Carbon Capture and Conversion
34:28 | Even if we could switch today to entirely renewable energy, it will be necessary to remove trillions of tons of CO2 from the atmosphere.
34:28 | Even if we could switch today to entirely renewable energy, it will be necessary to remove trillions of tons of CO2 from the atmosphere.
40:11 | Dr. Barnabas Daru discusses the vital importance of seagrasses in maintaining the health of the oceans.
34:23 | Dr. Daniel Cziczo explains how CO2 buildup affects Earth’s atmosphere, and how the present CO2 human-caused accumulation differs from the natural heating cycles over eons.
39:31 | In New England, rising temperatures will lead to a smaller winter snowpack and increased frequency of soil freeze/thaw cycles, which may damage trees and decrease the ability of our forests to sequester carbon.
1:01:07 | Modern urban development requires a multi-dimensional design approach to encompass energy-efficient architecture, pedestrian-friendly environment and vibrant open spaces.
33:08 | Dr. Andrew Myers explains why and how offshore wind farms will be a major source of renewable energy.
38:03 | Dr. Andrew Rosenberg explains how Trump’s administration impedes environmental and health regulations, rejects facts about climate change, and undermines the work of science-related government agencies.
46:16 | Prof. Daniel Cziczo provides an overview of the climate change issue and then a critique of geoengineering.
34:07 | In this presentation Dr. Prentiss explains the vital need to switch to renewable energy and she describes here – and in her book Energy Revolution – just how that change can be implemented.
55:18 | Dr. Daniel Cziczo explains the science of climate change, plus the efforts at developing policy, and what we can do to adapt and to influence policy.
35:59 | Briir an Helmuth and John Coley combines their respective experiences and expertise to analyze why people differ in considering the facts of climate change.
31:39 | The present sea level rise is due to human-produced climate change. That accelerating rise is unevenly distributed around the globe, with certain areas much more vulnerable than others.
1:10:17 | Professor Daniel Cziczo explains the vital relationship between clouds and climate, and the present options for reducing atmospheric CO2.
11:57 | The U.S., which, under the Obama administration, was a major force in creating the 2015 Paris accord, is now almost alone among nations in rejecting this commitment.
32:35 | “Green” batteries are made from organic molecules (or synthesis). Dr. Alán Aspuru-Guzik explains how candidate plant molecules are selected and how such batteries work and store energy.
50:47 | Multiple species in the same environment may experience the impact of climate change very differently. This must be considered in the strategies we adopt for climate change — and in the way we teach students and the general public.
50:44 | Restorative development addresses some of the gravest of climate risks, such as increased droughts, floods and atmospheric pollution.
44:04 | Philip Warburg is the author of two respected books on renewable energy, Harvest the Wind: America’s Journey to Jobs, Energy Independence, and Climate Stability and Harness the Sun: America’s Quest for a Solar-Powered Future.
39:35 | Dr. Jeremy Shakun discusses how information about ancient climate cycles is preserved in stalactites and stalagmites (speleothems) in Arctic caves.
29:11 | Professor Daniel Cziczo explains the CO2 problem and the three major types of geoengineering. We learn why the only viable approach is CO2 sequestration — pulling the CO2 out of the atmosphere.
51:11 | Seacoast ecosystems are vitally important in preserving the health of the planet. Dr. Brian Helmuth discusses his work in international efforts to save coastal ecosystems as climate change advances.