How does climate typically vary with altitude and latitude, and what is a consequence for habitats?

How does climate typically vary with altitude and latitude, and what is a consequence for habitats?

• A. Temperature falls with altitude and latitude affects solar input, creating different biomes and habitats.
• B. Temperature rises with altitude and latitude reduces solar input, creating fewer habitats.
• C. Temperature falls with altitude but latitude has no effect on solar input.
• D. Temperature rises with altitude and latitude increases solar input, expanding habitats.

Answer: (B)

Climate changes with both height and distance from the equator. As you go higher, the air becomes thinner and cooler, so temperature falls with altitude. Latitude affects how much solar energy reaches the surface—the closer you are to the equator, the more direct sunlight and generally warmer conditions you get; toward the poles, sunlight is weaker and seasons are more extreme, leading to cooler climates. Because of these patterns, different altitudes and latitudes host different biomes and habitats. Lower elevations in warm, low latitudes can support lush forests or tropical environments, while high elevations become cooler alpine zones. Similarly, higher latitudes may show tundra or boreal forests, while near the equator you can have rainforest climates. So the best description is that temperature falls with altitude and latitude influences solar input, creating different biomes and habitats. The other ideas misstate how temperature changes with height or ignore latitude's impact on solar energy.

Climate changes with both height and distance from the equator. As you go higher, the air becomes thinner and cooler, so temperature falls with altitude. Latitude affects how much solar energy reaches the surface—the closer you are to the equator, the more direct sunlight and generally warmer conditions you get; toward the poles, sunlight is weaker and seasons are more extreme, leading to cooler climates.

Because of these patterns, different altitudes and latitudes host different biomes and habitats. Lower elevations in warm, low latitudes can support lush forests or tropical environments, while high elevations become cooler alpine zones. Similarly, higher latitudes may show tundra or boreal forests, while near the equator you can have rainforest climates.

So the best description is that temperature falls with altitude and latitude influences solar input, creating different biomes and habitats. The other ideas misstate how temperature changes with height or ignore latitude's impact on solar energy.