Barrier islands make ________ sites for real estate development because ________.
A) poor; they are unstable and often mobile
B) poor; they can be unstable, mobile, and overrun by storm surges.
C) good; they provide excellent scenery
D) good; they are made of rock and are quite stable
E) poor; they can be overrun by storm surges
B) poor; they can be unstable, mobile, and overrun by storm surges.

Answers

Answer 1

Barrier islands make poor sites for real estate development because they can be unstable, mobile, and overrun by storm surges.

A type of dune system, barrier islands are exceptionally flat or lumpy sand areas that are formed parallel to the mainland coast by wave and tidal action. They often occur in chains made up of anything from a few to more than a dozen islands. They are susceptible to change during storms and other events, but they also absorb energy, safeguard the coasts, and produce regions of sheltered waters where wetlands can grow.

Barrier islands are crucial for safeguarding the shoreline and reducing the impact of storm events on the water systems on the mainland side of the barrier island. By doing this, a distinct ecosystem of brackish water with less energy is efficiently created.

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Related Questions

A desert is any region which has a dry or arid climate with a low rainfall of less than 25 cm per year.
a. true
b. false

Answers

Answer:

it were be false

Which of the following agricultural practices would most likely lead to improved water quality in nearby streams and rivers? Using crop rotation in fields B Using nitrogen and phosphorous fertilizers Converting crop fields to cattle pasture Clear-cutting areas around crop fields

Answers

The correct answer to the given question is option A) Using crop rotation in fields.

Using crop rotation in fields would most likely lead to improved water quality in nearby streams and rivers

Agriculture has an impact on water quality through the release of nutrients (as a result of soil management and fertilizer application) and other chemicals (e.g. pesticides) into the water environment, through biological contamination (e.g. from microbiological organisms in manure), and through soil erosion and washed off to the nearby water source. Urban and industrial development, farming, mining, combustion of fossil fuels, stream-channel alteration, animal-feeding operations, and other human activities can also affect the quality of natural waters, streams and rivers.

Reducing the amount of fertilizer (nutrient management), integrated pest management, conservation tilling, basins, etc. can also improve water quality in streams and rivers.

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If you see a tornado or hear a tornado warning, you should take immediate action. Which of the following actions would be a bad choice?
Go to a designated shelter.
Get under a heavy piece of furniture.
Get under an overpass or bridge.
Stay away from windows and doors.
Cover your head.

Answers

If we see a tornado or hear a tornado we should take immediate actions. The action which is a bad choice are Cover your head, get under a heavy piece of furniture.

To avoid a tornado get out immediately and go to the lowest floor of a sturdy, nearby building or a storm shelter. Go to the basement or an inside room without windows on the lowest floor.

When you are in open fields, If possible, seek shelter in a sturdy building. If not, lie flat and face-down on low ground, protecting the back of your head with your arms. Before a tornado strikes, the wind may die down and the air may become very still.

Tornadoes develop from severe thunderstorms in warm, moist, unstable air along and ahead of cold fronts. Such thunderstorms also may generate large hail and damaging winds.

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Why do you think that some societies or communities have different standards of accepting what is truthful/factual from what is not?

Answers

Ethics are the standard of what is right and wrong, and they are based on our values. Being ethical requires making a moral judgment, and that's not always easy.

There are many factors that can contribute to different standards of accepting what is truthful or factual in different societies or communities. Some of these factors include:

Cultural and social norms: Different societies or communities may have different cultural and social norms that shape their beliefs and values. These norms can influence what people in these communities consider to be acceptable or unacceptable, and this can in turn affect what they consider to be truthful or factual.Education and access to information: The level of education and access to information can also play a role in shaping people's standards of what is truthful or factual. In societies or communities where access to education is limited, people may be less likely to question or critically evaluate the information they receive.Political and economic factors: Political and economic systems can also influence what is considered to be truthful or factual. For example, in societies where the government controls the media or censors certain types of information, people may be less likely to encounter alternative viewpoints or perspectives. Similarly, in societies where certain economic interests dominate, people may be more likely to accept certain viewpoints as factual because they align with the interests of those in power.Personal experiences: Finally, people's personal experiences can also influence their standards of what is truthful or factual. For example, someone who has personally experienced something may be more likely to consider it to be factual, even if others disagree.

