Region: Australia

The Methane Riddle: What Is <br />Causing the Rise in Emissions?


The Methane Riddle: What Is
Causing the Rise in Emissions?

by fred pearce
The cause of the rapid increase in methane emissions since 2007 has puzzled scientists. But new research finds some surprising culprits in the methane surge and shows that fossil-fuel sources have played a much larger role over time than previously estimated.

High Stakes on the High Seas: <br />A Call for International Reserves


High Stakes on the High Seas:
A Call for International Reserves

by nicola jones
Marine protected areas in national waters have proven successful in helping depleted fish stocks to recover. Now, there is growing momentum for the creation of extensive reserves on the high seas as a way of reversing decades of rampant overfishing.

Vanishing Act: What’s Causing Sharp <br />Decline in Insects and Why It Matters


Vanishing Act: What’s Causing Sharp
Decline in Insects and Why It Matters

by christian schwägerl
Insect populations are declining dramatically in many parts of the world, recent studies show. Researchers say various factors, from monoculture farming to habitat loss, are to blame for the plight of insects, which are essential to agriculture and ecosystems.

Floating Solar: A Win-Win for <br />Drought-Stricken Lakes in U.S.


Floating Solar: A Win-Win for
Drought-Stricken Lakes in U.S.

by philip warburg
Floating solar panel arrays are increasingly being deployed in places as diverse as Brazil and Japan. One prime spot for these “floatovoltaic” projects could be the sunbaked U.S. Southwest, where they could produce clean energy and prevent evaporation in major man-made reservoirs.

What Would a Global Warming <br />Increase of 1.5 Degrees Be Like?


What Would a Global Warming
Increase of 1.5 Degrees Be Like?

by fred pearce
The Paris climate conference set the ambitious goal of finding ways to limit global warming to 1.5 degrees Celsius, rather than the previous threshold of 2 degrees. But what would be the difference between a 1.5 and 2 degree world? And how realistic is such a target?


Why CO2 'Air Capture' Could Be
Key to Slowing Global Warming

by richard schiffman
Physicist Klaus Lackner has long advocated deploying devices that extract carbon dioxide from the atmosphere to combat climate change. Now, as emissions keep soaring, Lackner says in a Yale Environment 360 interview that such “air capture” approaches may be our last best hope.

After Paris, A Move to Rein In <br />Emissions by Ships and Planes


After Paris, A Move to Rein In
Emissions by Ships and Planes

by fred pearce
As the world moves to slash CO2 emissions, the shipping and aviation sectors have managed to remain on the sidelines. But the pressure is now on these two major polluting industries to start controlling their emissions at last.

How Rising CO2 Levels May <br />Contribute to Die-Off of Bees


How Rising CO2 Levels May
Contribute to Die-Off of Bees

by lisa palmer
As they investigate the factors behind the decline of bee populations, scientists are now eyeing a new culprit — soaring levels of carbon dioxide, which alter plant physiology and significantly reduce protein in important sources of pollen.

How Nations Are Chipping <br /> Away at Their Protected Lands


How Nations Are Chipping
Away at Their Protected Lands

by richard conniff
Winning protected status for key natural areas and habitat has long been seen as the gold standard of conservation. But these gains are increasingly being compromised as governments redraw park boundaries to accommodate mining, logging, and other development.

From Mass Coral Bleaching, <br /> A Scientist Looks for Lessons


From Mass Coral Bleaching,
A Scientist Looks for Lessons

by katherine bagley
For climate scientist Kim Cobb, this year’s massive bleaching of coral reefs is providing sobering insights into the impacts of global warming. Yale Environment 360 talked with Cobb about the bleaching events and the push to make reefs more resilient to rising temperatures.

Climate Change Adds Urgency <br /> To Push to Save World’s Seeds


Climate Change Adds Urgency
To Push to Save World’s Seeds

by virginia gewin
In the face of rising temperatures and worsening drought, the world’s repositories of agricultural seeds may hold the key to growing food under increasingly harsh conditions. But keeping these gene banks safe and viable is a complicated and expensive challenge.

Can We Reduce CO2 Emissions<br /> And Grow the Global Economy?


