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Ocean's "Biological Carbon Pump" Found to be More Efficient Than Previously Estimated

Ocean's "Biological Carbon Pump" Found to be More Efficient Than Previously Estimated

Every spring in the Northern Hemisphere, the ocean surface erupts in a massive bloom of phytoplankton. Like plants, these single-celled floating organisms use photosynthesis to turn light into energy, consuming carbon dioxide and releasing oxygen in the process.

7 Apr 2020

Low-Carbon Technologies Allow Faster Transition to Net-Zero Emissions

Low-Carbon Technologies Allow Faster Transition to Net-Zero Emissions

A new study performed by an international group of researchers shows that smaller scale low-carbon technologies that are more cost-effective and can be mass deployed could allow a quicker transition to net-zero emissions.

3 Apr 2020

Smaller Scale Solutions Needed for Rapid Progress Towards Emissions Targets

Smaller Scale Solutions Needed for Rapid Progress Towards Emissions Targets

University of East Anglia. Low-carbon technologies that are smaller scale, more affordable, and can be mass deployed are more likely to enable a faster transition to net-zero emissions, according to a new study by an international team of researchers.Innovations ranging from solar panels to electric bikes also have lower investment risks, greater potential for improvement in both cost and performance, and more scope for reducing energy demand -- key attributes that will help accelerate progress on decarbonization.

3 Apr 2020

Satellite Data to Measure Reduced Carbon Uptake During Floods

Satellite Data to Measure Reduced Carbon Uptake During Floods

A new study reports that extreme flooding across the Midwest, which induced a delay in growing season for crops in the region, resulted in the decrease of net carbon uptake by 100 million metric tons in June and July 2019.

3 Apr 2020

Smaller Than Expected Phytoplankton May Mean Less Carbon Sequestered At Sea Bottom

Smaller Than Expected Phytoplankton May Mean Less Carbon Sequestered At Sea Bottom

Oregon State University. A study that included the first-ever winter sampling of phytoplankton in the North Atlantic revealed cells smaller than what scientists expected, meaning carbon sequestration models may be too optimistic.

2 Apr 2020

Flooding Stunted 2019 Cropland Growing Season, Resulting In More Atmospheric CO2

Flooding Stunted 2019 Cropland Growing Season, Resulting In More Atmospheric CO2

California Institute of Technology. A new Caltech-JPL study determines the impact of the severe 2019 floods, and offers scientists a new tool for measuring regional-scale carbon dioxide absorption by plants.

2 Apr 2020

Unique Test Facility for Active Reduction of Atmospheric CO2

Unique Test Facility for Active Reduction of Atmospheric CO2

The goal of the NECOC (NEgative Carbon dioxide to Carbon) research project carried out at the Karlsruhe Institute of Technology (KIT) is to construct a special test facility for actively bringing down atmospheric carbon dioxide (CO2).

26 Mar 2020

Electric Cars Cause Lower Carbon Emissions than Petrol Cars

Electric Cars Cause Lower Carbon Emissions than Petrol Cars

A new study shows that rumors that electric cars could actually elevate carbon emissions are baseless in virtually all parts of the world.

24 Mar 2020

Australia’s Chief Scientist Acknowledges Carbon Capture and Storage is Absolutely Critical

Australia’s Chief Scientist Acknowledges Carbon Capture and Storage is Absolutely Critical

Australia’s Chief Scientist acknowledges carbon capture and storage is absolutely critical.

19 Feb 2020

Study Reveals Impact of Growing Tropical Land Use on Global Carbon Cycle

Study Reveals Impact of Growing Tropical Land Use on Global Carbon Cycle

Scientists at Lund University, Sweden, performed a global study revealing that the fast increase in land use in the tropical areas of the world has an impact on the global carbon cycle more than was already known.

29 Jan 2020

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MAX-iR FTIR Gas Analyzer for Ambient Air Monitoring

MAX-iR FTIR Gas Analyzer for Ambient Air Monitoring

This product profile summarizes the MAX-iR FTIR Gas Analyzer from Thermo Fisher Scientific.

From Thermo Fisher Scientific – Environmental and Process Monitoring Instruments

Geopyc 1365: Measuring the Envelope Density of Formed Pieces

Geopyc 1365: Measuring the Envelope Density of Formed Pieces

The GeoPyc 1365 measured the envelope density of formed pieces without the use of hazardous materials.

From Micromeritics Instrument Corporation

ElectroGreen™–Xylene Substitute for Electronics

ElectroGreen™–Xylene Substitute for Electronics

This product profile describes the features and applications of the ElectroGreen™–Xylene substitute for electronics.

From Merck KGaA

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