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Higher animals and plants most likely have?
Higher animals and plants could have quite a few different things to name. One of these things is seniority in the animal kingdom.
What higher animals and plants most likely have?
Higher animals and plants most likely have complex structures and systems that allow them to adapt and thrive in their environments. In animals, this includes advanced nervous systems, specialized organs, and behaviors that facilitate survival and reproduction. For plants, features like vascular tissues and specialized reproductive structures enable efficient nutrient transport and reproduction. These adaptations contribute to their ability to occupy diverse ecological niches.
What are things most likely made from?
Plants and animals
What is more likely to be very slow to respond to stimuli animals or plants?
Planta
What type of organism reproduce sexually?
Mostly higher plants and animals.
Why do animals require higher rate of respiration then plants?
Animals require higher rate of respiration as they move from one place to another and therefore they need more energy. There the rate of respiration in animals is than in plants. They require more enrgy.
Are there any animals or plants that live in or near the mississpi river?
Most likely.
Which is a least likely function of lipids in plants and animals?
to prevent large loss of water
How can animals changes an ecosystem?
North American animals and plants are moving farther north or to higher elevations to find suitable places to live. Climate change also alters the life cycles of plants and animals.
What is it like during the dry season How does this affect the plants and animals living there?
In the dry season, there is a likely chance that there will be little to no rainfall. Therefore, without water animals and plants start to die.
What is the difference in classification levels of plants and animals?
Plants are classified into divisions, classes, orders, families, genera, and species. Animals are classified into phyla, classes, orders, families, genera, and species. The main difference is the higher taxonomic level at which the classifications begin for plants (division for plants and phyla for animals).
What is most likely to cause the greatest disruption on an ecosystem?
a greater mass of animals than plants
