Which of the following is the best example of a tragedy of the commons?

Accumulation of plastics in the Great Pacific Garbage Patch

Depletion of crude oil on private lands

Requiring permits for grazing cattle on United States parklands

Eutrophication of a pond on a farmer’s land

Which of the following correctly pairs a greenhouse gas with its primary anthropogenic source?

Nitrous oxide and agricultural practices

Methane and vehicular emissions

Chlorofluorocarbons and fossil fuel combustion

Carbon dioxide and municipal solid waste from homes

Which of the following best describes a disadvantage of using genetically engineered crops over crops that are not genetically modified?

Genetically engineered plants can decrease the genetic diversity of the crop

Genetically engineered plants require greater use of pesticides

Genetically engineered plants require more land to grow on

Genetically engineered plants are more likely to spread disease throughout the crop

New York City is home to thousands of acres of rooftop [and] some of the most expensive electricity in the country. . . . Yet New York has been slower than other big cities in tapping into one constant source of clean energy: the sun. Now though . . . some of the biggest expanses of flat roof in New York are being turned into sources of cheap and green electricity. This year, the corporate owner of Stuyvesant Town-Peter Cooper Village in Manhattan completed the installation of the country’s largest array of solar panels on an apartment complex. And soon, the Bronx could have an even larger one, at the massive Co-Op City complex. . . . In June, the state said that it aimed for 70 percent of its power to be generated from renewable sources by 2030. Two months before, the New York City Council passed an ordinance that will require most new buildings to be topped with solar panels or roofs covered in grass or other vegetation. . . . The project at StuyTown, as the complex is known, incorporated more than 9,000 solar panels onto 56 rooftops, making it by far the biggest in Manhattan. It effectively doubled the borough’s solar capacity, adding 3.9 megawatts, or enough to power more than 1,100 apartments [said Noah] Ginsburg, [director of the Here Comes Solar project at Solar One, a nonprofit that promotes solar energy]. . . . The city and state have driven much of the investment in solar power by providing tax breaks and other incentives to homeowners and landlords. The state incentives began in 2014 with a goal of creating 3 gigawatts — 3,000 megawatts — of solar capacity statewide by 2023. . . . Still, the projects illustrate the limitations so far of solar power, given that they would produce only a fraction of the electricity consumed on their own sites. But even though not enough energy is generated to power all of the [StuyTown] complex, the solar energy will take pressure off the power distribution network on hot summer days when demand from Con Edison’s customers is peaking, said Damian Sciano, the utility’s director of distribution planning. New York now ranks sixth among American cities in the capacity of its installed solar panels, according to Environment America, an advocacy group. Still, its total of about 200 megawatts is less than half of the capacity in Los Angeles, which has the highest capacity of any city in the country. . . . From The New York Times. (c) 2019 The New York Times Company. All rights reserved. Used under license. Based on the article, which of the following best identifies the author’s claim?

Increase tax breaks and other financial incentives have been an important factor for increasing the number of installations of solar panels on New York City rooftops.

A decrease in available rooftop space in New York City is pushing the city's solar farms to the Midwest

Efforts to install solar panels on New York City rooftops should be discontinued because insufficient solar energy is produced.

Current projects for installing solar panels on rooftops of apartment buildings in New York City need to be reconsidered because of criticism from apartment residents.

