Answer:
Surface water <---> river
Ground water <------> well
Water vapour <------> atmosphere
Glacier <-------> ice
Explanation:
Answer:
The right answer to this question is option D. Convergent evolution.
Explanation:
Convergent evolution is a process defined by when an organism develops the same, or at least near that, characteristics, for a specific reason, but they don't have the same origin. In this case, the cacti in both deserts have pretty much the same characteristics, and this happens because both these plants need water to survive, and in order to save it, they have barrel-shaped stems, short-lived leaves, and spines. All of these things help them in saving the water and capturing it when it's possible.
The convergent evolution is when both these organisms develop equally, but are not originally from the same place, the environment being the one to shape this.
Answer:
Epithelial Membranes & Mucous Membrane
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Answer:
The correct answer is option d. "Many species that moved into North America from South America outcompeted the endemic taxa and still exist today".
Explanation:
The Great American Biotic Interchange (GABI) was an historical period at which numerous species from South America migrated to North America, and numerous species from North America migrated to South America because of the formation of the Isthmus of Panama. During this event, many species that moved into North America from South America outcompeted the endemic taxa and still exist today. The species that successfully immigrated to South America and exist today were mostly small mammals, such as armadillos and opossums.
Evaporation
Explanation:
On a hot sunny day, the stage of water cycle most likely occurring is the evaporation stage.
At this stage, a phase change is occurring and liquid water is converted to water vapor in the atmosphere.
- Evaporation is an important aspect of the water cycle.
- It is preceded by precipitation and followed by condensation in the atmosphere.
- Water rises from the surface in gaseous forms and condenses in the atmosphere.
- This is because it is less dense than the surrounding atmosphere.
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Phase change brainly.com/question/1875234
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