Forest Digest — Week of February 6th, 2017

February 10th, 2017|Tags: |0 Comments

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Find out the latest in forest news in this week’s Forest Digest!

Forest

Credit: Loren Kerns via Flickr.

  • The secret life of trees: Is nature less selfish than we think? — CNN
    Research suggests that rather than simply competing for survival, trees also cooperate and share resources using underground fungi networks. Excess carbon from older trees helps seedlings survive.
  • The new gold rush: Loggers see money growing on millions of dead trees Washington Post
    The historic five-year drought in California wiped out 102 million trees in the Sierra Nevadas. However, this tragedy comes with a silver lining. The Californian government, in the middle of a $50 million effort to get rid of tens of thousands of dead trees that threaten infrastructure, has created several job opportunities for loggers all across the country.
  • Trees supplement income for rural farmers in AfricaScience Daily
    A new study suggests that trees on African farms help reduce poverty and maintain biodiversity. Among those surveyed, trees on farms contribute 17 percent to their annual household income.
  • Stunning forest mural sends chilling message about climate change — CNN
    Artist Sean Yoro completed his latest project, “Puliki,” using natural chalk and water on the burnt bark of trees. The piece, which has already been washed away by the first rainfall, was designed to send a message about the urgency of climate change, drought and deforestation.

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Replanting Giants on Mount Adams

February 9th, 2017|Tags: , , , |0 Comments

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By Lindsay Seventko, Communications Intern

Mount Adams

Mount Adams. Credit: Candra Grimm, entrant in our 2016 Forests in Focus photo contest.

A deafening roar shakes the giant firs in the foothills of Mount Adams as a volcano of black, dirty water explodes from the dam that’s held it back for nearly a hundred years. As the thick, sediment-filled river rushes through the valley, it’s hard to imagine that this symbolizes the beginning of a new era of restored, pristine wildlands in the northern Washington wilderness.

Four years after the Condit dam removal, the White Salmon Wild and Scenic River runs clear. Steelhead and Chinook that were nearly eliminated from the waters are rushing up the strong, cold current by the thousands. But, the health of this river is intimately dependent on the forest surrounding it. Beginning on the slopes of Mount Adams, the White Salmon River’s unique and vibrant ecosystem can be attributed to forest cover that provides the water infiltration necessary for the ice cold, abundantly rushing flows year round.

The old-growth forest covering the watershed also provides vital habitat for the threatened northern spotted owl, cougars and elk. Yet, these incredible wildlife species and the vitality of the river are both threatened by loss of forest land.

In the past decade, ancient forests that have survived fires dating back to the 1800s have struggled to recover from massive wildfires that incinerated the area so completely, even seeds couldn’t survive. Within the 10,000 acres most affected by the fires, the iconic ponderosa pines have been completely wiped from the landscape and none have regenerated. Without this forest surrounding Mount Adams, habitat for rare wildlife is limited, the waters of the White Salmon River won’t be replenished as quickly and a massive carbon sink has been lost.

To help restore this incredible watershed, American Forests partnered with the U.S. Forest Service to reforest more than 500 acres of forest along the headwaters of the White Salmon River on Mount Adams, a part of a series of projects by the Forest Service to replant more than 3,000 acres of the forest.

Planting up on the sub-alpine slopes of Mount Adams allowed for much of the planting to take place in areas where the tiny seedlings are likely to grow undisturbed over the coming years into old-growth habitat — perfect for the northern spotted owl and other wildlife.

As the gangly saplings grow uninhibited in the remote and breathtaking location, the ponderosa pine, Douglas-fir, western white pine and western larch will transform into iconic giants that will shelter some of North America’s most incredible wildlife. As the ground water and springs replenish, the waters gushing down the slopes of Mount Adams will rush through the valley below with the cold, swift current perfect for the populations of salmon, steelhead and sturgeon.

The post Replanting Giants on Mount Adams appeared first on American Forests.

Serving up a NOAA-thing burger

I have mostly been sitting back and watching the John Bates story go through the predictable news-cycle of almost all supposed ‘scandalous’ science stories. The patterns are very familiar – an initial claim of imperfection spiced up with insinuations of misconduct, coordination with a breathless hyping of the initial claim with ridiculous supposed implications, some sensible responses refuting the initial specific claims and demolishing the wilder extrapolations. Unable to defend the nonsense clarifications are made that the initial claim wasn’t about misconduct but merely about ‘process’ (for who can argue against better processes?). Meanwhile the misconduct and data falsification claims escape into the wild, get more exaggerated and lose all connection to any actual substance. For sure, the technical rebuttals to the specific claims compete with balance of evidence arguments and a little bit of playful trolling for the attention of anyone who actually cares about the details. None of which, unfortunately, despite being far more accurate, have the narrative power of the original meme.