What Is The Evidence Of Seafloor Spreading

Answers

Seismic investigations that show earthquakes happen along the rift valley of a midoceanic ridge and the cross-cutting fractures that offset it provide additional evidence for sea floor spreading.

What are 3 types of evidence for seafloor spreading?

The evidence from molten material, magnetic stripes, and drilling samples have all been obtained to support sea-floor spreading.

What are the strongest evidence for seafloor spreading?

A new stripe with a new polarity starts as the Earth's magnetic field flips. Such magnetic patterns are among the greatest pieces of evidence supporting the hypothesis of plate tectonics, and they helped to establish the occurrence of sea-floor spreading.

How is seafloor spreading explained and proven?

Evidence is used to explain and validate seafloor spreading. Long mountain ranges or chains can be found beneath the oceans. The youngest rock is located closest to the ridge while the oldest rock is located further away on each side of a mid-ocean ridge. Additionally, the magnetic reversal pattern is same on both sides of the ridge.

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sand grains are classified as: immature, young, old, or ancient immature, young, old, or mature embryonic, young, old, or mature immature, middle-aged, old, or mature

Answers

The stages of sand grains include immature, young, old, and mature. Sand that isn't quite mature has a lot of clay, and it also has a lot of broken grains. Sand that has reached maturity lacks clay and has fewer sharp edges.

When viewed up close, individual sand grains, which have a diameter of less than one millimeter, resemble tiny jewels. The quartz, feldspar, and mica fragments that make up granitic mountain sand are frequently angular in shape. Large sand hills known as dunes are created when powerful winds gather the tiny grains of desert lake bottoms and river deltas. Some sand dunes develop smooth, rounded grains that resemble small stones in a rushing stream after many millennia of rubbing against one another. Sometimes unusual humming or booming sounds, resembling a telegraph line or squadron of World War II fighter jets, are created as these polished grains move over one another.

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Prehistoric earthquakes may be interpreted using faulted pond sediments. The amount of offset of sediment layers from one earthquake is proportional to the ________________.

Answers

Faulted pond sediments can help interpret ancient earthquakes. The magnitude of the earthquake  directly correlates with the amount of sediment layer offset.

A list of notable earthquakes that are known to have happened before the turn of the 20th century is called a historical earthquake. The events detailed below depend primarily on the examination of written sources because they took place before commonplace instrumental recordings. For each earthquake, there is occasionally a lot of doubt regarding the time, place, and magnitude. Additionally, the number of fatalities is frequently very speculative, especially for the more historic incidents.

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is the movement of water across the soil surface of a watershed and into the river or stream and this movement is enhanced by

Answers


the movement of water across the soil surface of a watershed and into the river or stream and this movement is enhanced by gravity .

The force that pulls items toward the center of a planet or other entity is called gravity. All of the planets are kept in orbit around the sun by gravity.
Why don't you just float off into space when you jump up like that? Why do objects fall to the ground when you throw or drop them? Gravity, an imperceptible force that draws things together, is the solution. You remain on the ground thanks to Earth's gravity, which also causes objects to fall.

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Today we learned about a website called "Zooniverse" where the public can participate in a wide variety of research. Today we met Mrs. Rowen Converse, lead researcher of " The Wild Southwest." Please read about the research she is doing and in your own words answer the following questions. "The Wild Southwest" Research website: Link (Links to an external site.)Links to an external site.

1. Why is this research taking place? What is the research trying to understand about wildlife in the Southwest?

2. How and why is machine learning being used in this research project?

Please write your responses in complete sentences using proper grammar, punctuation, and spelling

Answers

Research studies are used by scientists, naturalists, zookeepers, and wildlife lovers to support conservation management. Without research, we wouldn't be aware of things like the communication between Acacia trees and the fact that humpback whales migrate over 6,000 kilometers and that sloths have algae growing on their fur.

