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This Is Not Normal,This Is Not OK! :Day 32

Things Trump Messed Up Today:

In case you are wondering what Trump is trying to do, just look to Putin.  Putin has accumulated MASSIVE wealth through his corruption.(200!!! Billion)  Trump wants to be just like Putin.  This is all about the money.  


Trump wants to kill sesame street.  And the rest of PBS.  Including funding for arts…because why not.  It’s almost 0% of the federal budget, does a lot of good, and for some reason Trump wants to kill it…


Now that Trump is president all the super creeps feel they can publicly say whatever horrible thing is on their mind.  This Utah politician thinks women shouldn’t be paid the same as men…because he thinks its bad for families.  We have to vote these people out of office, as its the only want to let them know that we wont normalize these kinds of things.


Trump gets all his news from TV.  Specifically Fox news.  This basically means that Trump’s reality is based on whatever Fox puts on the news.  Just think about that for a while.


Flynn might only be the start, this administration could be rotten to the core.


Trump is firing anyone who disagrees with him, meaning that the echo chamber of his madness will only grow.  There are no brakes on this crazy train.


Trump is destroying the local business around the “winter white house.”  The locals are none too happy about it.


The state of the world is getting more precarious, Trump’s failure to lead is going to cause many deaths.

The Resistance!


Saturday feb 25th!  Start your own rally to save The Affordable Care Act!

Science March! April 22nd!

Women’s General Strike March 8th! (international Women’s day)

Trump Impeachment Rally In Atlanta On Today!


Here is a good basic overview on how the impeachment process works.  Good to know because I am pretty sure we will need this soon.


Even Fox news is getting a little uncomfortable with Trump’s anti-media screeds.   They are not alone, weak willed corporate news outlets are starting to realize its time to put principle over profit and stand up and fight.  I still don’t recommend you watch these piece of shit news outlets, but its good to see them stand up a little.


Boston had a rally for science this weekend!  Just look at all those nerds out there fighting for freedom.  More pictures here.


A group of Anti-Trump people in the UK are aiming to have the largest Protest the UK has ever seen when Trump visits.  The entire world is rising up against Trump.


Rep. Tom Reed Town Hall

We're at a town hall discussion led by Rep. Tom Reed, a Republican congressman in New York. Leave your questions in the comments, and NYT reporter Nilo Tabrizy will ask some.

Posted by NYT Politics on Saturday, February 18, 2017

More, more of this.


Kicking out the corporate democrats is a top priority.  We need strong democratic leaders that will revitalize support for the party.


We don’t need to just resist, we can attack!  Make these assholes have to go on TV and tell the American people why they are not going to do things that are good for the average people in this country.


Tools of change:

Feel like this is all a bunch of bullshit?  Want to do something about it?

Calling your government representative:

Call your Senator
Call your House Rep (Or use this spreadsheet)
Call your Governor
Or try this website
Fax Congress here (free!)

You can also use if you are having a hard time figuring out what to say.

Tell them in no uncertain terms that you want them to fight to stop Trump from doing these things. Tell them you will be watching them closely on how they vote, and will hold them accountable during the next election if they cave to Trump.  You can also call other states congress people and threaten to donate to their opponent if they don’t do what you want.

Call the “White House”:

Use this  website to call one of Trump’s many properties he has not put into a blind trust yet, and let them know how you feel (be polite, they are workers just like us, but be firm).

Go to a town hall and talk to your congress person in person:

Check when the next town hall is here

Monitor your congressperson:

Keep track of how your senator is voting on cabinet picks here, so you can call them up and give them hell if they vote for any of these worthless fuckers.

Also be sure to keep track if you live in a district with an upcoming flip-able seat (flip to the left that is)

General Guides:

Guidelines by former Congress staffers on how to get Congress to listen.

Run For Office!:

Want to run for office in your area to fight back, check this out for positions that are open in your area, how to register, and what you need to do to win office!

Remove the Corporate Democrats!:

Join the fight to clean out the democratic party:  Justice Democrats!