The next stages are easy to predict as well – the issues of ‘process’ will be lost in the noise, the fake overreaction will dominate the wider conversation and become an alternative fact to be regurgitated in twitter threads and blog comments for years, the originators of the issue may or may not walk back the many mis-statements they and others made but will lose credibility in any case, mainstream scientists will just see it as hyper-partisan noise and ignore it, no papers will be redacted, no science will change, and the actual point (one presumes) of the ‘process’ complaint (to encourage better archiving practices) gets set back because it’s associated with such obvious nonsense.

This has played out many, many times before: The Yamal story had a very similar dynamic, and before that the ‘1934‘ story, etc. etc.

Assuming for the sake of politeness that sound and fury signifying nothing is not the main goal for at least some participants, the question arises: since this is so predictable why do people still keep making the same mistakes?

I have two slides that I use in my talks about the challenges of science communication in a politicized world:

The Bates story is an excellent illustration of how this plays out in real life. The key thing to remember is that there is a ready-made narrative and ‘public’ issue for all stories like this and it takes real skill (and might not be possible) to avoiding falling into that pre-existing narrative rut. You know, this one:

[Pro-tip: talking about massive international multi-agency conspiracies makes you sound like a crazy person, so get past that by only talking about the whistleblowers!].

Unfortunately, Bates and Curry, perhaps deciding that judgement calls about where on a complex maturity matrix (right) (Bates et al, 2014) any specific dataset should be placed, was not likely to generate much attention, decided to over-egg their pudding: Bates added obviously wrong claims to his litany (like the claim that ASCII data on an ftp site was neither an archive nor ‘machine readable’), and let his imagination run beyond what he could actually show (‘thumbs on the scale’ for instance). David Rose, certain that he had a juicy data tampering story didn’t bother to check his graph when it seemed to show a big difference between analyses. Note that the graph did not actually use the data from the Karl et al (2015) paper at all.

Thus a perhaps interesting claim about process, got turned instantly into a claim about misconduct, and another hammer to be used to undermine independently replicated conclusions (Hausfather et al, 2016). In Bates’ later interviews, he tried to close Pandora’s box – for instance saying that “The issue here is not an issue of tampering with data, but rather really of timing of a release of a paper that had not properly disclosed everything it was”. Well, whoop-dee-doo.

Weirdly he also claimed that he is wary of his critique becoming a talking point for those skeptical of human-caused climate change and that “I knew people would misuse this”.

Which kinda makes my point but also raises some obvious questions!

The key element in politicized discussions of science is the obvious desire of most people to have the narrative confirm what they desperately want to be true. Thus however little the story projected onto the faux debate, that is where the story was going to go. The initial exaggerations and false claims just made this more likely.

In contrast to the argument made in a recent New York Times op-ed, science is not politicized because scientists are citizens and have opinions (they are and they do), but because certain narratives suit political movements better than the truth.

Scientists can fight against this by being scrupulous in not giving opportunities for people to take their words or work out of context and project it onto the faux debate. One can be clear from the beginning about what can’t be concluded, as well as what can be. Specific complaints about specific issues need to be clearly distinguished from general complaints about everything. I find that people who do this don’t get caught up so much in these faux scandals, while for people (like Bates) who don’t see it as their responsibility to properly contextualise their statements, it happens over and again.

When people who know better go ahead anyway, you end up with this kind of mess with all the bad consequences outlined in the above slide, regardless of the point that someone thought they were making. But in this case the actual substance is a total NOAA-thing burger.

Can I get fries with that?

References


  1. J.J. Bates, J.L. Privette, E.J. Kearns, W. Glance, and X. Zhao, “Sustained Production of Multidecadal Climate Records: Lessons from the NOAA Climate Data Record Program”, Bulletin of the American Meteorological Society, vol. 97, pp. 1573-1581, 2016. http://dx.doi.org/10.1175/BAMS-D-15-00015.1


  2. T.R. Karl, A. Arguez, B. Huang, J.H. Lawrimore, J.R. McMahon, M.J. Menne, T.C. Peterson, R.S. Vose, and H. Zhang, “Possible artifacts of data biases in the recent global surface warming hiatus”, Science, vol. 348, pp. 1469-1472, 2015. http://dx.doi.org/10.1126/science.aaa5632


  3. Z. Hausfather, K. Cowtan, D.C. Clarke, P. Jacobs, M. Richardson, and R. Rohde, “Assessing recent warming using instrumentally homogeneous sea surface temperature records”, Science Advances, vol. 3, pp. e1601207, 2017. http://dx.doi.org/10.1126/sciadv.1601207

Fake news, hacked mail, alternative facts – that’s old hat for climate scientists

Distortion? False information? Conspiracy theories? Hacked email? Climate scientists have known all this for decades. What can be learned from their rich experience with climate propaganda.

