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Perhaps if one adult plant produced seeds which then sprouted w/out having a chance to be carried away by outside forces. This is where the expression "The apple never falls far from the tree" was started because seeds often grow near their parent plants.
Some plants send up new plants from their roots, and those plants send up more, and so on.
That's why those types need to be dug up and separated every few years.
Plants may be in a clumped spatial pattern due to seed dispersal mechanisms, environmental heterogeneity, and facilitation among individuals. Clumping can enhance pollination and seed dispersal efficiency, provide protection from environmental stresses, and foster interactions such as nutrient exchange among neighboring plants.
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Give an example of a social behavior that can produce a clumped distribution?
An example of a social behavior that can produce a clumped distribution is herd behavior in animals. Animals may gather in groups for protection, access to resources, or social interaction, leading to a clumped distribution where individuals are found in close proximity to one another within the group.
What are two reasons humans depend on plants for survival?
Because plants produce our oxygen and we can't live without oxygen, therefore we need plants to survive.
What is it called when human turn into plants?
The process of humans turning into plants is known as "botanomorphism." This concept often appears in folklore, mythology, and fantasy stories, where humans transform into plants due to various reasons or magical influences.
C4 plants conserve water by?
C4 plants conserve water by reducing photorespiration, which leads to reduced water loss through transpiration. This is achieved through spatial separation of carbon fixation and the Calvin cycle in different cells within the leaf. This allows C4 plants to better handle dry and hot conditions compared to C3 plants.
What evolutionary adaptations to the Calvin cycle are seen in C4 plants?
C4 plants have evolved anatomical and biochemical adaptations to concentrate CO2 in specific bundle sheath cells, where the Calvin cycle operates. This spatial separation of the Calvin cycle from initial CO2 fixation results in increased photosynthetic efficiency, reduced photorespiration, and improved water use efficiency in C4 plants compared to C3 plants.
What is the most common dispersion in nature?
The most common dispersion in nature is likely the movement of seeds by wind. This method allows plants to spread their seeds over long distances, increasing the chances of successful germination and growth in new areas.
Are clumped distributions the most common type of distribution in nature?
Yes, clumped distributions are one of the most common types found in nature. This pattern often occurs due to resource availability, social behavior, or environmental conditions that create patches of suitable habitat, leading individuals to group together. Examples include schools of fish, herds of mammals, and plants growing in favorable conditions.
Give an example of a social behavior that can produce a clumped distribution?
An example of a social behavior that can produce a clumped distribution is herd behavior in animals. Animals may gather in groups for protection, access to resources, or social interaction, leading to a clumped distribution where individuals are found in close proximity to one another within the group.
What are two reasons the plants needs butterflies?
Plants need butterflies for two main reasons such as pollination. Plants also need butterflies to bring other animals into the ecosystem.
What is the study of flora and fauna in spatial perspective?
The study of flora and fauna in a spatial perspective is known as spatial ecology. It involves analyzing the distribution and abundance of plants and animals in relation to their environment and geographical location. Researchers use various tools such as Geographic Information Systems (GIS) and remote sensing to understand how organisms interact with their surroundings at different spatial scales.
Choose two populations and compare them in terms of size density and dispersionYour answer?
One population to consider is plants in a rainforest, which are typically densely packed and dispersed evenly due to availability of resources. In contrast, populations of wolves in a tundra ecosystem may be less dense due to larger territories and resources being more scattered, leading to a more clumped dispersion pattern.
What two reasons do the plants rely on the animals?
Animals spread plant seeds and insects pollinate plants.
What are the reasons for creating hybrid plants?
To Yeild More Crops :)
What are some reasons that talking to plants might benefit them?
they need to be loved
Describe how animals and plants are codependent?
Animals and plants are codependent upon on another for several reasons. Namely, animals depend on plants for nourishment while plants depend on animals for fertilizer.
Can we survive without plants?
No, we cannot survive without plants for long Reasons:- 1.Plants give us oxygen to breathe 2. Plants are the basic producers of energy(food). no.
Why do plants live longer than animals?
There are many reasons why plants can live longer than animals. One reason is that plants have thicker protective layers.
