Resources
AGCI makes publicly accessible thousands of video presentations, research publications, and other resources from our workshops and projects. Use the search and filter options below to explore the resource library.
Coral Reefs and Ocean Acidification: Effects of an Unsustainable Energy System
Most of the CO2 released when we burn coal, oil or gas is eventually absorbed by the oceans, where it reacts with seawater leading to acidification. Ocean acidification has been shown to harm many marine organisms, including corals, under controlled laboratory conditions.
This talk will describe how Dr. Calderia's team altered seawater chemistry in a natural ecosystem without any artificial confinement, for the first time ever, and measured the biological response in order to better understand ocean acidification and its impacts on corals.
Dr. Caldiera will describe the effects of ocean acidification on corals, his team's research in the great barrier reef, and the need for energy technologies that provide for human systems while protecting the natural environment.
Past, Present, and Future of Pumped Hydro
Most of the CO2 released when we burn coal, oil or gas is eventually absorbed by the oceans, where it reacts with seawater leading to acidification. Ocean acidification has been shown to harm many marine organisms, including corals, under controlled laboratory conditions.
This talk will describe how Dr. Calderia's team altered seawater chemistry in a natural ecosystem without any artificial confinement, for the first time ever, and measured the biological response in order to better understand ocean acidification and its impacts on corals.
Dr. Caldiera will describe the effects of ocean acidification on corals, his team's research in the great barrier reef, and the need for energy technologies that provide for human systems while protecting the natural environment.
Capacity and Technical Challenges for Compressed Air Energy Storage (CAES)
Most of the CO2 released when we burn coal, oil or gas is eventually absorbed by the oceans, where it reacts with seawater leading to acidification. Ocean acidification has been shown to harm many marine organisms, including corals, under controlled laboratory conditions.
This talk will describe how Dr. Calderia's team altered seawater chemistry in a natural ecosystem without any artificial confinement, for the first time ever, and measured the biological response in order to better understand ocean acidification and its impacts on corals.
Dr. Caldiera will describe the effects of ocean acidification on corals, his team's research in the great barrier reef, and the need for energy technologies that provide for human systems while protecting the natural environment.
Batteries & Seasonality of Energy Storage
Most of the CO2 released when we burn coal, oil or gas is eventually absorbed by the oceans, where it reacts with seawater leading to acidification. Ocean acidification has been shown to harm many marine organisms, including corals, under controlled laboratory conditions.
This talk will describe how Dr. Calderia's team altered seawater chemistry in a natural ecosystem without any artificial confinement, for the first time ever, and measured the biological response in order to better understand ocean acidification and its impacts on corals.
Dr. Caldiera will describe the effects of ocean acidification on corals, his team's research in the great barrier reef, and the need for energy technologies that provide for human systems while protecting the natural environment.
Reliability Gaps of Integrated Wind-Solar Electricity (80% Non-Fossil for CONUS)
Most of the CO2 released when we burn coal, oil or gas is eventually absorbed by the oceans, where it reacts with seawater leading to acidification. Ocean acidification has been shown to harm many marine organisms, including corals, under controlled laboratory conditions.
This talk will describe how Dr. Calderia's team altered seawater chemistry in a natural ecosystem without any artificial confinement, for the first time ever, and measured the biological response in order to better understand ocean acidification and its impacts on corals.
Dr. Caldiera will describe the effects of ocean acidification on corals, his team's research in the great barrier reef, and the need for energy technologies that provide for human systems while protecting the natural environment.
Electric Grid Modernization
Most of the CO2 released when we burn coal, oil or gas is eventually absorbed by the oceans, where it reacts with seawater leading to acidification. Ocean acidification has been shown to harm many marine organisms, including corals, under controlled laboratory conditions.
This talk will describe how Dr. Calderia's team altered seawater chemistry in a natural ecosystem without any artificial confinement, for the first time ever, and measured the biological response in order to better understand ocean acidification and its impacts on corals.
Dr. Caldiera will describe the effects of ocean acidification on corals, his team's research in the great barrier reef, and the need for energy technologies that provide for human systems while protecting the natural environment.
Widespread Wind/Solar Electricity (80% Renewables for CONUS)
Most of the CO2 released when we burn coal, oil or gas is eventually absorbed by the oceans, where it reacts with seawater leading to acidification. Ocean acidification has been shown to harm many marine organisms, including corals, under controlled laboratory conditions.
This talk will describe how Dr. Calderia's team altered seawater chemistry in a natural ecosystem without any artificial confinement, for the first time ever, and measured the biological response in order to better understand ocean acidification and its impacts on corals.
Dr. Caldiera will describe the effects of ocean acidification on corals, his team's research in the great barrier reef, and the need for energy technologies that provide for human systems while protecting the natural environment.
Electricity: Zero-Emission Load Balancing (ZELB)
Most of the CO2 released when we burn coal, oil or gas is eventually absorbed by the oceans, where it reacts with seawater leading to acidification. Ocean acidification has been shown to harm many marine organisms, including corals, under controlled laboratory conditions.
This talk will describe how Dr. Calderia's team altered seawater chemistry in a natural ecosystem without any artificial confinement, for the first time ever, and measured the biological response in order to better understand ocean acidification and its impacts on corals.
Dr. Caldiera will describe the effects of ocean acidification on corals, his team's research in the great barrier reef, and the need for energy technologies that provide for human systems while protecting the natural environment.