Why is research important in the conservation of wildlife?

Without this information, we would be unable to implement effective management techniques. Numerous people undertake research, examining a wide range of hypotheses from numerous perspectives. Results are peer-reviewed, but occasionally we just need additional studies to get the whole picture.

Management of conservation cannot solely rely on a single research. You don't simply look at one perspective while trying to solve an issue; you assemble your resources and choose the best option.

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Thanks to technologic advances and our increased knowledge of weather and floods, we do a better job of ______ of large floods.

Answers

Thanks to technologic advances and our increased knowledge of weather and floods,we do a better job of predicting time and height of large floods.

What are some of the impacts of increased flooding?

Increases in flood activity can lead to pollution through soil erosion and stormwater runoff, which depletes soils of vital nutrients. The result of soil oversaturation is landslides.

What technology is used to predict floods?

Satellites, lightning monitoring systems, radar, and rain gauges are the primary techniques used to detect severe rainfall linked with flash floods.

What impact does flooding have on the environment?

Floodwaters have the power to devastate wildlife habitats. Rivers and habitats can become polluted by toxic floodwater. On farms, silt and sediment can ruin crops. As rivers fill to their bank-full capacity, natural levées and river banks may be removed.

How can we solve and prevent floods?

Some flood control techniques date back to ancient times. These techniques include creating floodways, terracing hillsides to restrict flow downwards, and growing vegetation to capture extra water (man-made channels to divert floodwater).

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which of the following biomes spans the largest annual mean precipitation range and the narrowest annual mean temperature range?

Answers

Desert  spans the largest annual mean precipitation range and the narrowest annual mean temperature range.

A desert is a desolate region of the landscape with minimal precipitation, making living circumstances unfriendly for both plant and animal life. The absence of vegetation exposes the exposed ground surface to denudation. Arid or semi-arid regions make up around one-third of the Earth's geographical surface.Deserts with high humidity: The climate is warm and dry all year round. Famous arid deserts include the Mojave Desert in the southwest of the United States and the Sahara Desert, which covers a large portion of the African continent. Semi-arid deserts: Compared to hot, dry deserts, these deserts are a little cooler.

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this type of landform is found along the coast of florida and was shaped by florida's waves and currents

Answers

Exceptionally flat or lumpy regions of sand in Florida that are formed by wave and tide action parallel to the mainland shore are known as barrier islands, which are coastal landforms and a type of dune system.

How were the barrier islands in Florida created?

This kind of landform is present along Florida's coast and was shaped by the waves and currents there.

As silt is repeatedly deposited parallel to the shoreline by waves, barrier islands are formed. These islands constantly migrate, erode, and develop as a result of wind and wave shifts caused by local topographical features and weather patterns. They might perhaps completely vanish.

How have Florida's landscapes been shaped by erosion and deposition?

Erosion and deposition have produced Florida's geography over a million years... Beaches, barrier islands, and deltas are all products of the silt carried and dumped along Florida's coastline by streams and rivers.

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What type of weathering is a cracked rock?; What are 2 examples of physical weathering?; What is an example of weathering of rock?; Is ice cracking a rock erosion?

Answers

The disintegration of rocks into smaller particles size by pure mechanical processes, with the exception of the removal of certain soluble compounds erosion, known as physical weathering rocks.

Weathering is the degradation of rocks, soils, and minerals, and also wood and artificial materials, caused by interaction with water, air gases, and living organisms. Weathering happens in situ, as opposed to erosion, which involves the transfer of minerals and rocks by agents such as water, waves, and gravity. Physical and chemical aging are the two types of weathering processes. Physical weathering refers to the mechanical deterioration of rocks caused by heat, rain, ice, or other factors. Chemical weathering is the chemical process of water, atmospheric effects, and biologically produced compounds with rocks and soils. Water is the primary cause of both physical weathering, while atmospheric oxygen molecules, as well as biological organisms' activities, have a role.

