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Secular Americans are more numerous than Catholic Americans

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The “Nones” are rising, at the expense of the Nuns.

From “Openly Secular“:

Recently, two studies have been released that affirm the number of nonreligious Americans is rising. For several years, the percentage of secular Americans has been increasing rapidly and the media has been reporting on it. But dig a little deeper, and it becomes abundantly clear that this new data is fundamentally different and demonstrates a significant shift in the hearts and mind of American citizens, and critically, American voters.

These new studies, one conducted by the Pew Research Center on Religion & Public Life, the other by the Public Religion Research Institute (PRRI) reveal that not only are there more religiously unaffiliated Americans (often called “nones”), but more of these people are calling themselves atheists or agnostics. At the same time, the number of Americans who identify as Christians is shrinking.

Since 1993, the percentage of Americans who claim no formal religious affiliation has grown from 9% to 22% according to the PRRI study. No other group has risen as sharply. Not only is the overall number of unaffiliated Americans surging, a greater proportion of these “nones” are identifying as secular. The Pew study shows that 31% of the “nones”—representing 17 million Americans—self identify as atheist or agnostic, up from 25% in 2007. An additional 39% of the “nones” say that religion is not important to them, which means 15.8% of the total population of the United States is atheist, agnostic, or secular.

Almost sixteen percent of potential voters carries a lot of political clout. A group of voters this large who believe in the separation of church and state simply cannot be ignored.

“This data is particularly meaningful as the 2016 presidential election approaches,” says Todd Stiefel, Chair of Openly Secular. “For the first time, politicians will not be able to ignore the substantial voting bloc of secular Americans. We have real clout and we vote. As the number of secular people continues to rise, more and more Americans will come to realize that many of their loved ones, next-door neighbors and coworkers do not believe in God, and that they are still moral, good people.”


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Transparency vs. Harassment

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Michael Halpern, of the Union of Concerned Scientists, and climate scientist Michael Mann have written an editorial for Science, “Transparency and harassment.”

Open records laws hold Universities and other public institutions accountable, protecting against biasing influences such as we might see from funding sources. (See: Cry for me Willie Soon).

Over the last couple of decades, interpersonal conversations among researchers have shifted from the milieu of vibrating air molecules in a room (or transformed into electrical signals and transferred over a phone) to electronic form. Today, a very large part of the conversation ongoing among research colleagues, or teachers and students, ends up in emails or other forms of eCommunication.

Activists of any stipe have increasingly been using open records laws and regulations to access these private conversations, as well as early drafts of papers and other information. Halpern and Mann make the point that “[t]hese requests can attack and intimidate academics, threatening their reputations, chilling their speech, disrupting their research, discouraging them from tackling contentious topics, and ultimately confusing the public.”

They ask what is the appropriate way to attain transparency while at the same time not stifling research or producing an uncontrolled form of political weaponry ripe for abuse?

Not only is excessive and invasive use of open records procedure intrusive and intimidating, it is also costly. There have been several instances, cited by Halpern and Mann, of institutions spending significant resources on addressing requests for information, a cost that is paid whether or not the information is actually accessed in the end. And, when this goes to court, the costs go up. In one case, Mann’s institution was hit with information requests that came ultimately as a result of a congressional investigation. Halpern and Mann report that in this case,

The Virginia Supreme Court ruled in 2014 that excessive disclosure could put the university at a “competitive disadvantage,” and cause “harm to university-wide research efforts, damage to faculty recruitment and retention, undermining of faculty expectations of privacy and confidentiality, and impairment of free thought and expression.”

Halpern and Mann suggest that institutions such as Universities get up to speed, and get their researchers and faculty up to speed, to know how to properly handle information requests, “not to determine the appropriate response, but to help employees understand how access to correspondence could be misused.” If this is done, there may ultimately emerge a set of standards that fill in the logic gap between fair and reasonable disclosure and normal collegiate conversation. In short, Halpern and Mann are asking for a modernization of disclosure and transparency law and procedure, with the ultimate goal of creating legitimate public trust in science and avoiding the stifling effects of misuse of open records law.

