They reflect sunlight back into space, cooling the Earth.

They trap heat in the Earth's atmosphere, leading to rising temperatures.

They promote cloud formation, which decreases rainfall.

They absorb water vapor, increasing humidity levels.

Ocean currents are unaffected by climate change and remain constant.

Changes in ocean currents can redistribute heat around the planet, leading to changes in weather patterns and potential increases in extreme weather events.

Ocean currents only impact the climate of coastal regions and do not influence inland areas.

Changes in ocean currents only occur due to human activity and have no natural causes.

The ash cloud blocked sunlight, leading to a temporary decrease in global temperatures.

The eruption increased global humidity, resulting in more frequent storms.

The ash cloud did not have a noticeable effect on the climate or local weather.

The ash increased agricultural production in the years following the eruption.

Large meteor impacts can cause the Earth's atmosphere to become warmer due to friction generated from the collision.

Large meteor impacts can lead to global cooling by sending dust and debris into the atmosphere, blocking sunlight and disrupting photosynthesis, which can lead to mass extinctions.

Large meteor impacts have little effect on the Earth's climate because their effects are quickly dissipated.

Large meteor impacts increase global warming by adding kinetic energy into the atmosphere.

A) A natural shift in Earth's tilt

B) Increased deforestation

C) Rising global temperatures due to climate change

D) Decreased solar activity

Some places will get less rain.

Summer days will be cooler.

There will be stronger storms and more floods.

Some areas will have colder winters.

regulating when tides occur in coastal areas

trapping heat at the equator to regulate the global climate

distributing heat from the uneven absorption of solar energy

increasing the rate of evaporation to transport water to areas experiencing droughts

ocean temperatures are at their warmest, providing more energy for storms to form and intensify.

the days are shorter and there is less sunlight.

there is less moisture in the air during these months.

wind speeds are generally lower in September and October.

Hurricane activity will decrease and become less intense.

Hurricane activity will remain the same.

Hurricane activity may become more intense and frequent.

There will be no hurricanes in the future.

It stops greenhouse gasses from reaching the air, so they don’t cause global warming.

It slows down global warming for a while, but once the ocean can’t take in more, the gasses stay in the air and speed up climate change.

It cools the Earth by getting rid of the heat trapped by greenhouse gasses.

It doesn’t affect the climate at all.