The world is slowly waking up. “Post-truth” was declared the word of the year 2016 by the Oxford Dictionaries. Finally, people start to widely appreciate how dangerous the epidemic of fake news is for democracy.

Stir up hate, destroy discourse, make insane claims until no one can distinguish the most bizarre absurdity from the truth any more.

Thus the Austrian author Robert Misik aptly describes the strategy of right-wing populists.

Some call it “alternative facts”. (Those are the convenient alternative to true facts.) Let’s simply call it propaganda.

Fake News

Confusing people with fake news is not an invention of the Brexit and Trump campaigns. Here are some examples of simply false to outright crazy claims that “climate skeptics” have used to fool lay people for at least two decades (the links lead to explanations):

The greenhouse effect cannot exist, because it supposedly violates the 2nd law of thermodynamics. Since the late 1990s there has been no warming. In the Middle Ages Greenland was almost free of ice. The climate has cooled dramatically, Daily Mail and Breitbart News recently claimed (see the following video, in which meteorologist Kait Parker from the Weather Channel charmingly debunks this).

The “hockey stick” is broken. Sea levels are falling (claimed Björn Lomborg ). Etc. etc.

Graph: Greg Laden , with permission

The latest salvo in this is the claim by David Rose (yet again) in the British tabloid Daily Mail that “world leaders were duped into investing billions over manipulated global warming data”. Check out the “data manipulation” yourself in the next graph to see immediately how credible this story is. Rose used a misleading graph and cited a retired “whistleblower”, John Bates, who has since told AP that there was “no data tampering, no data changing, nothing malicious.”

The key graph from Karl et al. (2015), showing the old NOAA data in red and the improved new version in black. Could the difference of a few hundredths of a degree have duped world leaders into signing on to the Paris Climate Agreement? (Mind you, the new version has been independently verified against the latest high-quality observational data and merely brings the NOAA data in line with the other global surface temperature data sets.)

And in any case, climate change is an eco-marxist scam (writes the Oslo terrorist Anders Breivik in his manifesto – with reference to hacked climate researchers’ emails.)

Hacked mail

Among the dirty tactics in the US election campaign was the spread of hacked emails in the weeks before the election. US intelligence agencies have come to the conclusion that Russia has tried specifically to influence the US elections in order to help Trump.

To climate scientists that sounds familiar. Before the climate summit in Copenhagen in 2009 (where failed what in 2015 in Paris finally succeeded after 50 years of dithering: a global climate treaty), numerous emails from climate researchers from the preceding 14 years appeared on a server in the Russian city of Tomsk. They had been stolen from the British Climate Research Unit (CRU). British media speculated about evidence for a role of the Russian secret service FSB (who has an office at Tomsk) at the time; the British police have failed to identify the perpetrators of the data theft. On climate denier blogs and in many media these mails were hyped up to a “climategate” scandal and out-of-context tidbits were paraded to discredit climate research. For example, the Daily Telegraph headlined: “This is the worst scientific scandal of our generation”.

The problem with this hype: in those climate scientist emails, there wasn’t even the slightest indication of any misconduct or reasons for doubt about global warming, as a full eight thorough investigations later proved. The best thing the climate deniers could find were the phrases “Mike’s trick” and “hide the decline,” which was presented as if scientists were trying to hide that global temperatures are really falling. Which is false of course (they are rising), and which wasn’t what the quote referred to, as the context in the mail concerned immediately shows.

Nevertheless, from the point of view of climate deniers, the email hack was a terrific success in influencing public opinion. This can even be seen in a recent interview of the New York Times with Donald Trump. The one where Trump’s statement that he was “open” was widely interpreted as if he might reconsider his position on climate change. In fact, he said :

It’s a very complex subject. I’m not sure anybody is ever going to really know. I know we have, they say they have science on one side but then they also have those horrible emails that were sent between the scientists. Where was that, in Geneva or wherever five years ago? Terrible. Where they got caught, you know, so you see that and you say, what’s this all about. I absolutely have an open mind.

It is shocking that a US president apparently bought into the propaganda about “climategate”. I guess Trump really doesn’t know any better – he’s known for often claiming demonstrably false things he got “off the Internet”. But  leading people from his team (like Myron Ebell or the new EPA chief Scott Pruitt) are among those who have systematically been spreading such fake news about climate. Even the sober New York Times headlined on the nomination of Pruitt: „Trump Picks Scott Pruitt, Climate Change Denialist, to Lead E.P.A.“ According to the Guardian, at least 9 senior members of Trump’s team deny basic scientific knowledge about climate change.