The editorial is here, but it may be behind a paywall.


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What is scientific consensus?

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A group of scientists attending a major conference get together in a bar. They talk, but they agree on nothing because they are critical academics. The server comes along to take the beer order and says, “I noticed you all are constantly arguing. What are you arguing about?”

“Sensitivity,” one of them says. “It is the number of degrees C the Earth’s surface will warm with a doubling of CO2 in the atmosphere. Is it 2, 3, 4? … We cant settle on a number”

The server considers their plight for a moment. Suddenly, she rips several sheets out of her order book and hands one to each of the scientists. She notices they all already have pens and mechanical pencils in their shirt pockets.

“Each of you write down a number for sensitivity. Don’t share. I’ll look at them all and if they are all the same number I’ll bring you your beer for free for the rest of the evening.”

The scientists comply. She looks at their numbers. They are all the same. Despite the quibbling they all had the same sense for what the number for climate “sensitivity” likely is. They get free beer for the evening.

Scientific consensus is what most scientists will nitpick about but ultimately agree on if free beer is at stake.


My first homework assignment for Making Sense of Climate Denial.


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The funniest thing ever

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Just so you know. This is not something where you watch the first minute and get it and go “oh that’s funny” or not and them move on. The plot is complex you must watch it until the very very end or don’t bother. Just sayin’ this because people seem to not do that a lot. Not a good way to go through life.

Anyway, watch this. Be prepared to ROFLYAO.


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The Day Apollo 13 Crashed Into The Earth. Or Something.

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I once knew a young woman who was in high school and shall remain nameless. One day I picked her up at school to drive her home, and asked how she was doing.

“Depressed, actually,” she said.

“Why, did something go wrong at school?”

“Kinda,” she replied. “The social studies teacher was out today.”

“That’s terrible, he must be a great teacher and stuff.”

“No, he’s average. But whenever they can’t find a substitute the always show the same movie, and we watched it again today.”

“That’s depressing, watching the same movie over and over.”

“No it’s not if it is a good move. The movie itself is depressing…”

“I’m sure there must be some greater message, though, if they show this movie in social studies class. Was it about some big war, or the Civil Rights movement or something?”

“No, it was about a space ship where everything goes wrong. Tom Hanks is in it.”

“Apollo 13?” I asked. “That’s a good movie! Really very accurate.”

“So that actually happened, that movie? Thanks, that makes it, like, one hundred times more depressing!”

“Sure, it happened” I said. “Don’t they tell you anything about the movie, don’t you discuss it or something?”

“No, this is just the only DVD they have handy that they don’t have to get from the Media Center. Like, somebody owned it and left it there or something . Teacher sick? Find a substitute. No substitute? Slap in Apollo 13.”

“Sorry, your school used to not suck,” I lamented.

“I know, right? But the movie is still so depressing.”

“Yeah but no it’s not,” I objected. “It’s not depressing at all, why do you say it’s depressing?”

“Because everybody dies in the end!”

“What?”

“Yeah, they crash into the Earth or something. At the end,” she said. Depressingly.

“No they don’t!” I cried. “They do not!”

“Sure, they do. Well, I never actually saw that part, I guess.”

“What?”

“The movie is about 10 minutes too long or so to show in class. Never saw the end. But just before class ends, every time they are about to crash into the Earth or something.”

“Hold on a second. No…”

“Are you saying,” she said, “that they survive?”

“Yes!” I cried. “Of course, that’s the whole point of the movie! Duct tape, and they survive!”

“Yeah, I saw the duct tape…”

“How many times have they shown this movie?”

“How many times?” she said. “You mean this year or since I started high school?”

“What?”

“Yeah, I’ve seen this movie about 12 times. I can recite every word.”

“For most of the movie,” I said.