Can We Reduce CO2 Emissions
And Grow the Global Economy?

by fred pearce
Surprising new statistics show that the world economy is expanding while global carbon emissions remain at the same level. Is it possible that the elusive “decoupling” of emissions and economic growth could be happening?

How Satellites and Big Data<br /> Can Help to Save the Oceans


How Satellites and Big Data
Can Help to Save the Oceans

by douglas mccauley
With new marine protected areas and an emerging U.N. treaty, global ocean conservation efforts are on the verge of a major advance. But to enforce these ambitious initiatives, new satellite-based technologies and newly available online data must be harnessed.


For James Hansen, the Science
Demands Activism on Climate

by katherine bagley
Climate scientist James Hansen has crossed the classic divide between research and activism. In an interview with Yale Environment 360, he responds to critics and explains why he believes the reality of climate change requires him to speak out.


How Ocean Noise Pollution
Wreaks Havoc on Marine Life

by richard schiffman
Marine scientist Christopher Clark has spent his career listening in on what he calls “the song of life” in the world’s oceans. In an interview with Yale Environment 360, he explains how these marine habitats are under assault from extreme—but preventable—noise pollution.

Is Climate Change Putting <br /> World's Microbiomes at Risk?


Is Climate Change Putting
World's Microbiomes at Risk?

by jim robbins
Researchers are only beginning to understand the complexities of the microbes in the earth’s soil and the role they play in fostering healthy ecosystems. Now, climate change is threatening to disrupt these microbes and the key functions they provide.

As Electric Cars Stall, A Move <br /> To Greener Trucks and Buses


As Electric Cars Stall, A Move
To Greener Trucks and Buses

by cheryl katz
Low gasoline prices and continuing performance issues have slowed the growth of electric car sales. But that has not stymied progress in electrifying larger vehicles, including garbage trucks, city buses, and medium-sized trucks used by freight giants like FedEx.

New Green Challenge: How to <br />Grow More Food on Less Land


New Green Challenge: How to
Grow More Food on Less Land

by richard conniff
If the world is to have another Green Revolution to feed its soaring population, it must be far more sustainable than the first one. That means finding ways to boost yields with less fertilizer and rethinking the way food is distributed.

The Carbon Counters: Tracking <br /> Emissions in a Post-Paris World


The Carbon Counters: Tracking
Emissions in a Post-Paris World

by nicola jones
In the wake of the Paris climate agreement, developing countries find themselves in need of analysts capable of monitoring their emissions. It’s a complex task, but organizations are stepping in with online courses to train these new green accountants.

As Ocean Waters Heat Up, <br />A Quest to Create ‘Super Corals’


As Ocean Waters Heat Up,
A Quest to Create ‘Super Corals’

by nicola jones
With the world’s coral reefs increasingly threatened by warmer and more acidic seas, scientists are selectively breeding corals to create species with the best chance to survive in the coming century and beyond. Are genetically modified corals next?

Despite Hurdles, Solar Power in <br />Australia Is Too Robust to Kill


Despite Hurdles, Solar Power in
Australia Is Too Robust to Kill

by jo chandler
No nation has as high a penetration of residential solar as Australia, with one in five homes now powered by the sun. And while the government has slashed incentives, solar energy continues to grow, thanks to a steep drop in the cost of PV panels and the country’s abundant sunshine.

How Technology Is Protecting <br />World’s Richest Marine Reserve


How Technology Is Protecting
World’s Richest Marine Reserve

by christopher pala
After years of fitful starts, the Pacific island nation of Kiribati this month banned all commercial fishing inside its huge marine reserve. New satellite transponder technology is now helping ensure that the ban succeeds in keeping out the big fishing fleets.

Why Wave Power Has Lagged <br />Far Behind as Energy Source


Why Wave Power Has Lagged
Far Behind as Energy Source

by dave levitan
Researchers have long contended that power from ocean waves could make a major contribution as a renewable energy source. But a host of challenges, including the difficulty of designing a device to capture the energy of waves, have stymied efforts to generate electricity from the sea.

People or Parks: The Human<br /> Factor in Protecting Wildlife


People or Parks: The Human
Factor in Protecting Wildlife

by richard conniff
Recent studies in Asia and Australia found that community-managed areas can sometimes do better than traditional parks at preserving habitat and biodiversity. When it comes to conservation, maybe local people are not the problem, but the solution.

