What type of map would most likely be used to depict grizzly bear population density in glacier national park?

Answers

Answer 1

Answer:

Answer:

The correct answer is thematic map.

Explanation:

A kind of map, which gives importance to a specific data set or topic is known as a thematic map. It demonstrates the distribution or population of specific organisms or elements, which is associated with a certain theme or geographical characteristic.

The thematic maps are of different kinds like proportional symbols, choropleth maps, dot maps, and others. The thematic map would most possibly be used to demonstrate the population density of Grizzly bear in Glacier National Park as thematic map helps in showing population.

Answer 2

Answer:

A "Thematic" map is a type of map specifically designed to show a particular theme connected with a specific geographical area, The answer to your question is a Thematic map.

Related Questions

Harmful algal blooms are characterized by a rapid increase in the population of a type of algae that produces toxins. Toxins are chemicals that are poisonous to living things. The rapid reproduction of this type of algae is caused by the presence of sunlight, warm water, and an increase in the level of nutrients in the water. The nutrients come from farms that use chemicals to make their plants healthy. They are carried to lakes and rivers by runoff. Suppose this scenario was modeled in the lab. How would the populations of the biotic factors be affected? Check all that apply. Mosquito larvae will increase. Heron population will increase. Algae population will increase. Trout population will decrease. Minnow population will decrease.
What is the relationship between the salinity and density of ocean water?A decrease in salinity increases the density of seawater, altering the location of the halocline. As salinity increases, the mass of the water increases as it holds more salt particles per unit volume, making it more dense. An increase in salinity decreases the density of water above the halocline and increases the density of water below the halocline. As salinity decreases, the water becomes more massive as it holds fewer salt particles per unit volume, making it less dense.
Which physical property would not be useful for finding the difference between baking soda and cornstarch?
Please Help Me I Give Thanks!!!!!
You and your colleagues are constructing a pedigree for a boy with cystic fibrosis. The individual’s younger brother has also been diagnosed with cystic fibrosis. How would these brothers be represented in a pedigree?Question 10 options:Both would be represented as completely shaded circles.Both would be represented as completely shaded squares.The older brother would be a shaded square, while the younger brother would be a half-shaded square.Both would be represented as unshaded squares.

One major biotic factor that affects the health of coral reefs is/are

Answers

Answer:symbiotic algae.

Explanation:

Species of organisms that decrease the population of coral. Another reason (which isn't as biological) is that of a fisherman, or boat that destroys the reef.

Gloria’s science teacher has given her a sample of an unknown metal along with this table. Gloria finds that her sample has a mass of 53.5 grams and a volume of 2.5 cubic centimeters. The sample can be identified as copper. iron. lead. platinum.

Answers

The answer is: [D]: platinum .
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Explanation: Given the information provided, we need to find the "density" of the unknown metal; in: "mass per UNIT volume". Then we need to look up the "density" values of EACH of the 4 answer choices (or at least until we get the corresponding density). To be thorough, we still should look up the density of EACH of the metals listed in the answer choices given. We look up these "densities" online, or in a specialty reference guide in university library, for instance.
__________________________________
First, let us calculate the density of the unknown volume:
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Density, "D", = m / V ; in which: D = density; m = mass; V = volume;
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We are given: mass, "m" = 53.5 g ; and:
Volume, "V" = 2.5 cubic centimeters = 2.5 cm³
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D = 53.5 g / 2.5 cm³ = (53.5 / 2.5) g / cm³ = 21.4 cm³ ;
→ Round to "2 significant figures";
= 21 g/cm³
_______________________________________________________
We are given 4 (four) answer choices). Let us list EACH of the 4 (four) answer choices and their densities (researched).
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Choice "A" : copper; (Cu) ; density = 8.96 g / cm³ ;
______________________________________
Choice "B" : iron ; (Fe) ; density = 7.874 g / cm³ ;
______________________________________
Choice "C": lead; (Pb) ; density = 11.34 g / cm³ ;
______________________________________
Choice "D": platinum; density = 21.45 g / cm³ ;
________________________________________
Clearly, Answer choice: [D]: "platinum" is the correct answer; with a density of "21.45 g / cm³ " ;
____________________________________________________
Since this value is the closest to our calculated value of
" 21 g/ cm³ "; or even "21.4 g/ cm³ " [our value before rounding down to 2 (two) significant figures].

The densities of the metals in all the other answer choices given are far from this value.
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I hope this explanation has been of some help.

Answer:

Yeah, its platnium.

Explanation:

Sixty-five degrees Fahrenheit is about 18°C.
O
A. True
O
B. False

Answers

Answer:

A, True

Explanation:

Answer:

True

Explanation:

Ice wedging is brought about by ____.a.

carbonic acid freezing on rocks
b.

water and oxygen reacting

c.

water freezing and thawing

d.

rocks colliding with each other

Answers

Answer:

c. water freezing and thawing

Explanation:

Ice wedging is formed during the coldest days of the year, when we have winter, the water that reach the soil, starts to freeze. The water is a strange molecule, when is cold, and turns into a solid, we can observe that the volume increases, that is reason that the soil can split with an ice wedging.

c. water freezing and thawing

Based on the information in the graph, what conclusions can be drawn?

Answers

There is no graph that is link.

You need to use the scientific method and
In order to work as an environmental scientist.

Answers

Answer:

You need to use the scientific method and knowledge of the environment in order to work as an environmental scientist.

Explanation:

An environmental scientist should have an excellent knowledge about the systems of the environments and scientific methods. If a scientist is thorough about his understandings of the environment, he will be able to recognize any changes in the environment immediately and formulate the necessary reasons for the changes by using the scientific method of research. By using the scientific method of research, a scientist is able to learn about the various phenomenon occurring in the environment.

Other Questions

The arctic fox has adapted to its environment in a number of ways. Its fur turns white in winter and it does not begin to shiver until temperatures plunge below 10 degrees Fahrenheit. Global warming is likely to bring many changes, including an increase in mean air temperature. Over time, the arctic fox will have to adapt to this change. Which adaptation is MOST LIKELY to occur? A) Its paw pads may thicken. B) Its fur may stay white longer. C) Its tail may have thinner fur. D) Its ears may be shorter and rounder.

Which structure is responsible for the voice?

TRUE OR FALSEonly moving things have energy

Which of the following technologies would best help a farmer have many identical horses in his farm? A.Genetic engineering, because it helps increase the diversity of animals B Cloning, because it can produce genetically exact copies of an organism C Cloning, because it can create different versions of an organism by manipulating the genes D Genetic engineering, because it increases the variation in a certain species by copying genes