“Yeah, right up until the moment they are about to crash into the Earth or something. But then they don’t I guess.”

By that time we were home. I turned on the TV, loaded up Apollo 13, fast forward to about 15 minutes ’till the end. We watched it.

“Cool,” she said. “Great movie. Totally undepressing.”

“Exactly,” I replied.

“Wait until I tell everyone in my high school. This changes everything.”


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Lomborg in Oz

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I’ve written here about some of Bjorn Lomborg’s work, generally critical of it. But the Abbot Government in Australia apparently likes what Lomborg is doing well enough to have earmarked $4 million (in some currency or another) to ensconce a version of his academically questionable enterprise right in the middle of Australian academics.

I would like to write this up for you so you can learn all you need to learn about it, but Graham Readfearn has already done an excellent job reporting this. I strongly urge you to go and read: Australian taxpayers funding climate contrarian’s methods with $4m Bjørn Lomborg centre.

What are you doing here, you are supposed to have left by now to read this. Go.


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Climate Science As A Second Front for Biology Teachers

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The American Biology Teacher has hosted a guest editorial by Glenn Branch and Minda Berbeco of the NCSE. The editorial points out that climate science is under a similar sort of anti-science attack as evolution has been for years, though generally with different (less religious) motivations. Also noted is the problem of fitting climate change into the curriculum, especially in biology classes. Indeed, biology teachers are already having a hard time getting the standard fare on the plate. In recent years, for example, the AP biology curriculum has jettisoned almost everything about plants, which were previously used as examples of physiology owing to both their relevance and the relative ease of using plants in biology labs. Branch and Berbeco note that climate change has not made its way that far into the biology classrooms, but there are already anti-science efforts to keep it out.

… a backlash against the inclusion of climate science – and anthropogenic climate change in particular – in the science classroom is under way. For example, when West Virginia became the thirteenth state to adopt the NGSS in December 2014, it was discovered that beforehand a member of the state board of education successfully called for changes that downplayed climate change… Nationally, according to a survey of 555 K–12 teachers who teach climate change, 36% were pressured to teach “both sides” of a supposed scientific controversy, and 5% were required to do so.

Minda_BerbecoI interviewed Minda Berbeco, who is the Programs and Policy Director at the National Center for Science Education, about climate change in the classroom.

Question: Should Earth System Science (which would include climate change) become one of the core areas of science teaching in high schools? If so, are there efforts underway to move this along?

Answer: Absolutely, Earth systems are a core concept in the Next Generation Science Standards, which are being adopted across the country right now. Understanding Earth systems is central to understanding the world around us, and intersects every other type of science from biology to chemistry to physics. Climate change is, of course, an important piece of understanding Earth systems, as it too intersects these other topics and is a compelling topic that relates directly to how humans can impact the planet.

Question: My background is more in biology but as a palaeoanthropologist I’ve studied several areas of what would might be classified as “Earth Science” or even “Physical Science” so I’m more comfortable with a cross disciplinary approach. Since climate change is normally considered a physical science (in college or advanced studies) and high schools tend to stick with the silos (clearly defined disciplines), shouldn’t we expect climate change be taught in physical sciences or geology rather than biology?

Answer: As a biologist, I’m always really surprised by this question, as there are many people who think that climate change only intersects the Earth sciences. This is a very one-dimensional view and completely ignores not only how climate affects organisms and ecosystems, but also how organisms and ecosystems in turn affect climate. It turns out that many biology teachers across the country agree with me, since we are finding that a significant number of them are teaching about climate change, even when it is not in their state’s science standards.