Threat and intimidation

Many climate scientists are subject to threats and hate mail. My colleague and Realclimate cofounder Michael Mann got threats against him and, worse still, his family. This went as far as a letter with white powder, which was sent to Mike at the height of the anthrax scare and led to the evacuation of the university building by the police. In Australia, where I held a visiting professorship last winter, after anonymous threats my colleagues are working in a locked security area of ​​the university, which can only be entered with a chip card. Two weeks ago, I was called “vermin” (“Schädling” in German – a word last used about human beings by the Nazis) and threatened with death for me and my family if I were to publish another blog article. This is how afraid some people are of words, of an open, reasoned discussion.

These intimidations have a chilling effect. I know some (especially younger) colleagues who prefer not to publicly comment on climate science, to avoid becoming a target.

Doubt as a product

There has long been a consensus in the scientic community that human activities are primarily responsible for global warming. The physics is understood, the evidence is clear and overwhelming. Scientific academies and professional organizations from all over the world have clearly stated this. The doubts about climate science, which are still widespread among lay people, are a product with an industry behind it. Hundreds of millions of dollars are pumped annually by (mostly fossil) interest groups into “think tanks” which promote doubts by parading self-styled “experts” and pseudo-studies. Some are the same PR folks who previously tried to portray the harm from smoking as scientifically unproven.

The British author George Monbiot recently wrote in a highly recommended article :

I first encountered the machine when writing about climate change. The fury and loathing directed at climate scientists and campaigners seemed incomprehensible until I realised they were fake: the hatred had been paid for. The bloggers and institutes whipping up this anger were funded by oil and coal companies.

The oil company Exxon knew, 40 years ago, how harmful their products are to the climate. In the US, public attorneys are currently investigating because Exxon systematically deceived the public about these findings.

But Trump, who owns holdings in oil companies, has now appointed former Exxon CEO Rex Tillerson as Secretary of State. Tillerson has received a friendship award from Putin, and in 2012 he has sealed a $ 500 billion oil drilling deal in the Russian Arctic, which is currently blocked because of sanctions over the  annexation of Crimea – one of the plausible motives for Putin to support Trump in the election campaign. (A number for comparison to those 500 billion: Russia’s total military spending was $ 66 billion in 2015.) Trumps administration is expected to aggressively push fossil fuel business – at the cost of the stability of the climate and people suffering from the increasing droughts and extreme events all over the world.

The flood of paid or politically motivated propaganda is not just a threat to democracy. It is a danger to humanity’s livelihood: a stable climate, reliable crops, a life-giving biosphere. It is a relapse behind the time of scientific enlightenment. What can you do about it, and what should you rather leave?

What is not helpful

Ignoring the danger. The problem won’t go away by ignoring it. Propaganda and conspiracy theories are increasing dramatically, as the Guardian shows with a number of examples and statistics. In the social networks, the most popular climate change item of the past six months was not a carefully researched article by a science journalist but the #fakenews “Tens of Thousands of Scientists Declare Climate Change a Hoax”.

Normalizing nonsense. It is not helpful when some media keep citing nonsense spread by dubious anti-climate-science lobby groups as if this were a part of a normal “scientific debate”. Lobby groups that systematically spread disinformation, defamation, or hatred should be named as such and not be cited as if they were just normal discussion contributors.

Going into hiding. One should not duck away out of fear or opportunism, when the open society (and that includes science) is being attacked.

False balance. When the propaganda film “The Great Global Warming Swindle” was broadcast in the UK Channel 4 with its misleading graphics, false statements, fabricated data , etc., the station justified this thus: “This is a controversial film but we feel that it is important that all sides of the debate are aired.” This is only true if there is actually a serious “other side of the debate” that puts forth honest arguments. Or is there in reporting about AIDS always someone for the sake of balance, who claims AIDS is not caused by the HIV virus? The well-known problem of “false balance” in the media has resulted in only a small minority of the public understanding that there is an overwhelming consensus in the scientific community. A majority of people falsely believes that climate researchers are split into two roughly equal camps about the causes of global warming.

What we should do

Check sources! To avoid becoming a gullible victim of fake news, one needs to critically check the sources of news. Is a piece of news originating from the Washington Post, or from some fringe website? A serious newspaper with professional journalistic standards and a reputation to defend is a priori much more credible – but not a guarantee either. Even some mainstream media repeat falsehoods from climate deniers and (probably) consider this critical science journalism. I don’t need to mention specific examples here; our readers know plenty anyway. Checking sources also means: are cited experts really as prestigious as claimed? Today, thanks to scientific publication databases, you can easily verify that. Is a media report about some scientific finding based on a study in a peer reviewed journal? What do those media say whose core competence is science (e.g. Scientific American)?

