Landforms are commonly classified according to differences in a. weathering. c. geological age. b. location. d. relief.

Answers

Answer 1
Answer: D relief because the relief analysis is a tool to analyse a landscape based on DEM (Digital Elevation Model)
Answer 2
Answer:

The answer is d............



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which of the following mutations would be most likely to improve the chances that an organism would survive and reproduce? F. a stronger scent that makes an animal easier to find G.a weaker scent that makes a flower less attractive to bees H.weaker eyesight that makes an animal less likely to find prey I.stronger leg muscles that allow an animal to jump away from danger

Answers

I. stronger leg muscles that allow an animal to jump away from danger. 

All the others dont benefit the organism in one way or another.

Which of the following occurs during the embryonic

Answers

Hi

Noses , eyes and ear


I hope that's help !

in which of the following are we currently living? Select all that apply. A. Tertiary B. Cenozoic C. Holocene D. Quaternary E. Pleistocene

Answers

B. Cenozoic, C. Holocene, and D. Quaternary.
B. Cenozoic, D. Quaternary

When gaining biodiversity what occurs when a new resource is introduced to a species and individual members of that species begin to specialize in the resources that are available

Answers

When gaining biodiversity, what occurs when a new resource is introduced to a species and individual members of that species begin to specialize in the resources that are available.

What is the way to enhance biodiversity ?

The process of gaining biodiversity can be enhanced by the introduction of new resources to a species. This can cause members of the species to specialize in the use of these resources, which can lead to an increase in the overall biodiversity of the area.

When a new resource is introduced to a species and individual members of that species begin to specialize in the resources that are available, it can lead to an increase in biodiversity. This is because specialization can lead to the development of new species or subspecies that are adapted to the new resource and may have different characteristics than the original population.

Over time, natural selection may favor those individuals that are better adapted to the new resource, leading to the evolution of new traits and potentially new species. For example, if a new type of plant becomes available in an area, some members of a herbivorous animal population may begin to specialize in feeding on that plant.

Over time, natural selection may favor those individuals that have developed specialized teeth, digestive enzymes, or other adaptations to better exploit the new resource. This could lead to the development of a new subspecies or even a new species that is adapted to the new plant.

As more specialized populations or species evolve, the overall biodiversity of the ecosystem can increase. This is because each new species represents a unique combination of traits, and the more species that are present in an ecosystem, the greater the diversity of traits and interactions that can occur.

Additionally, greater biodiversity can provide greater stability and resilience to an ecosystem, as there are more species present to fill ecological niches and perform important functions like pollination, decomposition, and nutrient cycling.

In summary, the introduction of a new resource can lead to specialization and the development of new species, which can increase biodiversity and provide important ecological benefits.

Learn more about ecological benefits. at:

brainly.com/question/2690563

#SPJ5

If this is for the quiz, then the answer is "competition" and not "bottle-necking".

Answer any of the following questions:What causes the phases of the moon?
When the moon is waning, the visible part of the moon is
A) getting smaller
B) getting larger
C) staying the same
D) always yellow
Which of the following is true of the relationship between the moon and the Earth?
A) The moon rotates around the earth.
B) The moon rotates around the sun.
C) The Earth revolves around the moon.
D) The moon revolves around the Earth.
Which statement is true?
A) The moon rotates and revolves at a slower rate than the Earth.
B) The moon revolves around the earth faster than it rotates.
C) The moon revolves around the earth much slower than it rotates.
D) The moon does not rotate at all.

Answers

Answer any of the following questions:What causes the phases of the moon?
When the moon is waning, the visible part of the moon is 
A) getting smaller 

Which of the following is true of the relationship between the moon and the Earth? 
D) The moon revolves around the Earth.

Which statement is true? 
B) The moon revolves around the earth faster than it rotates. 


What does a red shift in light from distant celestial objects indicate to a scientist on earth?

Answers


A red shift in light from a distant source is always assumed to indicate
that the distant source is moving away from us.  That would certainly
cause it, and we don't know of anything else that would, so it's the only
way we know to explain it.

Just about all of modern Cosmology, including the whole idea of the
expanding universe, is based on that interpretation of the red shift.

Understand this:  That interpretation does explain many things that
we do see in space, and it predicts things that we do find when we
look for them.  But that does not prove it, and there is no way to prove
it.  So it's perfectly correct to say that it's "only a theory".

Just like gravity, atoms, and the nature of light.