New York City is home to thousands of acres of rooftop [and] some of the most expensive electricity in the country. . . . Yet New York has been slower than other big cities in tapping into one constant source of clean energy: the sun. Now though . . . some of the biggest expanses of flat roof in New York are being turned into sources of cheap and green electricity. This year, the corporate owner of Stuyvesant Town-Peter Cooper Village in Manhattan completed the installation of the country’s largest array of solar panels on an apartment complex. And soon, the Bronx could have an even larger one, at the massive Co-Op City complex. . . . In June, the state said that it aimed for 70 percent of its power to be generated from renewable sources by 2030. Two months before, the New York City Council passed an ordinance that will require most new buildings to be topped with solar panels or roofs covered in grass or other vegetation. . . . The project at StuyTown, as the complex is known, incorporated more than 9,000 solar panels onto 56 rooftops, making it by far the biggest in Manhattan. It effectively doubled the borough’s solar capacity, adding 3.9 megawatts, or enough to power more than 1,100 apartments [said Noah] Ginsburg, [director of the Here Comes Solar project at Solar One, a nonprofit that promotes solar energy]. . . . The city and state have driven much of the investment in solar power by providing tax breaks and other incentives to homeowners and landlords. The state incentives began in 2014 with a goal of creating 3 gigawatts — 3,000 megawatts — of solar capacity statewide by 2023. . . . Still, the projects illustrate the limitations so far of solar power, given that they would produce only a fraction of the electricity consumed on their own sites. But even though not enough energy is generated to power all of the [StuyTown] complex, the solar energy will take pressure off the power distribution network on hot summer days when demand from Con Edison’s customers is peaking, said Damian Sciano, the utility’s director of distribution planning. New York now ranks sixth among American cities in the capacity of its installed solar panels, according to Environment America, an advocacy group. Still, its total of about 200 megawatts is less than half of the capacity in Los Angeles, which has the highest capacity of any city in the country. . . . From The New York Times. (c) 2019 The New York Times Company. All rights reserved. Used under license. Which of the following best describes the author’s perspective on the use of solar energy in New York City?

New York City is behind other major cities in its use of solar energy in electricity generation and should continue efforts to increase its solar capacity.

The high cost associated with the installation and maintenance of solar panels is barely offset by citywide savings in electricity generation.

Since New York City has risen to the position of sixth highest American city for total solar capacity, officials should temporarily limit more solar installations to minimize costs to residents.

City officials should invest in energy alternatives other than solar power because New York City has some of the highest electricity costs in America.

New York City is home to thousands of acres of rooftop [and] some of the most expensive electricity in the country. . . . Yet New York has been slower than other big cities in tapping into one constant source of clean energy: the sun. Now though . . . some of the biggest expanses of flat roof in New York are being turned into sources of cheap and green electricity. This year, the corporate owner of Stuyvesant Town-Peter Cooper Village in Manhattan completed the installation of the country’s largest array of solar panels on an apartment complex. And soon, the Bronx could have an even larger one, at the massive Co-Op City complex. . . . In June, the state said that it aimed for 70 percent of its power to be generated from renewable sources by 2030. Two months before, the New York City Council passed an ordinance that will require most new buildings to be topped with solar panels or roofs covered in grass or other vegetation. . . . The project at StuyTown, as the complex is known, incorporated more than 9,000 solar panels onto 56 rooftops, making it by far the biggest in Manhattan. It effectively doubled the borough’s solar capacity, adding 3.9 megawatts, or enough to power more than 1,100 apartments [said Noah] Ginsburg, [director of the Here Comes Solar project at Solar One, a nonprofit that promotes solar energy]. . . . The city and state have driven much of the investment in solar power by providing tax breaks and other incentives to homeowners and landlords. The state incentives began in 2014 with a goal of creating 3 gigawatts — 3,000 megawatts — of solar capacity statewide by 2023. . . . Still, the projects illustrate the limitations so far of solar power, given that they would produce only a fraction of the electricity consumed on their own sites. But even though not enough energy is generated to power all of the [StuyTown] complex, the solar energy will take pressure off the power distribution network on hot summer days when demand from Con Edison’s customers is peaking, said Damian Sciano, the utility’s director of distribution planning. New York now ranks sixth among American cities in the capacity of its installed solar panels, according to Environment America, an advocacy group. Still, its total of about 200 megawatts is less than half of the capacity in Los Angeles, which has the highest capacity of any city in the country. . . . From The New York Times. (c) 2019 The New York Times Company. All rights reserved. Used under license. Which of the following pieces of evidence does the author use to support the claim that the solar panel installation on the StuyTown complex is the largest in Manhattan?

