Yes, plants can adapt to changes in their environment through mechanisms like altering their growth patterns, adjusting water absorption, or developing resistance to pests and diseases. This adaptability allows plants to survive and thrive in different conditions.
Plants have three basic requirements to grow: sunlight, air and water. Wherever all these three requirements are fulfilled you will find plants growing there. In case, any of these prerequisites are not fully available, the plants show an amazing ability to adapt. They can adapt to any new environment in a very short period of time. Some plants possess amazing charateristics as a result of this adaptability eg. the pitcher plant (Nepenthes distillatoria). We came across plants in almost all regions of the earth, ie. in water, grasslands, deserts, tropical as well temperate regions. Plants are even seen growing in Taiga and Tundra regions. Only places where plants have not been observed are the extreme cold areas of Arctic and Antarctic regions. This is probably because these areas are permanently frozen and the plants are unable to get water in liquid form. References Plant adaptations http://www.mbgnet.net/bioplants/adapt.html
Either it can be extremely cold or hot, have no or little water, or no air to breathe. That's what makes an environment extreme... for humans.I don't know about animals, but that answer was for humans. Basically, the environment has to be not meeting the basic needs of human life, which are:WaterFoodAirShelter
Tropism usually involves the growth or movement of an organism in response to a stimulus, such as light, gravity, or touch. It is a crucial mechanism for plants to adapt to their environment and optimize their chances of survival and reproduction.
A global temperature increase can affect plants by altering their growth patterns, flowering times, and the distribution of plant species. Some plants may struggle to adapt to changing temperatures, leading to reduced yields or increased susceptibility to pests and diseases. Extreme heat can also cause heat stress in plants, leading to wilting and reduced photosynthesis.
If plants do not adapt, they do not survive in that particular environment.
Plants undergo modifications to adapt to their environment, increase their chances of survival, and enhance their reproductive success. These modifications can include changes in structure, physiology, or behavior to meet the challenges posed by their surroundings, such as dealing with extreme temperatures, limited water availability, or competing for resources.
Prokaryote microbes can adapt to almost any type of environment from moderate to extreme. These include several types of Bacteria.
With the plants that they eat there.
needs survival
dies off
Adapt
Plants function independent of temperatures except in extreme conditions when they are able to adapt themselves with the environment by the modification of the roots,shoots,stem,leaves etc/ or secreting resins to protect the outer layers which itself consists of sclerenchyma cells.
Figs and figwasps share a commonality in that they can both adapt to extreme temperature changes and extreme changes in the amount of water present. Being able to survive under such a range of conditions is unusual.
they gradfually move to face the nearest source oof light
Yes, plants can adapt to changes in their environment through mechanisms like altering their growth patterns, adjusting water absorption, or developing resistance to pests and diseases. This adaptability allows plants to survive and thrive in different conditions.
Monstera plants use their air roots to absorb moisture and nutrients from the air, helping them adapt to their environment by providing additional support and stability, especially in tropical climates where they are commonly found.