Packaging the carbon tax: Can we affect emitter behavior like consumer behavior?

October 26, 2018 by  
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Let’s put a price on using the atmosphere as a garbage dump for CO2.

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Packaging the carbon tax: Can we affect emitter behavior like consumer behavior?

Reduction is no longer enough: Welcome to the new age of carbon removal

October 23, 2018 by  
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A heightened focus on solutions for sucking CO2 out of the atmosphere.

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Reduction is no longer enough: Welcome to the new age of carbon removal

Earth911 Interview: Healthy Climate Alliance Plan to Remove Carbon Dioxide From the Atmosphere

June 13, 2018 by  
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The Healthy Climate Alliance has a bold and achievable plan … The post Earth911 Interview: Healthy Climate Alliance Plan to Remove Carbon Dioxide From the Atmosphere appeared first on Earth911.com.

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Earth911 Interview: Healthy Climate Alliance Plan to Remove Carbon Dioxide From the Atmosphere

CO2 levels averaged above 410 ppm ‘for the first time in recorded history’ in April

May 4, 2018 by  
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Just over a year ago, atmospheric carbon dioxide (CO2) levels hit 410 parts per million (ppm) for the first time in millions of years. And we just hit another worrying threshold in April: levels averaged higher than 410 ppm throughout the whole month for the first time. Geochemist Ralph Keeling said , “We keep burning fossil fuels . Carbon dioxide keeps building up in the air. It’s essentially as simple as that.” The Keeling Curve , a daily record of atmospheric CO2 levels made at the Mauna Loa Observatory, started in 1958. Back then measurements were around 315 ppm. 60 years later, we’ve passed the 410 ppm threshold, and in April, the average concentration was 410.31 ppm. According to the Scripps Institution of Oceanography, “This marks the first time in the history of the Mauna Loa record that a monthly average has exceeded 410 ppm.” Today marks the 60th anniversary of the #KeelingCurve , a daily record of carbon dioxide levels in the atmosphere. This record is considered the foundation of modern climate change research. pic.twitter.com/XJgGIj8Z1S — Scripps Oceanography (@Scripps_Ocean) March 29, 2018 Related: CO2 levels just reached 410 ppm — the highest in millions of years The Washington Post pointed out CO2 levels have hit 400 ppm in the past — such as over three million years ago in the mid-Pliocene warm period. But the Pliocene level “was sustained over long periods of time, whereas today the global CO2 concentration is increasing rapidly,” according to scientists in the Fourth National Climate Assessment, Volume 1 , a 2017 federal report. Before the beginning of the Industrial Revolution, CO2 levels fluctuated over thousands of years, but according to the institution, never exceeded 300 ppm once in the past 800,000 years. Around 1880, CO2 levels were about 280 ppm. Today, they’re around 46 percent higher. Climate scientist Katharine Hayhoe said about the milestone on Twitter , “It’s as if we discovered that something we eat every day is causing our body to run a fever and develop all kinds of harmful symptoms — and instead of cutting back, we right keep on eating it, more and more. If that isn’t alarming, I don’t know what is.” + Scripps Institution of Oceanography Via The Washington Post Images via Devin McGloin on Unsplash and Nik Shuliahin on Unsplash

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CO2 levels averaged above 410 ppm ‘for the first time in recorded history’ in April

CO2 levels averaged above 410 ppm ‘for the first time in recorded history’ in April

May 4, 2018 by  
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Just over a year ago, atmospheric carbon dioxide (CO2) levels hit 410 parts per million (ppm) for the first time in millions of years. And we just hit another worrying threshold in April: levels averaged higher than 410 ppm throughout the whole month for the first time. Geochemist Ralph Keeling said , “We keep burning fossil fuels . Carbon dioxide keeps building up in the air. It’s essentially as simple as that.” The Keeling Curve , a daily record of atmospheric CO2 levels made at the Mauna Loa Observatory, started in 1958. Back then measurements were around 315 ppm. 60 years later, we’ve passed the 410 ppm threshold, and in April, the average concentration was 410.31 ppm. According to the Scripps Institution of Oceanography, “This marks the first time in the history of the Mauna Loa record that a monthly average has exceeded 410 ppm.” Today marks the 60th anniversary of the #KeelingCurve , a daily record of carbon dioxide levels in the atmosphere. This record is considered the foundation of modern climate change research. pic.twitter.com/XJgGIj8Z1S — Scripps Oceanography (@Scripps_Ocean) March 29, 2018 Related: CO2 levels just reached 410 ppm — the highest in millions of years The Washington Post pointed out CO2 levels have hit 400 ppm in the past — such as over three million years ago in the mid-Pliocene warm period. But the Pliocene level “was sustained over long periods of time, whereas today the global CO2 concentration is increasing rapidly,” according to scientists in the Fourth National Climate Assessment, Volume 1 , a 2017 federal report. Before the beginning of the Industrial Revolution, CO2 levels fluctuated over thousands of years, but according to the institution, never exceeded 300 ppm once in the past 800,000 years. Around 1880, CO2 levels were about 280 ppm. Today, they’re around 46 percent higher. Climate scientist Katharine Hayhoe said about the milestone on Twitter , “It’s as if we discovered that something we eat every day is causing our body to run a fever and develop all kinds of harmful symptoms — and instead of cutting back, we right keep on eating it, more and more. If that isn’t alarming, I don’t know what is.” + Scripps Institution of Oceanography Via The Washington Post Images via Devin McGloin on Unsplash and Nik Shuliahin on Unsplash