Question: I think it might be true that among high school science teachers, we see denialism of evolution to a higher degree among physical science teachers than biology teachers. This may not matter too much since evolution is rarely taught in physical science classes, though it certainly can be disparaged or denied there. Since climate change might fall under the preview of physical sciences in some curricula (as would geology and earth systems), will we see a larger amount of, or a new kind of, conflict among the teachers themselves as climate science is more widely addressed? (and by extention among administrators whom we need to support teachers under fire)

Answer: I’m not sure who challenges evolution more, physical science teachers or biology teachers – obviously because evolution is more often covered in biology classes, that is where we tend to hear about it. As for climate change, the challenges that we see actually have less to do with outright denial, and more with teachers genuinely not realizing what the evidence shows or trying to bring in “both sides” as a critical thinking exercise, knowing that the evidence clearly demonstrates that humans are largely responsible for recent climate change. We don’t have students debate “both sides” of whether mermaids exist or that viruses cause disease, so why would we do it with climate change? Plus there are far better questions to ask about climate change, like how it will impact animal migration or the spread of disease, that scientists are actually asking. Why not have students study that?

Question: You note that the motivations for denying evolution vs. for denying climate change are different. But given that there is a link between certain political affiliations and things like secularism (or anti-secularism) there is some overlap in who is involved and to some extent why they deny science. (Denying science is convenient for a lot of reasons.) Are you concerned about future alliances forming in the anti-science world that may strengthen attacks on climate science in public schools?

Answer: Certainly there is cross-over between different groups who disagree with what the scientific consensus shows on climate change and evolution, and alliances can form as a result of that. This can backfire as well though, as many people who deny climate change would bristle at the thought of working with a creationist. They have somehow convinced themselves that with regard to climate change they know better than the overwhelming majority of the scientific community, but when it comes to evolution, of course the scientists are right. It’s a little mind-boggling to imagine, but it is something that we’ve seen quite a bit.

Question: Both evolution and climate science are brought into social sciences (or other non-hard science areas) in schools in the form of debate topics. (see below) Typically these approaches involve the presumption of there really being a debate. Which there isn’t. Is NCSE monitoring this, or addressing this problem in any way?

Answer: We definitely pay attention to these sorts of things, and we are not fans of students debating “both sides” of the science, as it elevates non-science to the same level as science. Although having students debate the science of climate change is clearly counterproductive, having students debate issues in climate change policy is fine. There are a lot of options, from energy efficiency to carbon taxes, making it an ideal topic for a social studies or government class. Climate change is an issue that students will have to deal with as adults, so it makes sense to try to give them practice in a government class on how they will navigate the policy decisions that will need to be made. We’ve seen science teachers connect with social studies teachers to address this issue, where the students learn the actual scientific evidence in their science class and then debate the policy options in their social studies class. This is a totally appropriate approach and is an interesting way of showing students how science can inform policy.

Question: I think nearly all biology teachers know that the official line is that evolution is for real, so even if a biology teacher is a creationist they know that they are going off script to deny (or avoid) evolution. Is this true for climate change? Are teachers who have classes that might include climate science all aware of the fact that climate change is not a scientific issue (it is mainly well established science)? Or are many of these teachers under the impression that there is a debate?

Answer: Unfortunately, there have been many groups who have spent a lot of time and money attempting to undermine the science in the public’s eye, and teachers are just as susceptible to these efforts as anyone else. We’ve rarely run into a teacher who has malicious intent when teaching incorrect information about climate change. What we find more often is that they are not familiar with the evidence or take it on as a critical thinking exercise, having students debate “both sides”. Like I said earlier, we are not big fans of this approach.

For those interested in resources that might be useful to science teachers, or the parents of kids in public schools, see THIS PAGE. For those who wish to know more about the activities of the NCSE, or who are concerned about anything going on in your local school or your child’s classroom, visit the NCSE web site. Also, please not that the NCSE Climate Change Bumper Sticker contest is still seeking submissions!


