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Final Exam Review -Sec04

What factors contribute to the annual cycle in the carbon dioxide (CO2) concentrations?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What is climate?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What is the greenhouse effect and how does it work?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What is albedo?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What role do clouds play in the Earth’s climate?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What factors affect the local climate of a region?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What is the proof that the seasons aren’t only caused by changing distance to Sun?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
How does a negative feedback act as a stabilizing influence?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
How changes in the Earth’s tilt affect seasons?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Energy Balance Diagram
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Radiative Forcing Diagram
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
How does the Thermohaline circulation work?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Perihelion
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Aphelion
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What is radiative forcing and why is it a useful tool in climate studies?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What are the main conclusions reached from the radiative forcing diagram?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
How has land use change affected the Earth’s energy budget?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Why did the IPCC run climate models using different scenarios?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What is the role of natural versus anthropogenic forcing on the climate over the last 50 years?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
How and why will sea levels change in the future?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What is the connection between food choices and global warming?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Direct Effect of Aerosols
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Indirect Effect of Aerosols
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
What are the Representative Concentration Pathways?
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Mitigation
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Adaptation
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Carbon Storage
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Renewable Energy
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
Non Renewable Energy
0%
0
Anthropogenic emissions are the ones responsible for the planet’s warming in the last 100 years.
0%
0
Fossil Fuels
0%
0
Energy is used to make many things like for the production of food, machinery to plant and water, applying pesticides and fertilizers, assembling (factories) and packaging, growing animals, transportation (from farm to factory to store and from home to store) and this energy can be produced with fossil fuels that emit GHGs that contribute to global warming. Also, burping cows and sheep emit methane that also contribute to global warming.
0%
0
Time of year (Seasons), Latitude, Mountains and highlands, Land and water location, Prevailing winds, Pressure and wind systems, and Ocean currents
0%
0
Cold salty waters sinks near the poles, and is replaced by warmer, fresher water. This creates a current.
0%
0
Most of the observed warming in the past 50 years is attributable to human (anthropogenic) activities. Therefore natural forcing has a small role on the forcing that is causing the increase in temperatures and changes in the climate.
0%
0
Processes that reduce an imposed change, therefore, they help system move back to equilibrium
0%
0
 
0%
0
Increasing anthropogenic aerosols cause a decrease in droplet size, resulting in a brighter cloud (higher albedo). Reduced cloud droplet sizes cause a decrease in precipitation efficiency, a longer lasting cloud, as well as a thicker cloud.
0%
0
 
0%
0
When the greenhouse gases absorb the Earth’s energy and re-emit some of that energy back toward the Earth’s surface, providing additional warming of the Earth. Although the Sun’s energy is able to pass through the greenhouse gases, these same greenhouse gases trap the Earth’s outgoing energy
0%
0
Conversion to mineral carbonates; Pumping into deep ocean
0%
0
Can reflect shortwave radiation; Can absorb shortwave radiation; Can absorb longwave radiation
0%
0
It is unknown exactly how emissions will change in the future
0%
0
Sea Level will increase due to thermal expansion and the melting of continental ice and snow.
0%
0
It has caused changes in albedo therefore changing the amount of energy reflected/absorbed at the Earth’s surface.
0%
0
Study of the atmospheric conditions over long periods of time (10+ years)
0%
0
Angle and direction will affect the amount of solar radiation in each hemisphere, affecting the seasons due to the uneven heating of the land. Since the NH has more land than the SH, temperatures in the NH hemisphere seasons can be intensified based on the precession of the Earth (if the NH is towards or away of the Sun.)
0%
0
Is the measurement of the capacity of a gas or other forcing agents to affect that energy balance, thereby contributing to climate change. It is a useful tool because it shows which forcing agents are the bigger contributors.
0%
0
The fraction of light reflected by an object or a surface. It can affect temperature.
0%
0
Action taken to halt or decrease environmental impact of a particular action
0%
0
Low clouds have a cooling effect, while high clouds have a warming effect. It has been found through research though, that the net effect is a cooling one.
0%
0
There are four main scenarios identified by their approximate total radiative forcing in the year 2100 relative to 1750.
0%
0
Hydropower, Wind Power, Solar Power, Geothermal, Tide/Wave
0%
0
A change or the process of change by which an organism or species becomes better suited to its environment. The changes can be physical (in their bodies or behavioral (what they do in their daily lives).
0%
0
Closest annual distance to the Sun
0%
0
Farthest annual distance to the Sun
0%
0
Over the course of one year, Earth is actually closest to the Sun in Northern Hemisphere (NH) winter, and farthest in NH summer!
0%
0
During spring: (more photosynthesis) atmospheric CO2 levels start to go down (slightly) During fall: (more respiration) atmospheric CO2 levels start to go up (slightly)
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