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CO2 levels averaged above 410 ppm ‘for the first time in recorded history’ in April

Scientists just detected helium in an exoplanet’s atmosphere for the first time

May 3, 2018 by  
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For the first time, researchers have identified the presence of helium within the atmosphere of a planet beyond our solar system, offering yet another glimpse into the weather patterns of exoplanets. This discovery is particularly notable for the methods used to detect helium, demonstrating that it is possible to identify the atmospheric composition of some exoplanets with current technology. Although scientists have long expected to find helium on large exoplanets, its presence on planet WASP-107b has now been confirmed, thanks to a technique that involves analysis of the light spectrum of the upper levels of the planet’s atmosphere. “We hope to use this technique with the upcoming James Webb Space Telescope,” said lead researcher Jessica Spake in a statement. “For example, to learn what kind of planets have large envelopes of hydrogen and helium, and how long planets can hold on to their atmospheres . By measuring infrared light, we can see further out into space than if we were using ultraviolet light .” Related: The Earth-like planets orbiting this star could hold 250 times more water than Earth An ultra-low-density planet, WASP-107b is roughly equivalent to the size of Jupiter but only has 12 percent of that planet’s mass. WASP-107, the star around which WASP-107b orbits every six days, is so powerful that it is gradually dissolving the exoplanet’s atmosphere. As a result, WASP-107b leaves a comet-like trail of helium in its wake. “The helium we detected extends far out to space as a tenuous cloud surrounding the planet,” explained study co-author Tom Evans in a statement . “If smaller, Earth-sized planets have similar helium clouds, this new technique offers an exciting means to study their upper atmospheres in the very near future.” Via Space.com and Nature Images via Nature / EngineHouseVFX and ESA/Hubble, NASA, M. Kornmesser

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Scientists just detected helium in an exoplanet’s atmosphere for the first time

Uravu’s zero-electricity Aqua Panels produce gallons of water from thin air

April 4, 2018 by  
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Uravu , a startup based in Hyderabad, India, has created a device that can produce water from an unlikely source–the air itself. The company’s affordable, electricity-free Aqua Panels use solar thermal energy to convert vapor into usable water – and they should be available to the public within two years. “There’s no need of any electricity or moving parts,” Uravu co-founder Swapnil Shrivastav told Quartz India . “It is just a passive device that you can leave on your rooftop and it will generate water. The process starts at night, and by evening next day you’ll have water.” Uravu is named after a Malayalam word that sometimes refers to freshwater springs and can be translated as “source.” While the technology behind Uravu’s system is not new, it did have some problems. “You need high humidity and energy consumption (involved) is high,” said Shrivastav, referring to the outdated technology. “There are a lot of moving parts. What we wanted to do was have a simple modular device.” The company found inspiration in the fact that the atmosphere is constantly holding various amounts of moisture. “So that got us thinking why this resource isn’t being utilised,” said Shrivastav. “[Water vapor] also doesn’t limit itself to desalination which happens only in the coast. Or rainfall which doesn’t happen everywhere.” Related: Giant curtain built in Peru to study climate change in the cloud forests To produce drinking water , users will have to supplement their device with an attachable mineral cartridge. The current prototype generates approximately 50 liters (13.20 gallons) daily, though the team hopes to someday develop a machine capable of producing 2,000 liters (528.34 gallons) per day. “Initially we’ll be working with governments and strategic partners, and we want to reach places where there is water scarcity , such as parts of Rajasthan and Andhra Pradesh, and rural areas,” explained Shrivastav. “We will be trying to start with a household device and aim at community-level projects.” + Uravu Via Quartz India Images via Depositphotos and Uravu

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Uravu’s zero-electricity Aqua Panels produce gallons of water from thin air