In Australia, an Uphill Battle<br />To Rein in the Power of Coal

The Future of Coal: An e360 Report

In Australia, an Uphill Battle
To Rein in the Power of Coal

by samiha shafy
Australia is the world’s second-largest exporter of coal, thanks to huge markets in China, Japan, and other Asian countries. Environmentalists have been struggling to scale back the nation’s coal boom, but the recent election of a conservative prime minister may keep coal on top.

Facing Tough Market at Home,<br /> U.S. Coal Giant Pushes Overseas

The Future of Coal: An e360 Report

Facing Tough Market at Home,
U.S. Coal Giant Pushes Overseas

by lisa palmer
With prospects in the U.S. increasingly uncertain, Peabody Energy, the world’s largest private coal company, is expanding its operations abroad. But that strategy could carry significant risks, as coal-consuming powerhouses like China are working to reduce their dependence on the fossil fuel.

Boom in Mining Rare Earths<br /> Poses Mounting Toxic Risks


Boom in Mining Rare Earths
Poses Mounting Toxic Risks

by mike ives
The mining of rare earth metals, used in everything from smart phones to wind turbines, has long been dominated by China. But as mining of these key elements spreads to countries like Malaysia and Brazil, scientists warn of the dangers of the toxic and radioactive waste generated by the mines and processing plants.

In Fight to Save Coral Reefs,<br /> Finding Strategies that Work


In Fight to Save Coral Reefs,
Finding Strategies that Work

by kevin dennehy
In four decades as a marine biologist, Nancy Knowlton has played a key role in documenting the biodiversity of coral reefs and the threats they increasingly face. In an interview with Yale Environment 360, she assesses the state of the world’s corals and highlights conservation projects that offer hope of saving these irreplaceable ecosystems.

In Australia’s New Carbon Tax,<br /> A Host of Missed Opportunities


In Australia’s New Carbon Tax,
A Host of Missed Opportunities

by richard denniss
The Australian government will begin imposing a tax on carbon emissions in mid-2012. But large giveaways to industry mean Australia’s scheme doesn’t go nearly far enough in reducing the nation’s CO2 emissions or providing economic stimulus.

The World’s Tropical Forests<br /> Are Already Feeling the Heat


The World’s Tropical Forests
Are Already Feeling the Heat

by william laurance
Much attention has been paid to how global warming is affecting the world’s polar regions and glaciers. But a leading authority on tropical forests warns that rising temperatures could have an equally profound impact on rainforests and are already taking a toll on some tropical species.

Is the End in Sight for<br /> The World’s Coral Reefs?


Is the End in Sight for
The World’s Coral Reefs?

by j.e.n. veron
It is a difficult idea to fathom. But the science is clear: Unless we change the way we live, the Earth's coral reefs will be utterly destroyed within our children's lifetimes.


Warming Takes Center Stage
as Australian Drought Worsens

by keith schneider
With record-setting heat waves, bush fires and drought, Australians are increasingly convinced they are facing the early impacts of global warming. Their growing concern about climate change has led to a consensus that the nation must now act boldly to stave off the crisis.


Deep Geothermal: The Untapped Renewable Energy Source

by david biello
Until now, geothermal technology has only been used on a small scale to produce power. But with major new projects now underway, deep geothermal systems may soon begin making a significant contribution to the world’s energy needs.

What’s Killing<br/> the Tasmanian Devil?


What’s Killing
the Tasmanian Devil?

by david quammen
Scientists have been trying to identify the cause of a cancer epidemic that is wiping out Australia’s Tasmanian devils. Now new research points to an alarming conclusion: because of the species’ low genetic diversity, the cancer is contagious and is spreading from one devil to another.

e360 digest


29 Nov 2016: This Year’s Coral Die-Off on
Great Barrier Reef Was Worst Ever Recorded

The Great Barrier Reef in Australia experienced its worst recorded coral die off this year, with one region losing an average

Dead table corals on the Great Barrier Reef.
67 percent of its shallow-water coral, scientists confirmed this week. The mass die-off event was caused by abnormally warm water temperatures in the Pacific Ocean, which can trigger corals to expel their algae and calcify and turn white, a process known as coral bleaching. Corals can recover from bleaching, but many never do. “Most of the losses in 2016 have occurred in the northern, most-pristine part of the Great Barrier Reef,” said Terry Hughes, a marine biologist at James Cook University who led the surveys of the coral die-off. “This region escaped with minor damage in two earlier bleaching events in 1998 and 2002, but this time around it has been badly affected.” Damage to the southern two-thirds of the reef, however, was far less than expected, the scientists reported.