Gather the views of independent experts. A very useful initiative in this regard is Climate Feedback, which solicits and publishes comments from a whole range of scientists about media articles on climate.

Enlighten. The best antidote against false news is true information with well-documented facts. One advantage of the Internet: everything I write in an article I can support with links, so everyone can verify the evidence. In case of statements on science, the ultimate evidence is usually studies in the peer-reviewed literature. Anyone who makes strong claims to laypeople, but does not publish them for discussion by professionals in relevant specialist journals, may well be more interested in propaganda than in science. False claims should be rebutted by those who understand the subject (but without giving the false claims more prominence).

Illuminate the background. Instead of citing lobby groups like a normal voice in a scientific discussion, one should illuminate their background and funding sources. Useful resources for checking the background of climate skeptics are e.g. the Realclimate Wiki and DeSmogBlog (here their background on David Rose).

Unfortunately there is no magic formula or panacea against the lobby activities of powerful interest groups who are deceiving the public by means of propaganda. Ultimately, only the citizens of the open society can defend themselves by making the effort to think and check rather than just being gullible. And by being willing to pay for quality journalism. If you’re not paying for the news you are reading, someone else is. And they might not have your best interest in mind.

As Immanuel Kant said:

Enlightenment is man’s emergence from his self-imposed immaturity.

Self-imposed.

Weblinks

The Atlantic: How to Deal With the Lies of Donald Trump: Guidelines for the Media (core statement: clearly denounce lies as such – and not just call them “controversial” etc.)

Guardian: BBC climate coverage is evolving, but too slowly (On the “false balance” problem of the BBC.)

The Climate Feedback project regularly makes a critical commentary on media articles by scientists

Washington Post: I’m a scientist who has gotten death threats

Scientific American: The War on Facts is a War on Democracy

10 Nature-Inspired Date Ideas

February 8th, 2017|Tags: |0 Comments

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By Suah Cheong, American Forests

Couple in ForestValentine’s Day can be both a blessing and a curse. On the one hand, it’s a wonderful opportunity for us to remind our loved ones how much we care about them. On the other, we sometimes feel as though we’re drowning in endless piles of pink greeting cards, teddy bears and boxes of mediocre drug store candy.

If you’re looking to spend some quality time with your significant other but are growing a little tired of the same old “roses and chocolate” routine, switch things up this Valentine’s Day by being romantic while also showing your love for Mother Nature!

1. Go hiking
No matter your fitness level, hiking up a mountain with your significant other will make for a great date. Plan ahead to find a location with just the right amount of challenge, beauty and privacy. The fresh air and gorgeous scenery will make for a memorable and exciting date.

2. Try Geocaching
Use the GPS on your phone to search for local geocaching “treasures” and spend the day with your loved one looking around for them. You can learn more about Geocaching here.

3. Go boating, canoeing or kayaking
Live near a body of water? Take this opportunity to take in ecosystems around you by boat. Search ahead of time to see what recreational spots are close to you, then go explore the waters.

4. Have an outdoor picnic
Bring along a cozy blanket and a basket with your favorite foods and head outside for a romantic picnic. You can hike to a cool lookout, head to your local park or even stay in your own backyard to enjoy the nature around you in each other’s company.

5. Go biking
Nothing quite says romance like a carbon footprint of zero. Use your own bikes or rent some out for the day and go biking together. The two of you can travel to a favorite spot or go explore new areas. Either way, you’re bound to catch some beautiful views.

6. Stargaze
This timeless classic will guarantee you a romantic evening. Unplug, head outside and take in one of the universe’s greatest masterpieces: the night sky. Watching the sunrise or the sunset will also make for a fantastic date.

7. Plant a garden
Gardening and planting are great eco-friendly activities to do together that will last well-beyond your date night. Add some greenery to your house (or plant a few trees in your yard) to liven up any space and provide yourselves with natural air purifiers!.

8. Go camping
No matter how outdoorsy you are, go camping with your loved one. Even if this means pitching a tent in your backyard, head outside for a night and take in the nature. Don’t forget to bring a lantern, plenty of blankets and your favorite snacks.

9. Stop by the farmer’s market
Check out your local farmer’s market and take home some fresh produce to make a delicious home-cooked meal together. The beautiful sights and delicious smells will turn the trip into a romantic and adventurous date. When you get home, cook a healthy meal, using as many seasonal foods as you can. Farmer’s markets are also great places to buy fresh, beautiful flowers.

10. Volunteer
Search for volunteer opportunities in your area that will give back to the environment. You can look for recycling centers, animal shelters or parks or communities in need of aid.