Leading researchers in cyber-physical systems to showcase innovations at SmartAmerica Expo

Media Advisory 14-012
Leading researchers in cyber-physical systems to showcase innovations at SmartAmerica Expo

June 11 event at Washington Convention Center features keynotes and live demonstration of the ?nternet of Things’ in action

Smart America logo

On June 11th, 24 teams will come together to demonstrate the potential of cyber-physical systems.
Credit and Larger Version

June 9, 2014

Just as the Internet transformed the way people interact with information, cyber-physical systems (CPS) are transforming the way people interact with engineered systems. Cyber-physical systems integrate sensing, computation, control and networking into physical objects and infrastructure. Already, CPS innovations are driving development in sectors such as agriculture, energy, transportation, building design and automation, healthcare and advanced manufacturing. New advances in CPS will enable capability, adaptability, scalability, resiliency, safety, security and usability that will far exceed the simple embedded systems of today.

In December 2013, the SmartAmerica Challenge was launched as a way to bring together leaders from industry, academia and the government in order to show how cyber-physical systems (also known as ‘the Internet of Things’) can create jobs, new business opportunities and greater capabilities for citizens. Since then, 24 teams from more than 100 participating organizations have joined forces to tackle some of the biggest societal challenges of our time–from emergency response systems to next-generation transportation systems to smart healthcare.

On June 11, 2014, the teams will come together at the Washington D.C. Convention Center to showcase their vision for a smarter America driven by advances in CPS.

See the demonstrations and hear from speakers from the White House, the National Science Foundation, the Department of Commerce and other government agencies, companies and universities from across the United States.

From 9 a.m. to 4 p.m. there will be ongoing demonstrations and speakers covering healthcare, smart energy, transportation and disaster response. These demonstrations will include robotics, autonomous vehicles, UAVs, search dogs, 3-D printing, security technology, healthcare systems and advanced vehicle communications.


Todd Park, U.S. Chief Technology Officer and Assistant to the President

Dan Tangherlini, Administrator, U.S. General Services Administration

Farnam Jahanian, Assistant Director for Computer and Information Science and Engineering, National Science Foundation

Chris Greer, Senior Executive for Cyber-Physical Systems, National Institute of Standards and Technology, U.S. Department of Commerce

Richard McKinney, Chief Information Officer, U.S. Department of Transportation

Bryan Sivak, Chief Technology Officer, U.S. Department of Health and Human Services


SmartAmerica Expo: A Showcase of CPS innovations from teams representing government, academia and industry.


Wednesday, June 11, 2014, 9 a.m.-4 p.m. Media and the public are welcome throughout the Expo.


Walter E. Washington Convention Center
801 Mt Vernon Pl., N.W., Washington, D.C., near the Mt. Vernon Square/7th St. Convention Center Metro stop on the Green and Yellow lines.


To hear how advances in cyber-physical systems are impacting sectors such as smart manufacturing, healthcare, smart energy, intelligent transportation and disaster response, and how these advances deliver socio-economic benefits to America.

To learn more, visit the SmartAmerica website.

To talk with exhibitors or speakers about their work, journalists are encouraged to contact NSF’s Aaron Dubrow who can help arrange onsite interviews:, (703) 292-4489.

Throughout the event, we will tweet news and images from @NSF and @NSF_CISE. For additional up-to-the-minute information, follow the official event hashtag: #SmartAmerica.


Media Contacts
Aaron Dubrow, NSF, 703-292-4489,

Related Websites
Smart America:
NSF Cyber-Physical Systems:

The National Science Foundation (NSF) is an independent federal agency that supports fundamental research and education across all fields of science and engineering. In fiscal year (FY) 2014, its budget is $7.2 billion. NSF funds reach all 50 states through grants to nearly 2,000 colleges, universities and other institutions. Each year, NSF receives about 50,000 competitive requests for funding, and makes about 11,500 new funding awards. NSF also awards about $593 million in professional and service contracts yearly.

 Get News Updates by Email 

Useful NSF Web Sites:
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How much fertilizer is too much for Earth’s climate?

How much fertilizer is too much for Earth’s climate?

Helping farmers around the globe combat greenhouse gas emissions and climate change

tractor in a corn field at the NSF Kellogg Biological Station LTER site.

Applying nitrogen fertilizer to corn at the NSF Kellogg Biological Station LTER site.
Credit and Larger Version

June 9, 2014

The following is part fifteen in a series on the National Science Foundation’s Long-Term Ecological Research (LTER) Network. Visit parts one, two, three, four, five, six, seven, eight, nine, ten, eleven, twelve, thirteen, and fourteen.

Helping farmers around the globe apply more precise amounts of fertilizer nitrogen can combat climate change.

