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The perceived debate has devastated traditional climate science education The solutions however, are not what they seem New technologies are vastly more cost effective than this "perceived debate" implies Climate Change ... and will get much worse faster Are as bad -or worse- than they seem because of previous delay Impacts are no more costly than what we spend on advertising every year... Solutions Climate Discovery brings you the real science More robust than every before Using plain English The written word For more, swipe on, scroll down or click the menu From the field and from academia Films and music 92 million acres of forest killed: by a native beetle gone berserk because of warming. 500% increase: Greenland ice loss ... in last 10 years. Previously stable beaches already gone ... during normal, non-storm conditions. Research now shows that global cooling smog from coal has masked more than half of current warming that should have already occurred. reveals the masked warming creating more warming than if we did nothing at all. -- when emissions of sulfates cease in the next 20 to 30 years Killing Coal Leave it in the ground Take it out of the sky Hurry... ... We do not have time to wait any longer Climate Discovery and the We make the science clear. Climate Change Now Initiative:

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Hurricane Harvey, 25,000-year Storm: Enhanced, or Caused by Climate Change?

By Climate Catastrophes, Extreme Weather, Impacts, in-depth and Popular Press, rainfall

Hurricane Harvey, 25,000-year Storm: Enhanced, or Caused by Climate Change? It was a 25,000-year storm. Its area of 24-inch rainfall was 50 to 100 times greater than anything previously recorded in the lower 48. Up to a million cars may have been flooded. In Harris County alone, 136,000 homes were flooded. Yet the official word…

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When Does Climate Catastrophism Become Climate Reality?

By Abrupt changes, adaptation, Climate Catastrophes, Climate Culture, Climate Policy, economics, Extreme Weather, flood, modeling

  Climate catastrophism, or as it will be called soon, reality, is getting tougher to pin down with every new climate catastrophe. A real page turner on the subject is Lynas, Six Degrees: Our Future on a Hotter Planet. It’s from 2007 and hyperbolic for the day, but appearing less so as extremeness increases faster…

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Increasing Extremes and Climate Reform: Hurricane Harvey and the Jet Stream

By Climate Catastrophes, Climate Culture, Extreme Weather, flood, Impacts, polar vortex, rainfall

Increasing Extremes: Hurricane Harvey and the Jet Stream   “We can’t tell if this particular weather event was caused by climate change or not.” This is one of the most dangerous climate science statements in history. Science is based on certainty in statistics. Generally, if there is a 1 in 20 chance, or even a…

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New Climate Culture

By Abrupt changes, alternatives, Climate Culture, Climate Policy, Climate Reform, climate solutions, Emissions, Emissions Scenarios, global warming psychology, Legacy Policy, Messaging, Negative emissions, politics, Psycho, Scenarios, Solutions, Strategy, What we can do

  New Climate Culture Our climate culture of the last two or three decades, very bluntly, not working out . Yes, carbon emissions are decreasing, or at least they are not increasing as fast a they were or as fast as projected. Possibly, they are even decreasing. But the bottom line is that current warming…

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08-25-2017: Hurricane Harvey Special with Climate Change Scholar & Activist Bruce Melton

By Podcasts

Rag Radio 2017-08-25 – Hurricane Harvey Special with Climate Change Scholar & Activist Bruce Melton by Rag Radio with Thorne Dreyer Podcast – https://archive.org/details/RagRadio2017-08-25-BruceMelton This show with climate change researcher and activist Bruce Melton was first broadcast as Hurricane Harvey was approaching landfall – and it includes time specific information about the approaching storm. On the show, Melton…

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Falling Emissions: With Offshored Goods and Fugitive Emissions — Not So Much

By Climate Policy, climate pollutants short-lived, Climate Reform, CO2, CO2 Removal and Sequestration, Emissions, Emissions Scenarios, Fracking, Legacy Policy, Negative emissions, Policy, politics, Scenarios, sequestration, Solutions, Strategy, What we can do

Observations on Declining U.S. Emissions: It’s a widely held belief that the U.S. has been reducing emissions since the peak  2005-2007 before the recession. This is just barely valid today, but several years back it was not. The last time we reported on this, U.S. emission had not fallen as the EPA had insisted, but…

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Large Negative Emissions of 80 Gt Annually Allow Dangerous Warming

By Abrupt changes, CO2 Removal and Sequestration, Emissions, Emissions Scenarios, Legacy Policy, Negative emissions, Scenarios, Sea Level Rise, Solutions, Strategy, Temperature

The greatest climate dude of all time has done it again. James Hansen, 32 year director of the U.S. national climate modeling agency, the NASA Goddard institute for Space Studies, published a new fundamental piece of climate work last month. He looks at the additional negative emission on top of Paris reductions that are needed…