The post 10 Nature-Inspired Date Ideas appeared first on American Forests.

USDA Scientific Integrity Policy Scores “Top Grade” in New Report

U.S. Department of Agriculture (USDA) Agricultural Research Service (ARS) entomologist Jay Evans and postdoctoral research associate Ryan Schwarz use a microscope to look at spores of the honey bee fungal parasite Nosema ceranae

U.S. Department of Agriculture (USDA) Agricultural Research Service (ARS) entomologist Jay Evans and postdoctoral research associate Ryan Schwarz use a microscope to look at spores of the honey bee fungal parasite Nosema ceranae, which can replicate in cells lining the honey bee gut on Oct. 25, 2011. Photo by Stephen Ausmus.

“Top grade,” “strong,” “substantially strengthened,” and “significantly improved,” may sound like reviews you might read about consumer products such as smart phones or televisions. However, these are the actual terms used by the Union of Concerned Scientists (UCS) in its recent review of USDA’s updated Scientific Integrity Policy.

In a January 2017 report titled “Preserving Scientific Integrity in Federal Policymaking,” the UCS – a noted organization that represents the interests of the scientific community – gave USDA’s updated Scientific Integrity Policy (or SIP, for short) the highest rating assigned in a three-tiered rating system.  Additionally, based on USDA’s release of a new procedural manual to accompany the SIP, USDA was one of only five federal departments or agencies (out of 18 reviewed) to receive a “strong” rating for its procedures for responding to scientific integrity concerns.

The Department has had a sustained commitment to developing a comprehensive department-wide SIP aimed at ensuring the highest level of quality, accuracy, and openness in all aspects of our scientific and technological processes and analyses.  In 2011, USDA was among the first Federal departments to issue a scientific integrity policy.  In 2013, USDA issued a more detailed version of the policy.  Following issuance of an updated SIP in 2016 and an accompanying procedural manual, UCS blogged that USDA’s SIP merited a “top grade” because it was “significantly improved in the protections it provides for USDA scientists” and “substantially strengthened.”

The Department is pleased to receive recognition for its SIP, which is intended to instill public confidence in the excellence, transparency, and innovation of USDA’s scientific research and science-based public policymaking.  We have also taken several other demonstrable actions to foster a culture of scientific integrity, including:

  • Launching a Web-based training course on scientific integrity that has been completed by more than 18,000 employees;
  • Developing a Website to serve as a source of information on USDA’s scientific integrity policies, procedures, and activities;
  • Designating individuals in each of the Department’s component agencies to serve as Agency Scientific Integrity Officers, who are available to speak confidentially with employees about scientific integrity issues and work with them to resolve concerns; and
  • Designating an individual to serve as the Departmental Scientific Integrity Officer, who has responsibilities for providing leadership and coordination on scientific integrity-related issues across the Department.

At USDA, we know that scientific integrity is woven into the fabric of the research that we conduct and the decisions that we make.  We are glad that others recognize this as well.

How 4-H Rocks for Missouri Youth of All Abilities

Missouri 4-H’er Riley Tade working

Missouri 4-H’er Riley Tade works with one of the goats in his 4-H project. Riley, who has cerebral palsy, is one of many youth in Missouri who don’t let special needs get in the way their love of agriculture and 4-H. (Image courtesy of University of Missouri Extension)

4-H is about more than barnyard animals, it’s about emerging sciences, like rocketry and geographic information systems.  4-H is also about leadership, citizenship, and many other things, but one quality truly stands out: 4-H is about inclusion.

In Missouri, 4-H clubs take an inclusive approach to working with youth who have special needs. “We don’t have set-aside or separate programs or activities for youth with special needs,” said Alison Copeland, campus 4-H specialist with University of Missouri Extension. “Rather, we provide our staff and volunteers with the tools and resources, such as sensitivity activities, to help staff increase their ability to work with youth of varying abilities in the same club or program.”

Some of those resources were adapted from The Ohio State University’s “Winning 4-H Plan,” with program assistance from 4-H National Headquarters at USDA’s National Institute of Food and Agriculture (NIFA).

“Our goal in 4-H is to help all youth reach their fullest potential,” said Dr. Amy McCune, national program leader with NIFA’s Division of Youth and 4-H. “We believe that a collaborative and inclusive environment where youth and adults learn from each other creates positive change within both themselves and in the community.”

4-H staff, volunteers, and parents understand how to help youth with special needs have meaningful experiences in 4-H activities, including participation in competitive events at county fairs, exhibits, camps, and more. “We encourage youth with special needs to fully participate in 4-H programs,” Copeland said.  Examples of special needs youth in Missouri 4-H are featured in the YouTube video “4-H and Youth with Special Needs.”

