ocean acidification When there is too much CO2 in the ocean. coal, oil, natural gas sources of CO2 methane produced from landfills and cattle thermosphere Where the Hubble and ISS orbit Ionosphere conducts electricity and the auroras form here CO2 product of burning fossil fuels equatorial climate zone rising air and doldrums geosphere interior and exterior of Earth greenhouse effect when gases in the atmosphere trap heat energy from the sun weather conditions of the atmosphere at a particular time and place glacial retreat, decreased snow cover, shrinking ice sheet, extreme everts evidence of climate change Milankovitch Theories Eccentricity, obliquity, and Precession Proxy data indirect evidence hydrosphere all the liquid water on Earth polar climate zone high pressure, sea ice most of the year doldrums no wind, happens in the equatorial climate zone Glacial ice rings used to determine climate of the past including CO2 levels Paleoclimatology the study of ancient climates water vapor 66-85% of greenhouse effect 1-4 feet How much the sea level could rise by 2100. climate long-term average of weather, includes precipitation and temperature biosphere all the living things on earth atmosphere extends from the ground up and into space Exosphere mostly hydrogen, weather satellites are here cryosphere all the frozen water on Earth stratosphere contains the ozone layer ocean acidification When there is too much CO2 in the ocean. coal, oil, natural gas sources of CO2 methane produced from landfills and cattle thermosphere Where the Hubble and ISS orbit Ionosphere conducts electricity and the auroras form here CO2 product of burning fossil fuels equatorial climate zone rising air and doldrums geosphere interior and exterior of Earth greenhouse effect when gases in the atmosphere trap heat energy from the sun weather conditions of the atmosphere at a particular time and place glacial retreat, decreased snow cover, shrinking ice sheet, extreme everts evidence of climate change Milankovitch Theories Eccentricity, obliquity, and Precession Proxy data indirect evidence hydrosphere all the liquid water on Earth polar climate zone high pressure, sea ice most of the year doldrums no wind, happens in the equatorial climate zone Glacial ice rings used to determine climate of the past including CO2 levels Paleoclimatology the study of ancient climates water vapor 66-85% of greenhouse effect 1-4 feet How much the sea level could rise by 2100. climate long-term average of weather, includes precipitation and temperature biosphere all the living things on earth atmosphere extends from the ground up and into space Exosphere mostly hydrogen, weather satellites are here cryosphere all the frozen water on Earth stratosphere contains the ozone layer
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When there is too much CO2 in the ocean.
sources of CO2
produced from landfills and cattle
Where the Hubble and ISS orbit
conducts electricity and the auroras form here
product of burning fossil fuels
rising air and doldrums
interior and exterior of Earth
when gases in the atmosphere trap heat energy from the sun
conditions of the atmosphere at a particular time and place
evidence of climate change
Eccentricity, obliquity, and Precession
indirect evidence
all the liquid water on Earth
high pressure, sea ice most of the year
no wind, happens in the equatorial climate zone
used to determine climate of the past including CO2 levels
the study of ancient climates
66-85% of greenhouse effect
How much the sea level could rise by 2100.
long-term average of weather, includes precipitation and temperature
all the living things on earth
extends from the ground up and into space
mostly hydrogen, weather satellites are here
all the frozen water on Earth
contains the ozone layer
