Add to ORKGIn this lab experiment students will use a pH indicator solution to detect the presence of carbon dioxide and changes in acidity, In addition, they will be able to explain the cause and effect relationship between lower pH levels of seawater and carbonate ion availability for shell formation in marine organisms. Educational levels: Middle school, High school
Climate science has been a hallmark discipline at Scripps Institution of Oceanography (SIO) and othe...
Invited speakerBy the year 2005, the ocean had taken up ca 40% of total CO2 emissions to the atmosph...
The I2I-Acid Ocean virtual lab is an e-learning activity where students become virtual scientists st...
participantMarine water is becoming more acidic because of the rising of atmospheric CO2 partial pre...
This lab investigates the exchange of carbon dioxide between the atmosphere and the ocean's surface....
Case studies are used to supplement knowledge discussed in class by encouraging students to seek out...
Case studies are often used to supplement knowledge discussed in class by encouraging students to se...
This youtube video includes detail about acidification and its impacts on marine organisms such as p...
Ocean acidification is a complex phenomenon with complex consequences. Understanding this complexity...
Humans are causing a shift in ocean carbonate chemistry largely due to a heavy reliance on fossil fu...
Anthropogenic CO2 emissions arise mainly from fossil-fuel combustion, land-use practices, and concr...
The emission of anthropogenic carbon is leading to the influx of additional CO2 to the atmosphere an...
This curriculum guide contains activities designed for grades 10-12 and is organized as a pathway wi...
Ocean chemistry, particularly the carbon cycle, is featured in text and illustrations, with quantita...
participantBesides ocean warming, marine calcifying organisms have to deal with another CO2 problem:...
Climate science has been a hallmark discipline at Scripps Institution of Oceanography (SIO) and othe...
Invited speakerBy the year 2005, the ocean had taken up ca 40% of total CO2 emissions to the atmosph...
The I2I-Acid Ocean virtual lab is an e-learning activity where students become virtual scientists st...
participantMarine water is becoming more acidic because of the rising of atmospheric CO2 partial pre...
This lab investigates the exchange of carbon dioxide between the atmosphere and the ocean's surface....
Case studies are used to supplement knowledge discussed in class by encouraging students to seek out...
Case studies are often used to supplement knowledge discussed in class by encouraging students to se...
This youtube video includes detail about acidification and its impacts on marine organisms such as p...
Ocean acidification is a complex phenomenon with complex consequences. Understanding this complexity...
Humans are causing a shift in ocean carbonate chemistry largely due to a heavy reliance on fossil fu...
Anthropogenic CO2 emissions arise mainly from fossil-fuel combustion, land-use practices, and concr...
The emission of anthropogenic carbon is leading to the influx of additional CO2 to the atmosphere an...
This curriculum guide contains activities designed for grades 10-12 and is organized as a pathway wi...
Ocean chemistry, particularly the carbon cycle, is featured in text and illustrations, with quantita...
participantBesides ocean warming, marine calcifying organisms have to deal with another CO2 problem:...
Climate science has been a hallmark discipline at Scripps Institution of Oceanography (SIO) and othe...
Invited speakerBy the year 2005, the ocean had taken up ca 40% of total CO2 emissions to the atmosph...
The I2I-Acid Ocean virtual lab is an e-learning activity where students become virtual scientists st...