02 Sep 2016: Scientists Have Found
Another Massive Reef In Australia

Scientists have discovered a massive, deepwater reef along the outer edge of the Great Barrier Reef in northeastern Australia. The newly charted,

A newly mapped bioherm reef in Australia.
1.5 million-acre marine ecosystem contains thousands of donut-shaped rings known as bioherms, built by the green algae Halimeda, each of which measure 650 to 1,000 feet across and 66 feet thick. Scientists have known the rings were there since the 1970s, but had no idea how extensive the reef was, said Robin Beaman , a marine geologist at James Cook University and one of the co-authors of the research. Using LiDAR surveying technology, the Australian scientists found the bioherm reef is three times larger than previously estimated. The structures have likely been built over the past 10,000 years, the scientists said, and will provide clues on how the environment has changed over that time. The research was published in the journal Coral Reefs.


16 Aug 2016: July Was the Hottest Month on
Record, Continuing Steak of High Temps

July was the world’s hottest month since modern temperature record keeping began in 1880, according to new NASA data released this week.

July 2016 temperatures compared to average.
July measured 1.27 degrees F above the 1951-1980 average, and 0.2 degrees F above July 2015, the previous record. This year has seen a streak of record-breaking monthly temperatures, fueled by a strong El Niño and climate change. Gavin Schmidt, the director of NASA’s Goddard Institute of Space Studies, said on Twitter that 2016 now has a 99 percent chance of being the hottest year on record. If that happens, it will be the third such year in a row, reported Climate Central. Fourteen of the 15 hottest years on record have occurred since the start of the 21st century.


04 Aug 2016: UNESCO Moves To Expand
World Heritage Sites Into the Deep Ocean

UNESCO has launched a campaign to include deep-sea ecosystems in its list of World Heritage Sites. Previously, only sites within national jurisdiction,

A Dumbo octopus in the deep sea.
either on land or close to shore, could be given heritage status and UNESCO protection. But ecosystems within the open ocean, which covers more than half the planet, deserve similar classification, UNESCO says. In a new report, World Heritage in the High Seas: An Idea Whose Time Has Come, the organization presents five biodiversity hotspots—many of which are at risk from climate change, pollution, over-fishing, and deep-sea mining—worthy of recognition: the Costa Rica Thermal Dome; the White Shark Café, a shark gathering point in the Pacific Ocean; the Sargasso Sea; the Lost City Hydrothermal Field, with its 200-foot carbonate towers, in the Atlantic Ocean; and the Atlantis Bank, a sunken fossil island, in the Indian Ocean.


25 Jul 2016: Global Economy Has Reduced
Its Energy Intensity By One-Third Since 1990

The global economy is becoming less energy intensive, using fewer fossil fuels to power productivity and economic growth, according to new data from the U.S. Department of Energy.

Rooftop solar panels
Global energy intensity — a measure of energy consumption per unit of gross domestic product (GDP) — has decreased nearly one-third since 1990, the agency said. The U.S., for example, burned 5,900 British thermal units per dollar of GDP in 2015, compared to 6,600 BTUs in 2010. China burned 7,200 BTUs per dollar in 2015 versus 8,300 BTUs in 2010. The Department of Energy says the decrease is the result of the growth in low-carbon energy sources, such as wind and solar, and improved energy efficiency. “This is excellent news,” Penn State University climatologist Michael Mann told Climate Central. “The dramatic drop we are seeing in global energy intensity is a direct indication that energy efficiency measures are having a very direct impact on global carbon emissions.”


20 Jul 2016: Global Temperatures Continue
To Shatter Heat and Arctic Ice Records

June marked the 14th consecutive month of record-breaking heat, with global temperatures measuring 1.62 degrees F above the 20th-century average, NASA and the National Oceanic and Atmospheric Administration announced this week.

