Coevolution
Symbiosis.
Coevolution
coevolution
coevolution
Coevolution with flowering plants and pollinators is when an insect, aka a pollinator, evolves to fit the plant.
Some plants produce strong odors in order to attract pollinators.
Transpiration is a process in the Hydrological Cycle where moisture carried through plants changes into vapor and is released from leaves into the atmosphere.
The process is called dessication; some plants and/or their seeds may undergo a form of hibernation in response to this condition.
A responsive movement of a plant that is not dependent on the direction of the stimulus is called a non-directional or non-tropic movement. Examples of non-directional movements in plants include thigmonasty (response to touch), nastic movements (response to changes in environmental conditions), and nyctinasty (response to changes in light).
This response is called, photoperiodism.
Pollinators
They don't
Pollinators such as bees, butterflies and other insects or birds are attracted to the colors and smells of certain flowers. During the feeding process cross pollination occurs.
Coevolution with flowering plants and pollinators is when an insect, aka a pollinator, evolves to fit the plant.
Because plants were designed too be effient, and they will make minor changes to promote efficiency
Composting
Plants and their pollinators form a mutualistic relationship, a relationship in which each benefits from the other.
Cellular respiration.
The flower is to attract pollinators to the reproductive part of the plant.
Yes, they compete for resources (light, water, nutrients), they can even compete for the attention of pollinators. You get parasitic plants as well which live off other plants
No, fireflies do not serve as pollinators. Fireflies primarily feed on nectar and are known for their bioluminescence, which is used for communication and mating purposes. They do not play a significant role in the pollination of plants.