The installation added 9,000 solar panels to 56 rooftops, effectively doubling the total solar capacity of the surrounding area.

The StuyTown project increased the solar capacity of the city to 3.9 megawatts.

New York City now has around 200 megawatts more in total solar capacity than Los Angeles does.

After completion of the StuyTown project, the state attributed 70% of its power generation to solar energy.

New York City is home to thousands of acres of rooftop [and] some of the most expensive electricity in the country. . . . Yet New York has been slower than other big cities in tapping into one constant source of clean energy: the sun. Now though . . . some of the biggest expanses of flat roof in New York are being turned into sources of cheap and green electricity. This year, the corporate owner of Stuyvesant Town-Peter Cooper Village in Manhattan completed the installation of the country’s largest array of solar panels on an apartment complex. And soon, the Bronx could have an even larger one, at the massive Co-Op City complex. . . . In June, the state said that it aimed for 70 percent of its power to be generated from renewable sources by 2030. Two months before, the New York City Council passed an ordinance that will require most new buildings to be topped with solar panels or roofs covered in grass or other vegetation. . . . The project at StuyTown, as the complex is known, incorporated more than 9,000 solar panels onto 56 rooftops, making it by far the biggest in Manhattan. It effectively doubled the borough’s solar capacity, adding 3.9 megawatts, or enough to power more than 1,100 apartments [said Noah] Ginsburg, [director of the Here Comes Solar project at Solar One, a nonprofit that promotes solar energy]. . . . The city and state have driven much of the investment in solar power by providing tax breaks and other incentives to homeowners and landlords. The state incentives began in 2014 with a goal of creating 3 gigawatts — 3,000 megawatts — of solar capacity statewide by 2023. . . . Still, the projects illustrate the limitations so far of solar power, given that they would produce only a fraction of the electricity consumed on their own sites. But even though not enough energy is generated to power all of the [StuyTown] complex, the solar energy will take pressure off the power distribution network on hot summer days when demand from Con Edison’s customers is peaking, said Damian Sciano, the utility’s director of distribution planning. New York now ranks sixth among American cities in the capacity of its installed solar panels, according to Environment America, an advocacy group. Still, its total of about 200 megawatts is less than half of the capacity in Los Angeles, which has the highest capacity of any city in the country. . . . From The New York Times. (c) 2019 The New York Times Company. All rights reserved. Used under license. Currently, the rooftop solar panels produce only a fraction of the electricity used in the buildings on which they are installed. Which of following strategies would best combat the problem of insufficient electricity generation from the rooftop solar panels? Responses

Installing active solar energy systems on all available, unshaded rooftop space and positioning them to face south

Installing passive solar energy systems on all available, unshaded rooftop space and positioning them to face south

Installing active solar energy systems on all available, shaded rooftop space and positioning them to face northeast

Installing passive solar energy systems on all available, shaded rooftop space and positioning them to face northeast

Based on the diagram, this country is likely experiencing...

No net change in population growth

Which of the following is a measure of the biodiversity of an ecosystem?

The total number of different plant species

The total number of individuals of a single animal species

The density of individuals in a hectare

The soil depth at which burrowing insects are located

Which of the following best describes a natural process that adds carbon dioxide to the atmosphere?

Carbon dioxide is released from the interior of Earth during volcanic eruptions

Plants excrete carbon dioxide during photosynthesis

Decomposition of sediments into ocean basins release carbon dioxide from rock

Burial of dead plants and animals in swamps and bogs allows carbon dioxide to escape to the atmosphere.

Which of the following correctly identifies the type of habitat change(s) shown within each potential scenario in the diagram?

All scenarios experienced habitat loss, but only Scenario 3 experienced habitat fragmentation.