Global 2016 temperatures.
The first half of 2016 was 1.89 degrees F above last century’s average, breaking the previous January-June record set in 2015 of 0.36 degrees F above average. “2016 has really blown [2015] out of the water,” Gavin Schmidt, director of NASA's Goddard Institute for Space Studies, told reporters. Five of the first six months of this year have also set records for the smallest Arctic sea ice extent since satellite records began in 1979. Scientists said the recent record-breaking heat could be partly attributed to last year’s strong El Nino, but not entirely. “While the El Niño event… this winter gave a boost to global temperatures from October onwards, it is the underlying trend which is producing these record numbers,” Schmidt said.


12 Jul 2016: Climate Change Has Shifted
The World’s Cloud Cover Over Past 30 Years

Warming global temperatures have altered the distribution of clouds across the Earth in recent decades, according to new research published in the journal Nature.

Global cloud cover.
Mid-latitude storm clouds have shifted polewards, dry subtropical zones have expanded in size, and the tops of clouds have gotten higher as a result of a warmer troposphere and cooler stratosphere, according to the study, which relied on satellite images taken between 1983 and 2009. Researchers said these shifts in cloud cover could further exacerbate climate change. As cloud systems shift toward the poles, where there’s less solar radiation, more sunlight will reach the Earth’s surface near the equator, boosting temperatures. Also, taller, thicker clouds trap more heat. “We now have a thicker blanket, which is also a warming effect,” said Joel Norris, a climate scientist at the Scripps Institution of Oceanography in San Diego who helped lead the study.


24 Jun 2016: Cities on Six Continents
Join Forces to Combat Climate Change

Mayors from more than 7,100 cities on six continents announced this week that they are creating a new alliance to fight climate change at the local level.

New York City
The new group — a merger of the European Union-based Covenant of Mayors and the United Nations-backed Compact of Mayors — represents a combined 600 million people in 119 countries. The initiative aims to set city-based CO2 emissions cuts, build sustainable communities, and foster the sharing of resiliency policies and technologies. “Cities are key to solving the climate change challenge,” former New York Mayor Michael Bloomberg and Maroš Šefčovič, vice-president of the European Commission, wrote in The Guardian. “They account for most of the world’s carbon emissions, and mayors often have control over the largest sources. Cities can also act quickly to confront climate change, without the political and bureaucratic hurdles that often hold back national governments.”


23 Jun 2016: Scientists Discover Contagious
Cancer in More Species of Shellfish

Last year, scientists discovered a type of contagious cancer in soft-shell clams in which free-floating cells transmitted the disease from one animal to another.

Now, a team of Columbia University researchers is reporting that contagious cancers in the ocean may be more common than previously thought and can not only jump from animal to animal, but across species. According to the new study published in Nature, the leukemia-like cancer, known as disseminated neoplasia, has been found in three more species of bivalves: mussels, cockles, and golden carpet shell clams. The cancer cells were genetically distinct from their hosts, indicating they originated elsewhere. Transmissible cancer had previously been found in Tasmanian devils and dogs, but there’s no indication that humans are at risk. “I would only worry deeply if I was a mollusk,” Stephen P. Goff, a molecular biologist at Columbia University and co-author of the study, told The New York Times.


16 Jun 2016: Some Coral Reef “Bright Spots”
Remain, Despite Devastating Bleaching

After decades of being overfished and mismanaged, and the worst bleaching event on record this year, scientists reported in the journal Nature this week that there remain some “bright spots” among the world’s coral reefs

Coral reef on the Palmyra Atoll in the Pacific.
– systems that are doing better than anyone expected. The study examined 18 different factors at 2,514 reefs in 46 nations, including water depth, tourism, fishing, and population density. Those systems that were still thriving — defined by the scientists as having more fish than expected — tended to be managed by, and accessible only to, local fishermen and indigenous groups. This included reefs in places like the Solomon Islands, parts of Indonesia, Papua New Guinea, and Kiribati. “There’s been a narrative about local involvement, but it’s often very token,” Joshua Cinner, a research fellow at James Cook University in Australia and lead author of the study, told The Atlantic. He said there should be more opportunity for “communities to creatively confront their own challenges.”