That’s the conclusion of a study published this week in the journal Proceedings of the National Academy of Sciences. In the paper, researchers at Michigan State University (MSU) provide an improved prediction of nitrogen fertilizer’s contribution to greenhouse gas emissions from agricultural fields.

The study uses data from around the world to show that emissions of nitrous oxide (N2O), a greenhouse gas produced in soil following nitrogen addition, rise faster than previously expected when fertilizer rates exceed crop needs.

Nitrogen-based fertilizers spur greenhouse gas emissions by stimulating microbes in the soil to produce more nitrous oxide.

Nitrous oxide is the third most important greenhouse gas, behind carbon dioxide and methane.

Agriculture accounts for about 80 percent of human-caused nitrous oxide emissions worldwide, which have increased substantially in recent years due to increased nitrogen fertilizer use.

“Our motivation is to learn where to best target agricultural efforts to slow global warming,” says MSU scientist Phil Robertson. Robertson is also director of the National Science Foundation (NSF) Kellogg Biological Station Long-term Ecological Research (LTER) site, one of 25 such NSF LTER sites around the globe and senior author of the paper.

“Agriculture accounts for 8 to 14 percent of all greenhouse gas production globally. We’re showing how farmers can help reduce this number by applying nitrogen fertilizer more precisely.”

The production of nitrous oxide can be greatly reduced if the amount of fertilizer needed by crops is exactly the amount that’s applied to farmers’ fields.

When plants’ nitrogen needs are matched with the nitrogen that’s supplied, fertilizer has substantially less effect on greenhouse gas emissions, Robertson says.

“These results vastly improve the ability of research to inform climate change, food security and the economic health of the world’s farmers,” says Saran Twombly, a program director in NSF’s Division of Environmental Biology, which funded the research through the LTER Program.

Lead author and MSU researcher Iurii Shcherbak notes that the research is especially applicable to fertilizer practices in under-fertilized areas such as sub-Saharan Africa.

“Because nitrous oxide emissions won’t be accelerated by fertilizers until crops’ nitrogen needs are met, more nitrogen fertilizer can be added to under-fertilized crops without much affecting emissions,” says Shcherbak.

Adding less nitrogen to over-fertilized crops elsewhere, however, would deliver major reductions to greenhouse gas emissions in those regions.

The study provides support for expanding the use of carbon credits to pay farmers for better fertilizer management and offers a framework for using this credit system around the world.

Carbon credits for fertilizer management are now available to U.S. corn farmers, says Robertson.

The research was also funded by MSU and by the U.S. Department of Energy’s Great Lakes Bioenergy Research Center and the Electric Power Research Institute.

—  Cheryl Dybas, NSF (703) 292-7734
—  Layne Cameron, MSU (517) 353-8819

Douglas Landis
Thomas Schmidt
Katherine Gross
Stephen Hamilton
G. Philip Robertson

Related Institutions/Organizations
Michigan State University


Related Programs
Long-Term Ecological Research

Related Awards
#1027253 The KBS LTER Project: Long-term Ecological Research in Row-crop Agriculture

Total Grants

Related Websites
NSF Grant: The KBS LTER Project: Long-term Ecological Research in Row-crop Agriculture:
NSF Kellogg Biological Station Long-Term Ecological Research (LTER) Site:
NSF Long-Term Ecological Research (LTER) Network:
NSF News: Scientists Develop New Carbon Accounting Method to Reduce Farmers’ Use of Nitrogen Fertilizer:
NSF News: Marginal Lands Are Prime Fuel Source for Alternative Energy:
NSF Publication: Discoveries in Long-Term Ecological Research:

World Oceans Day: 12 things to know about El Niño: Is it coming, and when?

World Oceans Day: 12 things to know about El Ni?: Is it coming, and when?

How will it affect coastal species–and the fish on our dinner tables?

Spray glider in the water

As part of the ROGER project, Spray gliders are tracking the formation of this year’s El Nino.
Credit and Larger Version

June 5, 2014

Just in time for World Oceans Day on June 8, cometh El Niño. But is El Niño really on the horizon? How certain are we of its arrival? And how will we know it’s here? What effect will it have on the weather, on coastal species and on what’s on our dinner tables?

To find out, the National Science Foundation (NSF) talked with biological oceanographer Mark Ohman and physical oceanographer Dan Rudnick of California’s Scripps Institution of Oceanography. Their work is funded by NSF’s Division of Ocean Sciences and Division of Environmental Biology.

1) What is El Niño?