Scenario 1 experienced habitat fragmentation, while Scenarios 2 and 3 experienced habitat loss only.

Scenarios 1 and 2 experienced habitat loss, while Scenarios 3 experienced habitat fragmentation only.

All scenarios experienced habitat fragmentation, but only Scenario 2 experienced habitat loss.

Which of the following would be most likely to occur in the scenarios that have experienced habitat loss and/or fragmentation in the diagram?

Decrease in the number of specialist species

Increase in territory size of large mammals

Increase in genetic diversity of native species

Decrease in the abundance of invasive species

Which of the following would be the most likely explanation for the changes shown in Scenario 3 ?

Roads and electric power lines subdivided the landscape into smaller pieces and decreased the amount of available habitat.

Native species were replanted in the areas, which led to fewer niches.

Roads and electric power lines subdivided the landscape into smaller pieces and decreased the amount of available habitat.

Habitat corridors were built to allow individuals between populations to mate, which helped to prevent inbreeding and reduce the genetic diversity often found in isolated populations.

Which of the following is a possible effect of global climate change as illustrated in Scenario 1?

Increased sea level would reduce the size of the habitat patches.

Increased carbon dioxide availability spurs plant growth, which would increase habitat size.

Decreased temperatures would cause unsuitable abiotic conditions.

Decreased precipitation would eliminate habitat patches.

Which of the following best describes a supporting ecological service provided by wetlands

Wetlands provide a habitat for a wide variety of organisms.

Wetlands serve as a source of aesthetic inspiration for art and literature.

Wetlands provide opportunities for ecotourism, which provides revenue to the local economy.

Wetlands serve as a major reservoir for nitrogen in the nitrogen cycle.

Buildings designed to partially heat rooms by passive solar heating rely on

materials that absorb and store solar energy to warm the room

solar cells to generate electricity to power a heater in the room

solar collectors to warm water that is pumped into the room

warm water pumped from underground to warm the room

Which of the following best describes the change in the elk population since the introduction of wolves into Yellowstone in 1995?

The elk population steadily decreased in numbers

The elk population steadily increased in numbers

The elk pop remained stable, experiencing little changes

The elk population reached carrying capacity and experienced overshoot

Which of the following is a potential disadvantage of reintroducing wolves to Yellowstone?

Wolves leaving the park may prey on livestock in grazing land outside the park.

The wolves are causing a trophic cascade that could further increase the number of beavers and tree species such as willows and aspens.

Wolves are extremely fast breeders and may become an invasive species if they get outside the park.

The ecosystem could collapse because wolves were never in Yellowstone before 1995.

Based on the diagrams above, which of the following best explains how urban runoff could be decreased?

Replace traditional pavement with more porous pavement to increase ground infiltration.

Decrease the number of trees in urban areas to increase ground infiltration.

Increase the number of trees to decrease the amount of evapotranspiration.

Replace more porous pavement with traditional pavement to decrease the amount of evapotranspiration.

The spotted lanternfly is a herbivorous insect that is native to Asia and feeds on over 70 species of plants. The feeding behavior of the spotted lanternfly damages plants, and the nymph and adult lanternflies secrete sticky residues that exacerbate the damage to native plant species by promoting mold growth. The spotted lanternfly reproduces once during its lifetime by laying between 30 and 50 eggs, and the eggs hatch after a short amount of time. The range of the spotted lanternfly is increasing because the insects are transported to new environments by the movements of animals and people, and it is now found in many parts of the United States. Which of the following best describes the spotted laternfly in the United States?

The spotted laternfly is an r-selected and invasive species

The spotted laternfly is a K-selected and invasive species

The spotted laternfly is a K-selected and endangered species

The spotted laternfly is an r-selected and endangered species

Which of the following correctly explains a positive climate feedback loop found in the Arctic?

Increased global temperatures lead to decreased sea ice coverage and decreased albedo, which further increases global temperatures.