15 Jun 2016: Clean Energy Could Cost Up To
59 Percent Less by 2025, Report Finds

The cost of solar energy could drop by as much as 59 percent by 2025, from 13 cents to 6 cents per kilowatt hour, according to a new report from the International Renewable Energy Agency.

Rooftop solar panels in Hannover, Germany.
Offshore wind could become 35 percent cheaper, and onshore wind 26 percent cheaper, by 2025. The cost of building renewable energy facilities is also likely to fall, by as much as 57 percent by the middle of next decade, the report found. “Historically, cost has been cited as one of the primary barriers to switching from fossil-based energy sources to renewable energy sources, but the narrative has now changed,” Adnan Z. Amin, director-general of IRENA, said in a statement. “To continue driving the energy transition, we must now shift policy focus to support areas that will result in even greater cost declines and thus maximize the tremendous economic opportunity at hand.”


09 Jun 2016: Fish Can Recognize Human
Faces, According to One New Study

Fish now join humans, monkeys, primates, and birds as one of the few animals able to distinguish faces, according to new research published in the journal Scientific Reports this week.

James St. John/Wikimedia
The skill requires a sophisticated combination of perception and memory— and generally, a neocortex. But scientists at the University of Oxford in England and the University of Queensland in Australia were able to train archerfish to recognize human faces, despite the fact that these tropical fish don’t have complex brain structures. Archerfish typically feed by spitting water at prey, like insects. So the scientists taught the fish to spray water at images of particular human faces in exchange for food. Archerfish identified the correct person 81 percent of the time.


06 Jun 2016: Fish Choose Plastic Over
Zooplankton in Polluted Waters

Fish that grow up in waters full of plastic particles develop a taste for trash, choosing to eat plastic over zooplankton, their natural food source, according to a study published in the journal Science.

Oona Lönnstedt
The research, by ecologists at Uppsala University in Swedish, found larval perch from the Baltic Sea exposed to microplastic pollution (less than 5mm in size) had stunted growth, were less active, ignored the smell of predators, and experienced increased mortality rates. Plastic pollution has become a major problem in the world’s oceans, but scientists are just beginning to understand how these fragments can affect the health of marine species. “If early life-history stages of other species are similarly affected by microplastics, and this translates to increased mortality rates, the effects on aquatic ecosystems could be profound,” said ecologist Oona Lönnstedt, lead author of the study.


01 Jun 2016: Climate Change Could Be Making
Food Crops More Toxic, UN Report Says

As extreme weather increases in frequency and intensity, food crops are producing more chemical compounds that can be toxic to humans in large doses, according to a recent report by the United Nations Environment Programme.

Sam Fentress/Wikimedia
Crops such as wheat, maize, and soybeans generate these compounds as a natural response to environmental stressors, such as drought, floods or heat waves. But when consumed by humans for extended periods of time, they can cause illnesses like neurological diseases or cancer, according to the study. One example, the Thomson Reuters Foundation reports, is nitrate. Drought slows down plants’ conversion of nitrates into amino acids and proteins, leading to a build up of the compound. When consumed in large quantities, nitrates stop red blood cells from transporting oxygen in the human body. "We are just beginning to recognize the magnitude of toxin- related issues confronting farmers in developing countries of the tropics and sub-tropics," the UNEP report noted.


31 May 2016: Bees’ Fuzzy Bodies Help Them
Detect Electrical Charges From Flowers

Back in 2013, scientists discovered that bees can detect the electrical charges that flowers emit, helping them locate nearby food sources.

Mark Burnett/Wikimedia
Exactly how the bees were doing this, however, remained a mystery. Now, scientists have found that the hairs on bees’ fuzzy bodies move in response to the charges, which send nerve signals to bees’ brains that flowers are nearby. The finding is an important one: Scientists have long thought that only animals in marine or moist habitats could detect electric fields, since currents are carried through water. That bees can do this in dry air opens up the possibility that other insects might have the same ability. The research, conducted by scientists at the University of Bristol in the U.K., was published this week in the journal Proceedings of the National Academy of Sciences.