“Many youth with special needs go to 4-H camps, participate in 4-H projects and fairs, and travel to leadership and educational conferences – alongside their differently-abled 4-H peers,” Copeland said. “Inclusion is the key word.”

Copeland said that 4-H is a supportive and inclusive environment for youth with special needs, where staff and volunteers are sensitive to the needs of all youth and help create positive learning environments. “This tone sets the stage for youth to be inclusive and accepting with one another, as well,” she said. “We will continue looking at all aspects of the 4-H program to integrate accommodations and adaptations.”

NIFA invests in and advances innovative and transformative research, education and extension to solve societal challenges and ensure the long-term viability of agriculture.

Why I’m Here: Respecting Nature’s Ambiguity

February 7th, 2017|Tags: |0 Comments

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By Maverick Ryan, American Forests

Maverick RyanMost summers since I was a child, my father would insist on taking an extended hike to escape from the struggle of being a small businessman and soak in the vistas of the Puget Sound in Washington State. My earliest memories of childhood involved weaving up switchbacks that carved through the dense canopy of Douglas-fir, Western hemlock and cedar that led to Lena Lake Campground in the Olympic National Forest. On these yearly getaways, my father imbued me with some of life’s most important lessons and taught me what it meant to respect the wonders that the Earth has to offer us.

Most recently in June of 2016, my father and I decided this time, our travels would take us through the Enchanted Valley in the Olympic National Park. He devised a plan that would take us up through the valley, over Anderson Pass and out through the Dosewallips River Valley. A 40-mile trek that would span some of the most beautiful and remote sites in Olympic.

Of particular interest to my father was getting to see the largest Western hemlock in the U.S., fixed on the banks of the Quinalt River Valley between the Enchanted Valley and Anderson Pass. The trip would not be a success without seeing this mammoth tree, which, according to American Forest’s Champion Trees National Register, stands a towering 237 feet, with a massive circumference of nearly 23 feet.

However, over the course of recent years, erosion has eaten away at the banks of the Quinalt River Valley, and, once we reached the fork that signed the hemlock was near, the amount of carnage baffled me. I had never seen land so untouched by human hands look so decimated. We searched every bit of canopy around the outcropping where the path seemed to lead us, but the path ended with a vicious bank created by a washout. There didn’t seem to be any trees that stood out from the rest.

Perhaps nature had taken its course and washed away the prestigious tree, perhaps nature had obfuscated our path, deceiving us into thinking we were heading the right way or perhaps we stood at the foot of the tree, irreverent, deciding that its size wasn’t enough to be impressed by and refusing to believe that it’s physical form was remotely close to what we’d conjured in our heads.

Regardless, we left disappointed. But, I believe in my experience there’s a valuable lesson to be had, that nature works in spite of our own machinations. Despite our hopes, dreams, desires or needs, nature has a funny way of ditching the individual’s sense of self-importance in favor of a more sophisticated cycle, a lesson that perhaps transcends nature and applies to life as well.

And, that’s ultimately what led me here specifically to American Forests. Already having finished my first year at American University, and needing a formal direction for my policy work in the future, I found myself beholden to that potent reminder that nature will go about its own bidding without regard for our personal plans, and that the best plan is to respect this ambivalence, as well as plan according to it. American Forest’s mission echoed this lesson and was easy for me to jump on board with.

I’m humbled and eager to have the opportunity to combine two of my greatest joys in the world, nature and policy, in my internship with American Forests. On the cusp of a new and uncertain administration, there’s no better time for me to be here, nearly 3,000 miles from home and those gorgeous vistas on the Puget Sound, helping to further the progress American Forests has already made in protecting our forests.

The post Why I’m Here: Respecting Nature’s Ambiguity appeared first on American Forests.

New report: Climate change, impacts and vulnerability in Europe 2016

Another climate report is out – what’s new? Many of the previous reports have presented updated status on the climate and familiar topics such as temperature, precipitation, ice, snow, wind, and storm activities.

The latest report Climate change, impacts and vulnerability in Europe 2016 from the European Environment Agency (EEA) also includes an assessment of hail, a weather phenomenon that is often associated with lightening (a previous report from EASAC from 2013 also covers hail).

Usually, there has not been a lot of information about hail, but that is improving. Still, the jury is still out when it comes to hail and climate change:

Despite improvements in data availability, trends and projections of hail events are still uncertain.