(Ohman) El Niño is the formation of warmer-than-usual ocean waters in the equatorial Pacific, with extensive temperature changes along the coast of South America during the month of December–hence the Spanish name “El Niño,” the Christmas child. Scientists refer to the phenomenon as the El Niño-Southern Oscillation (ENSO). Its warm ocean phase is termed El Niño, and cool ocean phase La Niña.

2) Is El Niño predictable?

(Rudnick) Yes, to some extent. Scientists have identified the precursors of an El Niño; observations to monitor them are taking place near the equator. These observations are used in sophisticated models to predict the timing and magnitude of a developing El Niño. Right now, the models show anything from a weak to a strong El Niño ahead.

3) How do we know that changes in the ocean are the result of El Niño?

(Ohman) El Niño is the strongest year-to-year “signal” on Earth, with distinct temperature and precipitation changes over land and in the sea. Because the ocean is variable on many time scales (tidal, seasonal, year-to-year and decade-to-decade), it’s essential to have a baseline of ocean measurements against which to measure departures from normal conditions.

Scientists at the NSF California Current Ecosystem Long-Term Ecological Research site, located in Southern California waters, have access to records of ocean conditions as far back as 1916.

4) Are all El Niños alike?

(Ohman) Not at all. Not only do El Niños vary in intensity, there are at least two major types. In one El Niño, termed Eastern Pacific, the most extreme temperature changes happen off the South American coast. In Central Pacific (CP) El Niños, the center of ocean temperature changes is much farther to the west. Some evidence suggests that the frequency of CP El Niños may be increasing.

(Rudnick) Ultimately every El Niño is different, and only some will strongly affect the coasts of the Americas.

5) When are the effects of El Niño the strongest?

(Ohman) The development of an El Niño is seasonal. The first ocean temperature changes usually begin during the Northern summer (June through September) then continue to grow, reaching their maximum during winter, from November to the following January. But precursors can sometimes be detected as early as February or March of the year of an El Niño’s onset.

6) How often do El Niños occur, and how long do they last?

(Ohman) El Niños happen about every two to seven years. The last one was in 2009-10. Their duration is variable, but is usually six to eight months along the equator, with shorter time periods in higher latitudes. There have been exceptional cases of very long El Niños that lasted for two or more years, such as in 1957-59.

7) Are there new ways of observing developing El Niños?

(Rudnick) Yes, we’re doing transects–criss-crossings of the ocean–using bullet-shaped, winged robotic gliders that collect underwater data. They’re part of a project called Repeat Observations by Gliders in the Equatorial Region (ROGER).

These futuristic-looking gliders, called Spray gliders, traverse the oceans under their own power and are taking measurements in the Pacific Ocean near the Galapagos Islands. The information that returns with a glider tells us how the ocean is changing, and whether those changes indicate the coming of an El Niño.

8) How do the Spray gliders work?

(Rudnick) Spray gliders dive from the surface down to 1,000 meters (3,281 feet) and back, completing a cycle in six hours and covering six kilometers (3.7 miles) during that time.

The gliders carry sensors to measure temperature, salinity, current velocity, chlorophyll fluorescence (a measure of the abundance of phytoplankton), and acoustic backscatter (a measure of zooplankton). Spray gliders are launched for missions lasting about 100 days.

9) How do you know when to send out the gliders?

(Rudnick) The ROGER project wasn’t originally designed to observe an El Niño, but the gliders were always capable of doing so. With a scientific project funded by NSF for two years, we couldn’t realistically expect to catch an El Niño.

But science does involve serendipity, and we’re fortunate to have the gliders in position just as an El Niño is appearing. We expect our data to include the most high-resolution repeated ocean transects ever done across the equator during an El Niño. Results from the gliders are showing the classic signs of an El Niño, including a strengthening equatorial undercurrent.

10) What effects will El Niño have on marine ecosystems along the U.S. West Coast?

(Ohman) During El Niño, the spawning grounds of coastal fish like sardines and anchovies often move closer to the coast. As warming waters from the open ocean come ever nearer to the California coast, cool upwelled water is found mostly along the edge of the land.

Warm-water plankton and fish may be transported far to the north of their normal ranges. In some El Niños, species that live along the coast of Baja California, Mexico, may be found as far north as off British Columbia.

11) Do seabirds and marine mammals respond to El Niño?