Increased melting of permafrost increases Earth’s ability to absorb methane gas, which decreases greenhouse warming and decreases the melting of permafrost.

Increased evaporation and cloud formation decreases the amount of solar energy reaching the surface of Earth, which leads to cooler temperatures at the surface and decreased evaporation and cloud formation.

Increased precipitation increases the size of high albedo snowpack in polar regions, which leads to increased habitat for Arctic organisms such as polar bears.

Earth currently rotates on an axis at an angle of 23.5 degrees. If that axis changed to 20 degrees, so that the axis was closer to vertical, which of the following would be expected to occur?

Earth woud experience a change in seasonal timing and length

The number of days in a year would be reduced.

Earth would xperieceincreased volcanic activity

The amount of energy Earth recieves rom the Sun would increase

Which of the following accurately describes a benefit of concentrated animal feeding operations (CAFOs)?

Concentrated animal feeding operations are efficient and relatively low-cost facilities that help keep consumer costs low.

Concentrated animal feeding operations produce a large amount of manure, which is then often held in large manure lagoons.

The animals raised in concentrated animal feeding operations are usually grass-fed and therefore less susceptible to disease.

When animals are kept in large concentrations in a small area, the water quality of local waterways is protected from excess runoff.

Which of the following best identifies and describes the process that is illustrated in the diagram above?

Primary succession, because the process in the diagram begins with bare rock.

Primary succession, because the result is a mature forest with a variety of shade-intolerant shrubs and grasses

Secondary succession, because intermediate plant species like grasses and weeds are present

Secondary succession, because the result is a mature forest with a variety of shade-tolerant trees

Which of the following best describes the roles of moss in the transition to stage III of the process?

It breaks down rock and adds organic nutrients to the soil

It serves as a soil seed bank in the leaf litter

It provides shade and reduces surface temperatures

It provides habitat for birds and mammals

Thousands of animal species are in precipitous decline, a sign that an irreversible era of mass extinction is underway, new research finds. … Dr. Ceballos, a researcher at the Universidad Nacional Autónoma de México, emphasized that he and his co-authors, Paul R. Ehrlich and Rodolfo Dirzo, both professors at Stanford University, … are using scientific data to back up their assertions that significant population decline and possible mass extinction of species all over the world may be imminent, and that both have been underestimated by many other scientists. The study’s authors looked at reductions in a species’ range — a result of factors like habitat degradation, pollution and climate change, among others — and extrapolated from that how many populations have been lost or are in decline … . They found that about 30 percent of all land vertebrates … are experiencing declines and local population losses. In most parts of the world, mammal populations are losing 70 percent of their members because of habitat loss. … Dr. Jonathan Losos, a biology professor at Harvard, … noted that giving precise estimates of wildlife populations was difficult, in part because scientists do not always agree on what defines a population … . … The authors of the paper suggest that previous estimates of global extinction rates have been too low, in part because scientists have been too focused on complete extinction of a species … . Scientists estimate that 200 species have gone extinct in the past 100 years; the “normal” extinction rate over the past two million years has been that two species go extinct every 100 years because of evolutionary and other factors. … Dr. Ehrlich, who wrote “The Population Bomb,” a book that predicted the imminent collapse of humanity because of overpopulation, and Dr. Ceballos said that habitat destruction … and pollution were the primary culprits, but that climate change exacerbates both problems. Accelerating deforestation and rising carbon pollution are likely to make climate change worse, which could have disastrous consequences for the ability of many species to survive on earth. Dr. Ceballos struck a slightly more hopeful tone, adding that some species have been able to rebound when some of these pressures are taken away. … "From The New York Times. (c) 2017 The New York Times Company. All rights reserved. Used under license." Which of the following statements best identifies the author’s claim about modern species?

Reduction in range size is an indicator that populations of many species are declining.

Ranges of most species are expanding toward the poles because of climate change.

Populations of plants are increasing because of excess CO2 in the atmosphere.