23 May 2016: World Could Warm 8 Degrees
Celsius If All Fossil Fuel Reserves Burned

As nations meet in Bonn, Germany this week to hash out how to achieve the 2-degree Celsius goal they set in Paris, new research is providing policymakers a glimpse of what would happen if the world does nothing to curb climate change.

What if nations chose instead to burn through all of their remaining fossil fuel reserves, equal to 5 trillion tons of CO2 emissions? According to the new study published in the journal Nature Climate Change, the world would warm an average 8 degrees Celsius (14.4 degrees F), or up to 17 degrees Celsius (30 degrees F) in the Arctic. The research was conducted by a team of climate scientists at the University of Victoria and Simon Fraser University in British Columbia who wanted to understand the worst-case scenario. “Such climate changes, if realized, would have extremely profound impacts on ecosystems, human health, agriculture, economies, and other sectors,” the researchers write.


Interview: CO2 'Air Capture' Could
Be Key to Slowing Global Warming

For two decades, Klaus Lackner has pioneered efforts to combat climate change by pulling carbon dioxide from the atmosphere.
Klaus Lackner

Klaus Lackner
Now, after years of watching the global community fail to bring greenhouse gas emissions under control, Lackner — director of the Center for Negative Carbon Emissions at Arizona State University — is delivering a blunt message: The best hope to avoid major disruptions from global warming is to launch a massive program of CO2 "air capture" that will begin to reverse the buildup of billions of tons of carbon in our atmosphere. "We need to have the ability to walk this backwards," says Lackner. "I'm saying this is a war, and we need to use all the weapons at our disposal. You don't want to get into this fight with one hand tied behind your back."
Read the interview.


12 May 2016: Despite Push for Renewables,
Fossil Fuels Likely to Dominate in 2040

World leaders pledged last year in Paris to cut CO2 emissions and limit global warming to 2 degrees Celsius. Despite these promises, U.S. analysts said Wednesday that fossil fuels

— including coal — will still likely be the world’s primary source of energy in 2040. The findings are part of the U.S. Energy Information Administration’s annual World Energy Outlook report. Electricity from wind, solar, and hydropower will grow 2.9 percent annually, the report concluded, and by 2040, renewables, coal, and natural gas will each generate one-third of the world’s electricity. But diesel and gasoline will still power the majority of vehicles, with electric cars making up only 1 percent of the market, the report said. The report also found that carbon emissions from energy consumption in the developing world could grow 51 percent from 2012 to 2040 as countries like India and China modernize their economies, particularly by using coal.


10 May 2016: More than 2,000 New
Plant Species Are Found Every Year

There are currently 391,000 plant species known to science—and another 2,000 are being discovered every year, according to a new report from the U.K.’s Royal Botanic Gardens, Kew.

Paulo Gonella
Last year’s new discoveries included a nearly five-foot tall carnivorous plant first identified on Facebook, a 105-ton tree in West Africa, and 90 new species of Begonia flowers. Brazil, Australia, and China were hotspots for species discovery. The State of the World’s Plants report did find, however, that one-fifth of the world’s plant species are at risk of extinction from habitat loss, disease, invasive species, and climate change. “Plants are absolutely fundamental to humankind,” Kathy Willis, director of science at Kew, told The Guardian. “Plants provide us with everything — food, fuel, medicines, timber, and they are incredibly important for our climate regulation. We are facing some devastating realities if we do not take stock and re-examine our priorities and efforts.”


05 May 2016: With Climate Change, It Is
Survival of the Oldest, Not the Fittest

When it comes to climate change, the world’s oldest species are more likely to survive than newly evolved ones, says a new study published in the journal BMC Evolutionary Biology.

Brian Gratwicke/Flickr
The logic is relatively simple: The reason they’re so old is that they’ve been tested by abrupt environmental shifts before and have come out on top. This group includes species like the cane toad and California sea lion. More specifically, the study found the planet’s oldest animals all share at least one of the following characteristics: They come in various colors, give birth to live young (as opposed to eggs), and live at low latitudes. The research could help “predict which [species] could be better able to deal with current climate change and to better predict the threat status of species on the red list of the International Union for Conservation of Nature,” said Sylvain Dubey, an ecologist at the University of Lausanne in Switzerland and co-author of the new study.


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