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T/F. Christaller's central place theory is better able to predict the size and spacing of towns in an agricultural region than in a mining region.

Answers

It is true that a mining region is less able to anticipate the size and spacing of towns than an agricultural region can be using Christaller's central place theory.

What is the Central Place Theory?

In order to understand the quantity, scope, and variety of market services in a market-based system or human habitation in a residential system, urban geographers have developed the central place hypothesis.

It was first used in 1933 to explain how cities were distributed throughout the landscape spatially. German geographer Walter Christaller originally examined the hypothesis and said that communities only served as "central centers" that offered economic benefits to the surrounding countryside.

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in the context of empowering the latino and latina community which of the following is__ true about the new

Answers

In the context of empowering the Latino and Latina community, It is an agency established by a Center on Substance Abuse Prevention grant is true about the New Bridges project.

The Latino population is the fastest developing gathering in the US; thus, social workers and other psychological wellness practitioners really must be learned about the ongoing writing on the most proficient method to actually serve this population. This article elucidates central questions and information, such as immigration and movement concerns; discusses how to assess for levels of assimilation; examines social values; and highlights salient work issues and wellbeing disparities that Latinos experience. Recommendations on how agencies and universities can select and advance bilingual practitioners are presented. At long last, socially responsive strategies for professional use of self and it are discussed to foster the remedial coalition.

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on this map of earthquakes near japan, why do shallow earthquakes occur to the east and deeper earthquakes occur to the west

Answers

The subduction zone dips to the west which makes shallow earthquakes occur to the east and deeper earthquakes occur to the west.

A geological process called subduction occurs at convergent boundaries and recycles the oceanic lithosphere into the Earth's mantle. Where two tectonic plates meet, the heavier plate sinks beneath the second plate and into the mantle because of the convergence of their oceanic lithospheres. A "subduction zone" is the location where this process takes place.

A subduction zone is a plate tectonic boundary where two plates converge and one plate is driven beneath the other. Geohazards like volcanoes and earthquakes are the result of this process.

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as countries change during a demographic transition, there is often a growing demand for meat in human diets. It takes an estimated 1750 L of water to produce 113 g of beef. The average person in a more developed country consumes 85 g of beef per day. (i) calculate the amount of water needed, in liters per year, to produce the beef consumed by one person in a more developed country. Show your work. (ii) make a claim to propose a solution that would reduce the amount of water required to produce enough human food for individuals. (iii) describe one environmental disadvantage associated with increasing the amount of meat and human diet, other than associated with consumption of water.

Answers

(i) To calculate the amount of water needed to produce the beef consumed by one person in a more developed country, we can use the following equation:

water needed (L) = beef consumed (g) * water needed per gram of beef (L/g)

Plugging in the given values, we get:

water needed (L) = 85 g * 1750 L/113 g

Simplifying, we get:

water needed (L) = 85/113 * 1750

water needed (L) = 1533.6 L

To calculate the amount of water needed in liters per year, we can multiply this amount by the number of days in a year:

water needed (L/year) = 1533.6 L/day * 365 days/year

water needed (L/year) = 55869.6 L/year

(ii) One solution that could potentially reduce the amount of water required to produce enough human food for individuals would be to shift towards plant-based protein sources.

It takes significantly less water to produce plant-based proteins like beans and grains than it does to produce meat. This could help to reduce the overall demand for water in food production and potentially help to alleviate water shortages in areas where water is already limited.

(iii) One environmental disadvantage associated with increasing the amount of meat in the human diet is the production of greenhouse gases.

The production of meat, particularly beef and lamb, generates significantly more greenhouse gases than the production of plant-based proteins. This can contribute to climate change and have negative impacts on the environment.

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Hot spot volcanoes form a sequence of landforms as they are traced down-chain from an active hot spot. What is this sequence and how does it form?

Answers

Movement of plates over a "hot spot" from which magma can penetrate to the surface. These magmas typically produce a chain of progressively older lava flows that mark the plate's past motion over a specific hot spot.