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The Coming Food Crisis And What To Do About It

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According to the best available research, we are going to have to double food supplies, globally, by 2050. Think about that for a moment. Children born today will be in their 40s at a time that we need to have already doubled food production, yet during the last 20 years we have seen only a 20 percent increase in food supply. Assuming a steady rate of increase in production (which might be optimistic) we should expect to fall far short of demand over the next few decades. This is a problem. The problem is expected to most severely affect poorer people, people in less developed nations, and poor farmers, but if the entire world is double digit percentage points short of food, almost no one is going to get by unscathed. And, at some point, when nearly everyone is seeing some sort of food shortage or extraordinarily high prices, the totally unscathed are going to start looking pretty tasty to the rest of us.

eat-the-rich_11-26-11Also, agricultural production, whether for food or biofuel, has a fairly large Carbon footprint, both by reducing natural Carbon sinks and by using fossil fuels at a fairly high rate. Doubling production of food would presumably involve increasing these effects, unless alternative approaches are developed. So even if we solve the problem of production, we might exacerbate the problem of human caused climate change. Let us not even speak of sea level rise; Over the coming century we expect sea levels to rise sufficiently to flood, either regularly or permanently, some of the most productive agricultural areas in the world, which would seriously dampen efforts to increase productivity.

And water. This will all require more water, when we are facing increasing shortages of water.

How do we address this problem? Will Genetically Modified Organisms (GMOs) save the day? Are there other approaches to quickly increase agricultural output? Can we eat different foods that are less difficult or costly to produce?

See: The Hydraulic Hypothesis and the End of Civilization

See: GMOs Are Interesting

Emily_CassidyEmily Cassidy knows some of these answers. Emily is a scientist with with over five years of experience working on land use, agriculture, and the impacts of growing biofuels vis-a-vis developing food crops. She is currently a research analyst with the Environmental Working Group (EWG). Earlier she worked as a scientist with the Louisiana Department of Natural Resources, measuring impacts of coastal activities. Her Master’s degree at the University of Minnesota involved detailed modeling of global food availability, which involved developing a new index to quantify the number of people fed per hectare of cropland. This research was widely disseminated in mainstream media.

Recently, Emily produced a report for EWG that looks at the role of genetically modified organisms (GMOs) in addressing the world’s food supply. You can get the report here. I had a few questions, so I interviewed Emily about this report as well as the larger issue of humans running out of food during the present lifetime of so many of us.

~ ~ ~

Question: The amount of space, energy, and other resources dedicated to the production of meat is enormous. According to your EWG report, producing meat requires three-quarters of the agricultural land in use. For every one calorie of meat we produce we displace about 10 calories of plant based food. You also note that there is a huge amount of waste in the food stream, with about a third (by weight, about one quarter of the calories) lost. The US tosses closer to 40 percent, and of all the forms of food, a disproportionately large percent of meat is wasted. Having recently purchased, twice in a row (apparently you can fool me twice) “fresh” chicken at my local not-very-good grocery store that was rotten the next day, I was wondering where the waste in the food stream, especially for meat, was concentrated, and if we could help solve this problem by distributing meat primarily in frozen form.

On food waste in the US, especially meat, do you have a breakdown of where the meat is wasted? I wonder if a switch to having almost all meat frozen and sold in frozen form would reduce a lot of waste.

Emily: Meat production takes a massive environmental toll, and when we waste meat, we’re wasting all the resources used to produce it. About half of the meat wasted in the U.S. and Europe is tossed at home. Better meal planning and freezing meat could be a big step to reducing household waste. Although supermarkets have an important role to play in reducing waste, according to the Food and Agriculture Organization, only about 15 percent of meat waste in the U.S. occurs at supermarkets.

~ ~ ~

Emily’s report pretty much slams GMOs. The report states:

Proponents of GE crops claim that they are essential to “feed the world,” but recent evidence indicates that so far, GE crops have How to feed the world. [GMOs have] not increased crop yields enough to significantly contribute to food security…In recent decades, in fact, the dominant source
of yield improvements has been traditional crossbreeding, and that is likely to continue for the
foreseeable future. Relying on genetic engineering to double food supplies by 2050 would require a huge leap in biotechnology and doubling the recent yield trends of crops.

