Above ground and under ground are two environments of a plant.
Yes, a botanist is a scientist who specializes in the study of plants. They study plant biology, ecology, morphology, and taxonomy to understand plant characteristics, behavior, and interactions with their environments.
The first two leaves on a plant are called cotyledons.
A paleobotanist studies ancient plants and plant fossils to understand the evolution, diversity, and ecology of plant life in the past. They use these fossilized remains to reconstruct past environments and ecosystems.
Salmon can thrive in both saltwater and freshwater environments because they have the ability to regulate the salt content in their bodies. This allows them to adapt to different environments and migrate between the two.
The two advantages of sexual reproduction are genetic diversity and the ability to adapt to changing environments.
Yes, the pilea plant thrives in high humidity environments.
The Benthic and Pelagic environments are the two main ocean environments.
The two types of external organizational environments are the internal and the external organization environments.
The Benthic and Pelagic environments are the two main ocean environments.
That would depend on the plant. If it is a plant that is used to cold environments, then the melted snow will provide it with water. However if the plant is used to colder environments, the melted snow would probably be too cold and kill the plant (if the pre-melted snow has not done so already).
no it is a plant thatgrows in very wet environments
The two types of external organizational environments are the internal and the external organization environments.
In temperate acidic marshy environments will low nitrogen resources.
Two
No, a water moss fern is not a land plant. It is an aquatic plant that can be found in wet, marshy environments like bogs, swamps, or along the edges of ponds or streams.
Aerobic and Anaerobic environments.
What does a cell membrane do in a plant cell?A cell membrane creates a barrier that is semipermeable. The barrier separates the plant's internal structure consisting of organelles from the external environment. Exchange of molecules between the two environments exists in the form of passive transport (requires no ATP) and active transport (requires the expenditure of ATP).