How does a hot spot form can it form anywhere?

Hot spot volcanoes can be found far from plate boundaries. Because the hot spot is caused by mantle plumes that exist beneath the tectonic plates, as the plates move, the hot spot does not, potentially resulting in a chain of volcanoes on the Earth's surface.

These "hotspot" volcanoes form when a narrow stream of hot mantle rises from deep within the earth and melts a hole in the plate, allowing magma to ooze upward. The Hawaiian islands, for example, are the result of hotspot volcano formations near the giant Pacific plate's center.

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Reyna is drawing a regular polygon. She has drawn
two sides with an interior angle of 120°, as shown
below. When Reyna completes the regular polygon,
what should be the sum, in degrees, of the measures of
the interior angles?
140°

Answers

Answer:

babe this is geometry but its okay ill still help u :)

since it is a quad. that means it adds up to 360 degrees. If there are two angles that are each 120 degrees, that would make them 340 degrees. to find the rest j subtract!

have a nice day/evening/night wherever u are!

Explanation:

TRUE/FALSE. typically, fewer than 20 major and great earthquakes (magnitudes of 7 and higher) each year account for more than 90 percent of the energy released by earthquakes.

Answers

It is true that typically, fewer than 20 major and great earthquakes each year account for more than 90 percent of energy released by the earthquakes.

What is an earthquake?

When energy is suddenly released from the Earth's lithosphere, seismic waves are produced, which causes the Earth's surface to shake. There are many different levels of earthquake strength, ranging from ones that are so little that no one can feel them to those that are powerful enough to launch people and items into the air, destroy vital infrastructure, and devastate entire cities. The number, variety, and size of earthquakes that occur in a given area over a given time period is known as its seismic activity. The seismicity is the average rate of seismic energy release per unit volume at a certain region on Earth. Tremors are seismic rumblings that don't cause an earthquake. Earthquakes cause ground to shake, shift, or otherwise be perturbed at the surface of the planet.

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The oldest of Hawaii's volcanic islands are those that
A.are on top of the hotspot.

B.are a short distance past the hotspot.

C.are the farthest distance from the hotspot.

D. have not yet reached the hotspot.

Answers

The oldest volcanic island in Hawaii are those that are the farthest distance from the hotspot. The correct option is C.

These massive volcanoes, whose crowns have risen above sea level, erupted on the ocean bottom are known as Volcanic Islands. The Hawaiian Islands are an example of a volcanic island. Other example is  St.  Ascension Island in the Atlantic Ocean.

A hotspot is a region of the Earth's mantle that produces hot plumes that ascend higher and create volcanoes on the crust above. On top of the Pacific tectonic plate, Samoa is made up of a long series of volcanic islands.

Thus, the correct option is C.

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on this map of south america and adjacent areas, which site would have earthquakes related to plate divergence?

Answers

The site which would have earthquakes related to plate divergence has to be in the middle of the Atlantic Ocean.

Earthquakes are tremors that are caused under the surface of the Earth due to the shift of tectonic plates.

The Latin American region comprises the South American continent and the Caribbean and is a very large area that comprises various of different tectonic movements.

Most of the earthquakes and tremors are felt on the west coast due to large subduction zones along Colombia, Chile, Ecuador, and Peru. On the other hand, the eastern part of South America is relatively stable and safe with next to no tremors felt.

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The photo below shows the Comb Ridge monocline of southern Utah, which is approx. 80 miles in length. The view is looking north, along the axis of the monocline. Notice the tilted layers along the axis, and the absence of sedimentary strata to the left (marked by the red bracket).
What do you think happened to the sedimentary layers to the left of the axis marked by the red bracket?
Sedimentary layers were never deposited at this location
Sedimentary layers were moved south along a strike slip fault
Sedimentary layers were displaced upward on a normal fault
Sedimentary layers were deposited by the stream
The sedimentary layers were worn away by stream erosion

Answers

The sedimentary layers were worn away by stream erosion happened to the sedimentary layers to the left of the axis marked by the red bracket.