Question: Are there any examples of GMOs being developed that will help with this that are not just vague promises? In other words, is there any tangible namable project or potential project you know of that would contribute to that “giant leap in biotechnology”?

Emily: “Roundup Ready” corn and soybeans represent over 80 percent of the acreage growing GMOs, so it’s clear that the industry’s focus since the 1970s has been on genetic modification for herbicide tolerance. These crops haven’t improved yields because there are inherent biophysical trade-offs between productivity and pest resistance. This is why I wouldn’t bet the farm on biotechnology generating massive yield improvements. It’s similar to the live-fast die-young principle in evolutionary biology; plants are limited by their resources and can’t be good at everything at once.

Not all forms of genetic modification are created equal. There are some projects which could be promising and aim to modify a plant’s genome to improve the efficiency photosynthesis. But it seems to me that most genetic modifications only see benefits in the short term, until evolution catches up to the new genome. For example, insects have evolved tolerance to Bt crops, and U.S. Farmers have been told to lay off of them.

Where I do see exciting research that could really improve food security is the cross breeding of often ignored “orphan crops.” Just recently a new kind of drought-tolerant bean was bred by combining a modern bean with a variety traditionally grown by communities in the American Southwest. We should focus efforts and funding on improving the yields of nutritious food crops, not crops that mostly go to animal feed and biofuels.

See: The Case for Vegan Hot Dogs

~ ~ ~

Question: On a related matter, how much does the the nature of the research itself ruin GMOs as a potential source of a modest or even minor agricultural revolution? It seems to me that helping poor farmers to be less poor will always lose to helping big corporations make more money, and the big corporations seem to be doing or funding most of the research. Is this a general pattern for ag research in general? In the old days big government money went into public universities to develop crops, technology, and methods that were available to all. The current system seems different. Is this a problem?

Emily: Universities are increasingly reliant on private industry for agricultural research funding, and companies are a lot more interested in making money than improving the lives of poor people. Private spending for agricultural research is more than twice the public expenditures. Unless public research funding for agriculture improves, the future of our food system will be heavily influenced by companies seeking to make a profit.

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Question: I think a lot of people assume that technology will solve many of our big problems, such as food shortages and climate change. People are divided mostly into two groups: GMO Frankenplants will rise out of the ground and take us in the dead of night (I exaggerate slightly), or they will fix the future. You are suggesting, it seems, that neither of these scenarios is likely. Bottom line, what does your report tell us about GMOs and the medium term problem of people, the poor farmers first, not having enough food?

Emily: There’s a myth that I often hear in Washington, that GMOs help the world’s poorest. If you really look into the evidence though, there’s no support for it. That’s why I wrote EWG report, to address ways to help small farmers, which is the real key to helping the world’s poorest. I’m not anti-GMO but I think we should be honest about their contribution to global food security and improving the livelihoods of poor people.

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The_Population_Bomb

Question: Current research suggests we need to double our food supply by 2050. But we’ve heard that before. In every decade there are predictions about future population growth or future agricultural productivity that suggest catastrophe, and we’ve passed many of those due dates for an expected Malthusian apocalypse. Is this projection different?

Emily: Malthus assumed population growth would continue without limits. We know now that as people have more income, they generally have less children. Another result of people being wealthier us that they demand more meat and dairy. Recent research has shown that population will increase by about 30 percent by 2050, yet demand for crops is estimated to increase by 100 percent. This difference means that demand for meat and dairy is a bigger driver of crop demand than population.. We also have to keep in mind that many countries are starting to adopt biofuels mandates. Tim Searchinger recently estimated that if all countries met their food-based biofuels targets, it would be the equivalent of removing about 30 percent of calories out of the food system. So depending on biofuels mandates, crop production may have to more than double to meet demands.These policies clearly threaten global food security.