EEA 2016 report front cover

More importantly, the report contains important update on the state of the usual weather elements in Europe. I will not give a lengthy account of the scope of the report due to its wide range of topics, but rather give a brief list of some quotes to show some of the strongest conclusions:

  • “European land temperatures in the decade 2006–2015 were around 1.5 °C warmer than the pre‐industrial level, and they are projected to continue increasing by more than the global average temperature increase.”
  • “Heavy precipitation events have increased in several regions in Europe over recent decades, in particular in northern and north‐eastern Europe.”
  • “the probability of occurrence of various recent heat waves and other damaging extreme weather and climate events in Europe has substantially increased as a consequence of anthropogenic climate change”
  • “The vast majority of glaciers in the European glacial regions are in retreat.”
  • “Snow cover extent in the northern hemisphere has declined significantly since the 1920s, with most of the reductions occurring since 1980.”
  • “The severity and frequency of droughts appear to have increased in parts of Europe, in particular in southern Europe and south‐eastern Europe.”
  • “Earlier spring advancement is observed in many plant species, and the pollen season starts earlier and is longer.”
  • “Many species have changed their distribution range, generally northwards and uphill, and these trends are projected to continue.”
  • Some results, however, were more ambiguous such as long-term trends in wind speeds and storm statistics:

    Observations of wind storm location, frequency and intensity show considerable variability.

    The report also has a strong emphasis on hydrology, for which the status also is less clear-cut than the results for temperature and precipitation.

    River flows have generally increased in winter and decreased in summer, but with substantial regional and seasonal variation.

    Many rivers are regulated and it is therefore difficult to compare old records before such interventions with the modern situation. Other consequences and impacts of climate change beside hydrology include ecosystems, e.g.

    Changes in temperature cause significant shifts in the distribution of marine species towards the poles, but also in depth distribution.

    The report also discusses the effects climate change has on society such as health issues, agriculture, transport, energy, tourism, and the economy. It is meant to assist science-based decision-making, and there is a growing recognition of the costs connected to climate change:

    Climate‐related extreme events accounted for almost EUR 400 billion of economic losses in the EEA member countries over the period 1980−2013.

    ‘Climate change, impacts and vulnerability in Europe 2016’ presents a number of important climate indicators, and I think it’s good that the report discloses that the data also is accessible from the European portal CLIMATE-ADAPT. However, you will need to search for a little while within the portal before you can get a copy of the data. At least for some types of data, you would get to the (external) source after a few clicks (I didn’t check them all).

    The report provides a useful overview (Table 1.7) of the data availability for all the climate indicators discussed therein, and places them in the context with emissions scenarios and climate simulations on which the future projections are based. The overview suggests that the assessments rely on variable amounts of data and model simulations, and in most cases fairly small ensembles.

    The global climate models (GCMs) are for all intents and purposes able to simulate observed natural variations such as the North Atlantic Oscillation (NAO) and Atlantic Meridional Overturning Circulation (AMOC). Both the NAO and the AMOC have a dominant influence on regional variations over Europe on time scales of a decade [1]. These fluctuations are ‘non-deterministic’ which means that we cannot give an accurate forecast of their exact future state.

    The statistical properties of these phenomena, however, are more readily predictable. We need sufficiently large samples to estimate the parameters which determine their statistical behavior. The objective is quantify the range of possible outcomes (and likelihoods) of such variations which come on top of the long-term changes caused by greenhouse gas forcings.

    A tricky question is whether the individual GCM simulation can be considered as an independent sample or whether there is a need to include many different types of models made up of different model components [2].

    The GCM results then need to be downscaled to provide more reliable details about the local climate. In some cases, the future projections for the local effects rely on several regional climate models (RCMs) but only a few GCMs (e.g. the projections for river flow involves 4 GCMs and 7 RCMs). The downscaling of these results are strictly not independent if they are based on the same GCM simulation because one GCM run provides the same description of the regional (“large-scale”) conditions.

    In other words, the results presented in ‘Climate change, impacts and vulnerability in Europe 2016’ represent uncertain estimates due to the reliance on a limited set of data. They give an indication of the direction of how things change, but are still not sufficient for providing a full account of the range of potential future outcomes.

    ‘Climate change, impacts and vulnerability in Europe 2016’ may be relevant to other continents than Europe, even if it has a regional focus. Many of the issues and weather phenomena are similar across the world, and Europe has one of the most comprehensive meteorological and hydrological observational networks in the world.

    References


    1. C. Deser, R. Knutti, S. Solomon, and A.S. Phillips, “Communication of the role of natural variability in future North American climate”, Nature Climate Change, vol. 2, pp. 775-779, 2012. http://dx.doi.org/10.1038/nclimate1562


    2. B.M. Sanderson, R. Knutti, and P. Caldwell, “Addressing Interdependency in a Multimodel Ensemble by Interpolation of Model Properties”, Journal of Climate, vol. 28, pp. 5150-5170, 2015. http://dx.doi.org/10.1175/JCLI-D-14-00361.1

    Action Alert: Drilling on Federal Lands

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