Uravu’s zero-electricity Aqua Panels produce gallons of water from thin air

April 4, 2018 by  
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Uravu , a startup based in Hyderabad, India, has created a device that can produce water from an unlikely source–the air itself. The company’s affordable, electricity-free Aqua Panels use solar thermal energy to convert vapor into usable water – and they should be available to the public within two years. “There’s no need of any electricity or moving parts,” Uravu co-founder Swapnil Shrivastav told Quartz India . “It is just a passive device that you can leave on your rooftop and it will generate water. The process starts at night, and by evening next day you’ll have water.” Uravu is named after a Malayalam word that sometimes refers to freshwater springs and can be translated as “source.” While the technology behind Uravu’s system is not new, it did have some problems. “You need high humidity and energy consumption (involved) is high,” said Shrivastav, referring to the outdated technology. “There are a lot of moving parts. What we wanted to do was have a simple modular device.” The company found inspiration in the fact that the atmosphere is constantly holding various amounts of moisture. “So that got us thinking why this resource isn’t being utilised,” said Shrivastav. “[Water vapor] also doesn’t limit itself to desalination which happens only in the coast. Or rainfall which doesn’t happen everywhere.” Related: Giant curtain built in Peru to study climate change in the cloud forests To produce drinking water , users will have to supplement their device with an attachable mineral cartridge. The current prototype generates approximately 50 liters (13.20 gallons) daily, though the team hopes to someday develop a machine capable of producing 2,000 liters (528.34 gallons) per day. “Initially we’ll be working with governments and strategic partners, and we want to reach places where there is water scarcity , such as parts of Rajasthan and Andhra Pradesh, and rural areas,” explained Shrivastav. “We will be trying to start with a household device and aim at community-level projects.” + Uravu Via Quartz India Images via Depositphotos and Uravu

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Uravu’s zero-electricity Aqua Panels produce gallons of water from thin air

Viruses and bacteria are falling from Earth’s atmosphere

February 27, 2018 by  
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It’s something you might expect Chicken Little to say: bacteria and viruses are falling from the atmosphere. But five scientists in Spain, the United States, and Canada found viruses are circulating in the atmosphere of our planet – and falling down on Earth . University of British Columbia (UBC) virologist Curtis Suttle said in a statement , “Every day, more than 800 million viruses are deposited per square meter above the planetary boundary layer – that’s 25 viruses for each person in Canada.” This is the first time researchers have measured how many viruses are carried from the planet’s surface into the free troposphere, where they can be transported for thousands of miles before being deposited down on the surface. The scientists discovered “billions of viruses and tens of millions of bacteria are being deposited per square meter per day” up into the atmosphere, according to UBC’s press release. “The deposition rates for viruses were nine to 461 times greater than the rates for bacteria.” Related: Scientists warn thawing soil could suddenly unleash deadly pathogens unseen in centuries Sea spray or dust particles sweep the bacteria and viruses up into the sky – then they tend to be deposited down to Earth with the help of rain or Saharan dust intrusions, according to Universidad de Granada microbial ecologist Isabel Reche. Suttle said, “Roughly 20 years ago we began finding genetically similar viruses occurring in very different environments around the globe. This preponderance of long-residence viruses travelling the atmosphere likely explains why – it’s quite conceivable to have a virus swept up into the atmosphere on one continent and deposited on another.” The journal International Society for Microbial Ecology published the research, led by the Universidad de Granada, online late January. + University of British Columbia + International Society for Microbial Ecology Journal Images via NASA Visible Earth, provided by the SeaWiFS Project, NASA/Goddard Space Flight Center, and ORBIMAGE and Good Free Photos

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Viruses and bacteria are falling from Earth’s atmosphere

How farming with rocks could improve global food security

February 20, 2018 by  
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Scientists at the University of Sheffield have learned that farming with crushed silicate rocks mixed into the soil could improve global food security, increase crop yields, promote soil health, and reduce greenhouse gas emissions. “Human societies have long known that volcanic plains are fertile, ideal places for growing crops without adverse human health effects,” study lead author David Beerling told Phys.org , “but until now there has been little consideration for how adding further rocks to soils might capture carbon.” As the rocks slowly dissolve in the soil, they release nutrients while absorbing carbon dioxide. Most importantly, crushed silicate rocks can be amended into existing farmland, offering a non-disruptive, less intensive carbon capture service. The research published in the journal Nature Plants  could have a dramatic applied impact on farming throughout the world. “This study has transformed how we think about managing our croplands for climate, food and soil security,” said Beerling. “It helps move the debate forward for an under-researched strategy of CO2 removal from the atmosphere – enhanced rock weathering – and highlights supplementary benefits for food and soils .” Through enhanced rock weathering, carbon absorption can be achieved without competing for additional land and water. The crushed rock method also reduces the need for fertilizers and pesticides and decreases the cost of food production. Related: 6 places where soil-less farming is revolutionizing how we grow food Farming with crushed silicate rocks offers a simple but powerful action to improve environmental health. “The magnitude of future climate change could be moderated by immediately reducing the amount of CO2 entering the atmosphere as a result of energy generation,” explained Beerling. “Adopting strategies like this new research that actively remove CO2 from it can have a massive impact and be adapted very quickly.” Via Phys.org Images via Depositphotos (1)  

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How farming with rocks could improve global food security

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