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What We Can Do as Individuals to Advance Climate Change Awareness

By Deniers and Delayers, global warming psychology, Messaging, Myths, Psycho, Solutions, Strategy

  What is the most efficient thing we can do to progress climate change awareness and defeat the Climate Change Counter Movement’s stranglehold on a healthy climate? What can we do when politics has been destroying our ability to act to regulate climate pollution for a generation? What to do when 75 or even 85…

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Third 100-year Plus Drought in Amazonia in Ten Years

By Abrupt changes, Drought, forest health, Forest Mortality, Shifting Ecology

The list of Amazonian drought records has grown to Amazonian proportions. Three 100-year plus droughts in a decade have taken their toll. Along with continual man-created ecological compromise, climate warming, and forest mortality from drought a very strong El Nino has grown into their strongest drought ever recorded since record keeping began in 1900. The…

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What Is the Most Meaningful Way to Increase Climate Action

By Climate Reform, Messaging, Psycho, Solutions, Strategy, The Unexpected, What we can do

What can we do as individual citizens that is the most meaningful of all climate change actions? How can we best use our time to create the biggest difference? This question has a very surprising answer. The 2016 Yale Program on Climate Communications poll Spiral of Silence is a short, simple “must read” for anyone…

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Sea Level Rise Scenarios Starting to Catch Up With Prehistory

By Abrupt changes, Climate Reform, CO2 Removal and Sequestration, ice sheets, modeling, Negative emissions, Sea Level Rise, Solutions, Strategy, West Antarctic Ice Sheet

McClatchy reported on a new NOAA sea level rise impact report and made some very good points. But a lot of the true meaning is left out. I like to use well publicized journalism like this to be able to quickly get to the most important pieces of the science being reported on, that are…

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Global Warming Psychology and How To Use It

By Deniers and Delayers, Messaging, Myths, politics, Psycho, Strategy, What we can do

The partisan divide over climate change is growing and the scholarly literature blames it on conservative political bias in the media. (Charmichael 2017, Dunlap 2016) Though this is not what we hear in the media, the reason we don’t “hear” this, is in itself the conservative bias in the media. (National Academies of Sciences 2017)…

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Climate Change: What Should We Do?

By Abrupt changes, Climate Catastrophes, Climate Policy, Climate Reform, CO2 Removal and Sequestration, Emissions Scenarios, forest health, Forest Mortality, ice sheets, Myths, Negative emissions, pine beetle, Scenarios, What we can do

One of the biggest myths about climate change is that emissions reductions cool Earth. This is nowhere close to reality. Even the Paris Commitments of 80 percent emissions reductions by 2050 allow warming to triple by 2050 and quintuple by 2100.  We (the royal we) have great challenges as climate reform decision makers. If our…

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Fundamental Climate Science:  Time Frames, Net Warming and Implications for Strategy

By Abrupt changes, Climate Reform, CO2 Removal and Sequestration, Emissions, Emissions Scenarios, Legacy Policy, Negative emissions, Scenarios, Solutions, Strategy

The IPCC changed their fundamental philosophy on how they evaluate scenarios of our future climate in their 2013 reporting, but they have yet to acknowledge the most common and meaningful way our climate usually changes, implying negative consequences for traditional climate reform strategies. Popular science however, continues on the path of traditional climate reform strategies…

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Global Warming vs. Abrupt Change — What’s the Difference?

By Abrupt changes, Glaciers, Gulf Stream, ice sheets, modeling, Sea Level Rise, West Antarctic Ice Sheet

Something that is not clear in the overall climate discussion is that global warming is a radically different beast from abrupt change.  We hear abrupt change bandied about, but often it is not well defined. It appears to many that global warming is abrupt change simply because the warming we are experiencing, and that is…

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Ice Loss During Antarctic Cold Reversal May Spell Trouble for WAIS Collapse

By Abrupt changes, Glaciers, Gulf Stream, ice sheet, Oceans, underice, West Antarctic Ice Sheet

Fifty-two feet of sea level rise occurred in 400 years, 14,500 years ago with ocean and collapse conditions similar to today. We were coming out of the last ice age then, but then, forcing was thousands of times less than today. Our climate’s most meaningful and common changes are classified as abrupt changes in climate…

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Climate Intervention: NAS DAC Review — Atmospheric CO2 Removal and Sequestration Costs

By Abrupt changes, CO2 Removal and Sequestration, Negative emissions, Solutions, Strategy

A quick note on the National Academies of Sciences, Engineering and Medicine’s review of climate pollution reform technologies: Climate Intervention — Carbon Dioxide Removal and Reliable Sequestration, June 2017. Theoretical academic publishing on the current state of direct air capture technologies, continues to color academic literature with very dated and inaccurate statements.  Part of the challenge…

