How might bird populations on mountainsides respond to a warming climate?(1 point)
Responses
The range shifts uphill over generations.
The range shifts uphill over generations.,
There is not likely to be an effect based on a warming climate.
There is not likely to be an effect based on a warming climate.
The range shifts downhill over generations.
The range shifts downhill over generations.
Their eggs will hatch later.
The range shifts uphill over generations.
What happened to North American coastal waters when the great white shark population decreased?(1 point)
Responses
The scallop population increased.
The scallop population increased.
The clam population increased.
The clam population increased.
The ray population increased.
The ray population increased.
The oyster population increased.
e
To determine how bird populations on mountainsides might respond to a warming climate, we can consider the following factors:
1. The range shifts uphill over generations: One possible response is that as the climate warms, birds may slowly move uphill to higher elevations where conditions are more suitable for their survival. This shift in range would occur gradually over generations as birds with adaptations for higher elevations have a better chance of survival and reproduction.
2. There is not likely to be an effect based on a warming climate: It is also possible that some bird species may not be significantly impacted by a warming climate on mountainsides. This could be because they already inhabit a wide elevational range or possess adaptations that allow them to cope with changing conditions.
3. The range shifts downhill over generations: Conversely, the warming climate could also lead to a shift in bird populations downhill, as lower elevations become more favorable due to temperature changes. This shift may occur over generations as birds that can adapt to lower elevations have a survival advantage.
4. Their eggs will hatch later: Another response to a warming climate may be a delay in the timing of egg hatching. Rising temperatures could influence the timing of bird breeding seasons, causing birds to lay their eggs later in the year.
It is important to note that the actual response of bird populations to a warming climate on mountainsides may vary depending on several complex factors, including the specific bird species, their adaptability, the availability of suitable habitat, and interactions with other species. Researchers study these factors through observations, monitoring, and climate modeling to better understand and predict how bird populations might respond to a warming climate.