Sediment is transported and eroded by streams. Small bedforms, or sedimentary structures on the bottom of a stream bed, such ripples and sand dunes, can occur when the loose sediments are carried along the bottom of the river channel.

The movement of soil, silt, and rock fragments caused by the weathering of geological structures is known as erosion. This movement occurs via wind, streams, and ice. When degraded material that is being carried by water settles out of the water column and onto the surface when the water flow slows, sedimentation takes place. The sediments that make up the banks, the floodplain, and the bed of a canal were carried there by the flow of water from higher in the catchment.

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Factors in climate change include:
A Natural changes
B Human-induced changes
C Long-term changes in weather that occur over a number of years
D All of the above
E None of the above
D

Answers

The correct option is (D), i.e., all the above. Climate change refers to long shifts in temperatures and weather patterns. These shifts could also be natural, like variations within the star cycle.

Earth's lower atmosphere is changing hotter and moister due to human-caused greenhouse emissions. The 5 main factors that affect the climate of a neighborhood are Latitude, Altitude, relief, currents and winds and distance from the ocean. Latitude: The climate of a section depends on the latitude wherever it lies.

A spread of things sets the climate. These factors embody latitude, part circulation patterns, oceanic circulation patterns, the native earth science of a neighborhood, star activity, and volcanic activity. Latitude is the most significant determinative issue of climate.

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features present in the Gigapan image to determine which ones are older and related to sedimentation versus those that are younger and formed during a later episode of metamorphism fat lying and layered ke a cake, then they are altered by some other processes that occurred after being deposited to your slilding direction pan Activity: Metamorphism of Shales into Slates C3 of 15 No consider tho features o our o n rop and see ฮ you can ile try them in the images above For this actity the lonns horizontal and ve tical reler to the align ment as " appears in te to the Gigapan image and consider which of the following statements about the features present are rue age as wo see . now atm View Available Hints) The folding in the outcrop is the result of deposition, and the abernating light and dark layers are the result of differential stress

Answers

Metamorphism process referred to that changes which is  pre-existing rocks into the new forms because of that it is increases in the temperature, pressure, and chemically active the fluids. It may affected to  igneous, sedimentary, and  other metamorphic rocks.

It was occured by the process of rocks changed their temperature and pressure and it could be subjected to differential stress and hydrothermal fluids. Metamorphism doing so because some minerals are stable only under certain conditions of pressure and temperature.

Sedimentation referred to the process of separating small particles and sediments from the water. This process happens naturally when water is still there because gravity will pull the heavier pressure and sediments down to form a sludge layer. Thus, this action can be done artificially stimulated in the water treatment process.

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Forest A Forest B Forest C Ern Population Density Population Density Population Density of Deer - High of Deer - Medium of Deer - Low 1. Sugar maple 9 丰 5. American Holly Shrub 6. Hayseed Fern 2. Red maple 7. White Oak 3. Lush grass 4. Greenbriar vine 8. Eastern Hemlock The diagram below illustrates three ecological communities that are isolated but in close proximity to one another. The density of the deer population in each community differs, as indicated in the diagram. (A.) Based on the diagram, describe the relationship between the deer population and biodiversity in Forest A. * The diagram below illustrates three ecological communities that are isolated but in close proximity to one another. The density of the deer population in each community differs, as indicated in the diagram. (B) Based on the information in the diagram, identify a plant species in an area of low deer density that would serve as an indicator that the density of the deer population is increasing, even if you could not directly observe any deer. * The diagram below illustrates three ecological communities that are isolated but in close proximity to one another. The density of the deer population in each community differs, as indicated in the diagram. (C) Wolves are natural predators of deer, but wolf populations are not found in any of the three forests in the diagram. Identify the forest in which the diversity of plants would be most affected by the reintroduction of wolves and explain how reintroducing wolves would cause that effect. The diagram below illustrates three ecological communities that are isolated but in close proximity to one another. The density of the deer population in each community differs, as indicated in the diagram. (D) Wolves invest much time and energy into the care of relatively few offspring. Identify the reproductive strategy of wolves. *

Answers

Since the argument doesn't address or rely on distinctions between the forest's edge surrounding dwellings and the forest's edge around roads, B is considerably out of bounds.