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Red kill: Rocky mountain pine bark beetle, Steamboat Lake, Colorado Red kill: Rocky mountain pine bark beetle, Silverthorne, Colorado Red kill: Rocky mountain pine bark beetle, Rocky Mountain National Park, Colorado. Red kill: Rocky mountain pine bark beetle, North of Steamboat Springs, Colorado Pitch tubes: A tree's only defense against bark beetles. Pheromones, or natural beetle hormones, both attract and repel beetles and can be used as defense. Pesticides work too, but application timing is critical and spraying the world is likely improbable. Gray kill: During the first three years needles are bright red, brown and then fall off entirely. Only cold of -20 to -40 straight, in early and in mid winter respectively, can kill the beetle. Those temperatures disappeared about the turn of the 21st century. In areas of human occupation, dead trees become falling hazards quickly and must be removed. Blue slashes and flagging mark trees to be cut. These are white bark pine in Yellowstone National Park. Logged beetle kill, Prospector Campground, Dillon Reservoir, central Colorado. for up to about five years the dead wood can be used for lumber early and pelletized fuel late. After that the tops of the trees are too brittle and fall on logging machinery and loggers. Red kill: Rocky mountain pine bark beetles once attacked mostly lodgepole pines like these in Rocky Mountain National Park. Now there are so many beetles they are attacking even spruce trees. The scale of the kill is immense at more than 20 times greater than anything before. The attack is at 92 million acres.For comparison, Yellowstone is two million acres. Permafrost melt, Denali Highway, Alaska. Tree kill from soil saturation due to melted permafrost. East of Fairbanks, Alaska. Permafrost meltwater pool and drowned trees near Chena, Alaska. Permafrost meltwater ponds, Denali Highway, Alaska. Permafrost meltwater pond, Fairbanks, Alaska (within city limits). A meltwater river flows from beneath the Greenland Ice Sheet. The dark ice is dust from eons of accumulation and surface melt. Ice loss in Greenland has increased over 500 percent in ten years. Surface melting creates a very rough, surface where accumulated dust does not wash away. These drifts are solid ice. Around the perimeter of the ice sheet at low elevations the ice is melting tens of feet per year or more. The scale of melt is immense. This moraine is 100 feet high and the ice once towered over it. The ice flows in rivers and tongues and colder, drier times with more dust can be seen in the layers of older ice, closer to the edge. Also note how much lower the surface is than the moraines deposited along the margins of the ice. Most of this melt is recent as the ice has been in equilibrium since the Little Ice Age that ended 150 to 200 years ago. Less than a mile from its edge the ice sheet can be 1,000 feet tall. At it's center it is 11,000. The calving face of the ice sheet can be over 200 feet tall. The light is fantastically ever changing. Ilulissat Icefjord: Millions of icebergs , five times more than at the turn of the century, pour through Greenland's icefjords. Meltwater drains to the bottom of the ice sheet through holes, or moulins. There it lubricates the flow of the ice sheet, further increasing discharge of bergs. Bubbles of ancient air trapped in the ice have confirmed many hypothesis about how and when our climate has radically changed before. Bergs calve like thunder from massive ice cliffs at all hours of the day. Beach erosion is rapidly accelerating on Padre Island. Mile 30 beyond the 4x4 only sign. This beach was once 200 to 300 feet wide. Padre Island National Seashore, mile 7. Most of the erosion has been recently. Mile 50, Padre Island National Seashore. Padre Island is sinking naturally with little man made subsidence, but before the turn of the 21st century, it wasn't enough to cause massive beach erosion. Sand starvation from inland reservoirs plays a role too, but historically these beaches have been stable. South Padre Island has a little more trouble with more sand starvation from the Rio Grande and less rainfall to grow stabilizing dune grasses. Here, in places erosion is extreme. this is high tide, non-storm conditions. Several places along South Padre have been eroding more or less since the dams went up on the Rio Grande, but since the turn of the century the rate has likely increased significantly. October 2014, King tide, biggest tide of the autumn. Again in 2014, no storms of any consequence on the Texas Coast. Erosion down by the Mansfield jetties is much greater than in 2013. The worst on North Padre in 2013 was a few miles from the Mansfield Pass jetties in the sand starvation zone. The beach has never been wide here and during storms is often the first to erode. But normally, the beach builds back. This erosion is happening in non-storm conditions. At times the four-wheel drive trail is challenging. South Padre, Mile 13 beyond end of pavement. This is the first stage of barrier island disintegration. The beach goes first. The beach protects the dunes, which in turn protect the rest of the island.