(Ohman) It all comes down to where the fish are. Some seabirds, especially those with limited foraging ranges or narrow food preferences, may have reduced reproductive success during an El Niño. California sea lions may have less fish prey available and therefore depressed birth weights of pups. Some whales, dolphins and porpoises may move to different foraging grounds where the fishing is better.

12) Will fisheries off California be affected?

(Ohman) El Niño may have a substantial effect on the catch of, for example, market squid, one of the most commercially important species off California. The spawning of this cool-water species may be severely curtailed, or take place in deeper waters than usual.

During an El Niño, U.S. West Coast sportfishers often catch more warm-water fish such as yellowfin tuna, dolphinfish (dorado), and yellowtail, and fewer cool-water fish like rockfish and lingcod. What’s on your dinner table may, for a time, look just a bit different.

—  Cheryl Dybas, NSF (703) 292-7734

Related Websites
NSF Grant: Collaborative Research: Repeat Observations by Gliders in the Equatorial Region (ROGER):
NSF Grant: Ecological Transitions in the California Current Ecosystem: CCE-LTER Phase II:
NSF California Current Ecosystem Long-Term Ecological Research (LTER) Site:
NSF Long-Term Ecological Research Network:
NSF Publication: Discoveries in Long-Term Ecological Research:

New Suspect Identified in Supernova Explosion

Supernovas are often thought of as the tremendous explosions that mark the ends of massive stars’ lives. While this is true, not all supernovas occur in this fashion. A common supernova class, called Type Ia, involves the detonation of white dwarfs — small, dense stars that are already dead.

New results from NASA’s Spitzer Space Telescope have revealed a rare example of Type Ia explosion, in which a dead star “fed” off an aging star like a cosmic zombie, triggering a blast. The results help researchers piece together how these powerful and diverse events occur.

“It’s kind of like being a detective,” said Brian Williams of NASA’s Goddard Space Flight Center in Greenbelt, Maryland, lead author of a study submitted to the Astrophysical Journal. “We look for clues in the remains to try to figure out what happened, even though we weren’t there to see it.”

Supernovas are essential factories in the cosmos, churning out heavy metals, including the iron contained in our blood. Type Ia supernovas tend to blow up in consistent ways, and thus have been used for decades to help scientists study the size and expansion of our universe. Researchers say that these events occur when white dwarfs — the burnt-out corpses of stars like our sun — explode. 

Evidence has been mounting over the past 10 years that the explosions are triggered when two orbiting white dwarfs collide — with one notable exception. Kepler’s supernova, named after the astronomer Johannes Kepler, who was among those who witnessed it in 1604, is thought to have been preceded by just one white dwarf and an elderly, companion star called a red giant. Scientists know this because the remnant sits in a pool of gas and dust shed by the aging star.

Spitzer’s new observations now find a second case of a supernova remnant resembling Kepler’s. Called N103B, the roughly 1,000 year-old supernova remnant lies 160,000 light-years away in the Large Magellanic Cloud, a small galaxy near our Milky Way.

“It’s like Kepler’s older cousin,” said Williams. He explained that N103B, though somewhat older than Kepler’s supernova remnant, also lies in a cloud of gas and dust thought to have been blown off by an older companion star. “The region around the remnant is extraordinarily dense,” he said. Unlike Kepler’s supernova remnant, no historical sightings of the explosion that created N103B are recorded.

Both the Kepler and N103B explosions are thought to have unfolded as follows: an aging star orbits its companion — a white dwarf. As the aging star molts, which is typical for older stars, some of the shed material falls onto the white dwarf. This causes the white dwarf to build up in mass, become unstable and explode. 

According to the researchers, this scenario may be rare. While the pairing of white dwarfs and red giants was thought to underlie virtually all Type Ia supernovas as recently as a decade ago, scientists now think that collisions between two white dwarfs are the most common cause. The new Spitzer research highlights the complexity of these tremendous explosions and the variety of their triggers. The case of what makes a dead star rupture is still very much an unsolved mystery.

NASA’s Jet Propulsion Laboratory, Pasadena, California, manages the Spitzer Space Telescope mission for NASA’s Science Mission Directorate, Washington. Science operations are conducted at the Spitzer Science Center at the California Institute of Technology in Pasadena. Spacecraft operations are based at Lockheed Martin Space Systems Company, Littleton, Colorado. Data are archived at the Infrared Science Archive housed at the Infrared Processing and Analysis Center at Caltech. Caltech manages JPL for NASA.