While most organisms are declining in population size, most mammal populations are actually increasing.

Thousands of animal species are in precipitous decline, a sign that an irreversible era of mass extinction is underway, new research finds. … Dr. Ceballos, a researcher at the Universidad Nacional Autónoma de México, emphasized that he and his co-authors, Paul R. Ehrlich and Rodolfo Dirzo, both professors at Stanford University, … are using scientific data to back up their assertions that significant population decline and possible mass extinction of species all over the world may be imminent, and that both have been underestimated by many other scientists. The study’s authors looked at reductions in a species’ range — a result of factors like habitat degradation, pollution and climate change, among others — and extrapolated from that how many populations have been lost or are in decline … . They found that about 30 percent of all land vertebrates … are experiencing declines and local population losses. In most parts of the world, mammal populations are losing 70 percent of their members because of habitat loss. … Dr. Jonathan Losos, a biology professor at Harvard, … noted that giving precise estimates of wildlife populations was difficult, in part because scientists do not always agree on what defines a population … . … The authors of the paper suggest that previous estimates of global extinction rates have been too low, in part because scientists have been too focused on complete extinction of a species … . Scientists estimate that 200 species have gone extinct in the past 100 years; the “normal” extinction rate over the past two million years has been that two species go extinct every 100 years because of evolutionary and other factors. … Dr. Ehrlich, who wrote “The Population Bomb,” a book that predicted the imminent collapse of humanity because of overpopulation, and Dr. Ceballos said that habitat destruction … and pollution were the primary culprits, but that climate change exacerbates both problems. Accelerating deforestation and rising carbon pollution are likely to make climate change worse, which could have disastrous consequences for the ability of many species to survive on earth. Dr. Ceballos struck a slightly more hopeful tone, adding that some species have been able to rebound when some of these pressures are taken away. … "From The New York Times. (c) 2017 The New York Times Company. All rights reserved. Used under license." Based on the passage, which of the following describes the author's perspective on why historical extinction rates were lower than present-day rates?

Previous research focused only on complete extinctions and did not collect data on imminent extinctions

Scientists believe that humans are responsible for the first major mass extinction

Habitat destruction occurred only in regions with low biodiversity until the last few decades.

Scientists disagree on how to define "extinction."

Thousands of animal species are in precipitous decline, a sign that an irreversible era of mass extinction is underway, new research finds. … Dr. Ceballos, a researcher at the Universidad Nacional Autónoma de México, emphasized that he and his co-authors, Paul R. Ehrlich and Rodolfo Dirzo, both professors at Stanford University, … are using scientific data to back up their assertions that significant population decline and possible mass extinction of species all over the world may be imminent, and that both have been underestimated by many other scientists. The study’s authors looked at reductions in a species’ range — a result of factors like habitat degradation, pollution and climate change, among others — and extrapolated from that how many populations have been lost or are in decline … . They found that about 30 percent of all land vertebrates … are experiencing declines and local population losses. In most parts of the world, mammal populations are losing 70 percent of their members because of habitat loss. … Dr. Jonathan Losos, a biology professor at Harvard, … noted that giving precise estimates of wildlife populations was difficult, in part because scientists do not always agree on what defines a population … . … The authors of the paper suggest that previous estimates of global extinction rates have been too low, in part because scientists have been too focused on complete extinction of a species … . Scientists estimate that 200 species have gone extinct in the past 100 years; the “normal” extinction rate over the past two million years has been that two species go extinct every 100 years because of evolutionary and other factors. … Dr. Ehrlich, who wrote “The Population Bomb,” a book that predicted the imminent collapse of humanity because of overpopulation, and Dr. Ceballos said that habitat destruction … and pollution were the primary culprits, but that climate change exacerbates both problems. Accelerating deforestation and rising carbon pollution are likely to make climate change worse, which could have disastrous consequences for the ability of many species to survive on earth. Dr. Ceballos struck a slightly more hopeful tone, adding that some species have been able to rebound when some of these pressures are taken away. … "From The New York Times. (c) 2017 The New York Times Company. All rights reserved. Used under license." Which of the following pieces of evidence presented in the article suggests that extinction rates may continue to increase?