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Emily’s report makes a series of specific recommendations that will close some of that huge gap in productivity vs. demand. She doesn’t mention eating the rich, but she does have a few other worthy suggestions. Eliminating food waste, shifting away from biofuels, and changing diets are all on the menu. So far, GMOs are not. I recommend that you read it and get working on this right away.


Check out: The First Earth Day, an epoch journey into politics, explosions, folk music, and old boats floating on stinking rivers.
___________________


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Boston Snow Storms and Climate Change

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From the Yale Climate Connections, a brief interview with Michael Mann.

Global warming can cause record winter storms. It may sound counterintuitive, but it’s no snow job. When the oceans warm, more water evaporates into the air.

MANN: “And what that means is there’s more precipitation. Water is cycling more vigorously through the atmosphere, and that gives us more extreme weather.”

That’s Michael Mann, a professor of meteorology at Penn State University. He says in summer, an unusually warm ocean can strengthen storms like Hurricane Irene.. but in winter, the evaporation from a warm ocean collides with cold arctic air and turns to snow.

As seawater evaporates, it also releases additional energy into the atmosphere. This extra energy then fuels storms, making them more intense.
This past winter, a large area of the North Atlantic was much warmer than usual — which Mann says contributed to the record Nor’easters that buried parts of New England in snow.

MANN: “So climate change is actually providing more energy to intensify these nor’easters, and it’s providing more moisture so that they can convert that moisture into record snowfalls.”

2014 was the warmest year on record for the global ocean surface. So New England, get your shovels ready for more extreme snow in coming years.

Hear the Interview Here


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Who Is Andreas Lubitz?

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A few links to places addressing this important question:

Andreas Lubitz: 5 Fast Facts You Need to Know

Lubitz, 28, was a German national living in Montabaur, Germany. Montabaur lies in the famous Rhineland region of Germany, about halfway between Cologne and Frankfurt. The Telegraph reports he lived there with his parents and also had an apartment in Dusseldorf.

The FAA lists “Am Spiessweiher 8, Montabaur, Germany” as Lubitz’s address. Google Street View is not available for Lubitz’s home, but the Google Map below shows that he lived in a suburban area.

Who is Andreas Lubitz? Everything we know so far about Germanwings co-pilot

Full name: Andreas Guenter Lubitz.

Who was Andreas Lubitz? Germanwings co-pilot who ‘intentionally killed’ 150 passengers in deliberate Alps crash

German media reports he had 630 flight hours and joined budget airline Germanwings straight out of Lufthansa Flight Training School in Bremen in September 2013. Authorities have not confirmed if he had any experience as a professional pilot prior to that.

Andreas Lubitz: Who is Germanwings co-pilot who ‘locked out captain and crashed flight 9525 into French Alps’?

Lubitz is that the 28-year-old was from Montabaur, a town in the district seat of the Westerwaldkreis in Rhineland-Palatinate, Germany.

The LSC club, where he was a member, posted a death notice on their website naming him.

Andreas Lubitz a young co-pilot loved flying, no terrorist links

Lubitz scored 100 per cent in his psychological testing to become a professional pilot, Carsten Spohr, an official with the Germanwings parent company Lufthansa said on Thursday.
“There wasn’t the least doubt in his capability,” Spohr said at at press conference.
Lubitz started his training in 2008, which was interrupted for several months for an unspecified reason, Spohr said.
“I can’t say more about the reasons for his absence,” Lubitz said.


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LOL Patrick Moore

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You probably already know that Patrick Moore is a guy who was involved early on in Greenpeace, and has since used his Greenpeace connection (claiming to have been a founder, though he wasn’t) to get paid speaking gigs all around the world. He speaks out in favor of nuclear energy (much to the annoyance of Greenpeace) and he is a global warming denier.

Anyway, here is a very funny interview with Moore that is supposed to be about GMOs but turns out to be about … well, just watch:

Hat Tip GM Watch

Meanwhile, don’t forget to listen to my interview with Anastasia Bodnar on GMOs.


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