Consider, for instance, that deer are noticeably more drawn to the border of the forest near homes. Let's assume that 200 deer choose to forage along the highways, whereas 400 chose to forage near the homes. "The development (won't => won't) leave enough forest to support a sizable deer population." You can see that if there are less deer than before, the number of hits would decrease, which is obviously contrary to the argument. Since the argument is supported by the original version,

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in general, a limestone headstone will weather more quickly than a granite due to the mineral make-up of each rock: limestone is made of less chemically stable material.

Answers

Igneous rocks, like granite, weather gradually because water has a difficult time penetrating them. Because they dissolve in mild acids, other forms of rock, including limestone, are more susceptible to weathering.

The deterioration of structures and monuments, the production of soil, and the global-scale transfer of carbon from the atmosphere to the land and ocean are all significantly influenced by the weathering of limestone. Carbonate rocks are subject to intricate processes of rock deterioration, ranging from outcrop size weathering to atomic scale weathering, including chemical, mechanical, and biological weathering. Research in science makes use of field, laboratory, and experimental investigations. The chemical and mineral makeup of the rock is altered along with its external and interior textures by wear. In addition, microbial communities (lithobionts) can form on and inside the rocks, causing rock deterioration through acidification, fissuring, and moisturization.

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based on the textbook, identify two issues associated with contact from the westernized world that negatively impacted the yanomamo.

Answers

The two issues associated with contact from the westernized world that negatively impacted the Yanomamo were Chagnon argued that disputes over women and revenge for a previous killing or affront were the significant causes of Yanomamö warfare. And secondly, revenge killing often also occurs as a result of a mortal fight over a woman.

It has been found that thousands of gold miners are presently working illegally on Yanomami land, are transmitting deadly diseases that include malaria and measles, and polluting the rivers, fish, as well as forests with mercury. Some Yanomami are living in communities near the mining hotspots and have dangerously concerning levels of mercury in their bodies.

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in earth, a terrain model with an elevation exaggeration of a 0.5 will actually appear to be taller than a terrain model with an elevation exaggeration of 3.

Answers

Scales of terrain models less than 1:50,000 are inflated. Elevation  exaggeration of height is also influenced by the relief energy of the area being portrayed.

A set of three-dimensional triangles computationally generated from point data gathered on the surface being modeled is referred to as a terrain model. Models are created for suggested surfaces, underlying geotechnical layers, etc. Models are utilized to define extremely uneven surfaces, notably the earth's surface. Digital terrain models (DTMs), triangulated irregular networks (TINs), and triangulated surfaces are other names for terrain models. The terrain model tools in MicroStation allow you to import and mark landscape locations and contours. A DGN can utilise the data from a terrain model that has been imported. Within MicroStation, terrain models imported from the LandXML file type are supported. Any alterations or imports from Civil goods, however, must be made inside Bentley Civil.

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What are market-oriented environmental tools?

Answers

Market-based instruments (MBIs) are tools for that rely on markets, prices, and other aspects of the economy to give polluters incentives to lessen or eliminate harmful environmental externalities.

What are MBI and its types?

Market-based mechanisms are distinct from other forms of government regulation and voluntary agreements. Market-based tools may be applied consistently, across an economy or region, across economic sectors.

MBIs by themselves are examples of environmental pricing reform. An assessment of a company's pollution output is known as a pollution charge.

A scheme where a local or state government issues permits allowing only a specific amount of pollution is known as a marketable permit program.

The balance between economic activity and pollution can also be achieved by a strengthened and clarified conception of property rights.

An effective method for environmental conservation would be a law that gives private landowners a financial incentive to safeguard endangered species on their property.

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