Climate change will exacerbate the primary causes of population decline.

Populations are unable to rebound even when environmental stressors are removed.

Mammal populations are declining faster than other vertebrate groups.

Species ranges are expanding as pollution increases in less-developed countries.

Which of the following would most likely neutralize the effect of acid rain on bodies of water, based on the composition of soils and bedrock in the region?

A forest underlain by limestone

An area downwind of a coal-burning electrical plant

A valley that is frequently shrouded in fog

An open plain underlain by granite

AP Environmental Science Exam Review Quiz

74 questions

Show all answers

1.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What type of energy is considered a nonrenewable source?

Solar

Wind

Geothermal

Nuclear

2.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

This type of energy utilizes heat that is stored beneath Earth’s surface to heat water and produce steam.

Solar

Geothermal

Wind

Nuclear

3.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

This energy source is used to generate electricity with photovoltaic (PV) cells.

Solar

Geothermal

Wind

Nuclear

4.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Which curve in the graph best represents a
K-selected species?

A

B

C

D

5.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Dandelions grow quickly and produce many seeds, ensuring that at least some plants will survive and produce seeds themselves. Which curve best represents the survivorship of dandelions?

A

B

C

D

6.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Certain lizards display a survivorship curve where the chance of survival is independent of age. Which line on the graph best depicts the survivorship of these lizards?

A

B

C

D

7.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

This is the location of the world’s largest hydroelectric dam, with a generating capacity of 22,500 MW

A

B

C

D

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AP Environmental Science Exam Review

What type of energy is considered a nonrenewable source?

This type of energy utilizes heat that is stored beneath Earth’s surface to heat water and produce steam.

This energy source is used to generate electricity with photovoltaic (PV) cells.

Which curve in the graph best represents a
K-selected species?

Dandelions grow quickly and produce many seeds, ensuring that at least some plants will survive and produce seeds themselves. Which curve best represents the survivorship of dandelions?

Certain lizards display a survivorship curve where the chance of survival is independent of age. Which line on the graph best depicts the survivorship of these lizards?

This is the location of the world’s largest hydroelectric dam, with a generating capacity of 22,500 MW

At this site a 9.0 magnitude earthquake, which occurred at a nearby subduction zone, triggered one of the largest nuclear reactor disasters in history.

Geothermal energy is the main energy source at this location because it is located on a large divergent boundary.

This type of irrigation is often used by small-scale farming operations, and it requires extensive labor to set up individual irrigation lines.

Access all questions and much more by creating a free account

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AP Environmental Science Exam Review

What type of energy is considered a nonrenewable source?

This type of energy utilizes heat that is stored beneath Earth’s surface to heat water and produce steam.

This energy source is used to generate electricity with photovoltaic (PV) cells.

Which curve in the graph best represents a K-selected species?

Dandelions grow quickly and produce many seeds, ensuring that at least some plants will survive and produce seeds themselves. Which curve best represents the survivorship of dandelions?

Certain lizards display a survivorship curve where the chance of survival is independent of age. Which line on the graph best depicts the survivorship of these lizards?

This is the location of the world’s largest hydroelectric dam, with a generating capacity of 22,500 MW

At this site a 9.0 magnitude earthquake, which occurred at a nearby subduction zone, triggered one of the largest nuclear reactor disasters in history.

Geothermal energy is the main energy source at this location because it is located on a large divergent boundary.

This type of irrigation is often used by small-scale farming operations, and it requires extensive labor to set up individual irrigation lines.

Access all questions and much more by creating a free account

Similar Resources on Wayground

Popular Resources on Wayground

Discover more resources for Other

Which curve in the graph best represents a
K-selected species?