Category Archives: Web Article Review

Swale

Swale is a public food forest on a barge in New York City. Here’s what they’re growing:

Swale’s plant community is made up of perennial native fruit trees and shrubs, leafy self-seeding annuals and salt loving grasses. Our model for landscape design is inspired by edible forestry,  permaculture, and salt-tolerant estuary ecosystems. Our plants have come from many generous donations from Greenbelt Native Plant Center, the New York City Parks Department and Visitors onboard! Our plant list is always expanding. Want to bring a plant onboard Swale? Let us know!

Here’s what’s currently onboard:

Canopy
Beach Plum, Black Chokeberry, Black Tupelo, Black willow, ‘Enterprise’ Apple, ‘Goldrush’ Apple, Fuyu Persimmon, Goji Berry, Hawthorn, Italian Alder, Newtown Pippin Apple (native to Queens NY!), Liberty Apple, ‘Northern Spy’ Apple, Northline Serviceberry, Pitch pine, Red Chokeberry, Sweetbay Magnolia

Shrub
American Red Raspberry, Arkansas Blackberry, Blue Ridge Blueberry, Dogbane, Eastern Juniper, False Indigo, Flame Willow, Golden Curls Willow, Gooseberry, Missouri River Willow, Northern Highbush Blueberry, Pennsylvania Blackberry, Red Stem Dogwood, Rosemary, Sassafras, Triple Crown Blackberry, Winterberry

Herbaceous
Asparagus, American, Blackgrass, Black eyed Susan, Buck’s Horn Plantain, Bugleweed, Anise Hyssop, Aster (New England), Bee Balm, Black Eyed Susan, Borage, Comfrey, Dandelion, Daylily, Echinacea, Evening primrose, French Sorrel, Garlic Chives, Goldenrod, Ground Cherry, Hopi Red Dye Amaranth, Lavender, Lemon Balm, Lettuce, Lovage, Meadowsweet, Milkweed, Miners Lettuce, Oregano, Peppermint, Perpetual Swiss Chard, Red Mustard, Red Russian Kale, Roman Chamomile, Rosemallow, Scallion, Saltgrass, Saltmeadow rush, Sea pea, Shore little bluestem, Spotted Joe Pye Weed, Stinging Nettle, Swamp Goldenrod, Sylvetta Arugula, Tansy, Virginia mountain mint, White Avens, Wild leek, Whorled mountain mint, Yarrow

Ground Cover
Creeping Thyme, Creeping raspberry, Golden oregano, Purslane, Strawberries, White Clover, Wild Low bush blueberry

Rhizosphere
Adam’s yucca, Groundnut, Jerusalem Artichoke, Walking Onion, Wild Yam

Vertical Layer
Clematis, Grapes, Hardy Kiwi, Hops, Scarlet runner beans

iris scans

Border counties in Texas are using mandatory iris scans to build a database of illegal immigrants. I imagine it will spread to big city police departments, and then to everywhere else. I imagine at some point it will become a form of identification people can use as an alternative to carrying a wallet and passport. I don’t know that the technology is concerning in and of itself – it’s essentially just a modern and accurate form of identification. What’s concerning is what some immoral governments, amoral corporations, and criminal elements might be able to do with large databases of this type of information.

the urban cool island

Here’s an article on quantifying the urban cool island. Which, as you might expect, is the opposite of the urban heat island.

Quantifying the cool island effects of urban green spaces using remote sensing Data

Urban Heat Island (UHI) leads to increased energy consumption, aggravated pollution and threatened health of citizens. Urban green spaces mitigate UHI effects, however, it is still unclear how the green space characteristics and its surrounding environment affects the green space cool island (GCI). In this study, land surface temperature (LST) and land cover types within the outmost ring road of Shanghai, China were obtained from Landsat 8 data and high-resolution Google Earth data. The GCI effects were defined in three aspects: GCI range (GR), amplitude of temperature drop (TA) and temperature gradient (TG). Pearson correlation analysis was processed to get the relationship between the aspects and impact factors. The results indicated that the GCI principle could be explained by the thermal conduct theory. The efficient methods to decrease LST of green spaces include increasing green space area while staying below the threshold, adding complexity of green space shape, decreasing impervious surfaces and enlarging the area of water bodies. For the surrounding environment of the green spaces, increasing vegetation and water body fractions or decreasing impervious surfaces will help to strengthen GCI effects. The findings can help urban planners to understand GCI formation and design cool green spaces to mitigate UHI effects.

This is a subject where I’m out of my depth in terms of formal training, but certainly interested. There are at least two ways you can try to combat the urban heat island effect, which occurs when pavement and other man-made surfaces absorb heat during the day and release it slowly at night (and during the day). The first is to use light-colored materials to reflect sunlight back into space. Using white roof materials whenever practical seems like a no-brainer. Maybe we don’t want snow white paving materials everywhere at the ground level, because that could be displeasing and even painful to the eye, but certainly we could dispense with the asphalt. Even if asphalt didn’t absorb heat, it would still be a hideous, toxic, short-lived material. It’s better to use concrete or brick or stone or almost anything else – it may cost more up front but it will last longer and just generally make our urban areas better. Materials that are permeable to rain water are also available so let’s consider those where they make sense.

The other way is to maximize the use of soil and vegetated surfaces. Soil and vegetated surfaces also absorb heat, I think, but then dissipate much of it again through evaporation and transpiration. Then there is the simple process of tree canopy create shade at ground level (which I imagine satellite studies like the one above may have trouble picking up on). In very dry climates, this may not be practical because to state the obvious, you need water to have evaporation. In very, very wet climates, it might make sense to store rainwater and intentionally spray it on your paved surfaces to cool them down. This is assuming you want to get rid of the heat and water – if you are in a place where water is scarce and precious, you might not want to do that, and you might even want to think twice about having a lot of vegetated surface. Or maybe that is not the right place for large numbers of people to live. Unless you can create more or less a closed-loop water system, in which case it might be a good place, thinking in terms of ecological footprint and preparing for humanity’s possible future in space.

fan buying guide

Let’s face it, cheap fans are annoying. Normally you get a new fan when you a desperate for one – either an old one broke, your air conditioning is on the fritz, or you have company coming and need to cover an additional room. You stop by your local drug store, hardware store, or big box monstrosity and pick up whatever they happen to have. No matter how cheap, it almost always does the job of making air move. But your cheap new fan is loud, rattly, and just all-around annoying. There are some better models out there, and if you have just a few days to plan ahead you can order one of them.

St. Augustine on lying

It turns out St. Augustine wrote a long essay on the subject of lying in 395. So George Costanza’s “it’s not lie if you believe it!” actually goes back a little further.

For not every one who says a false thing lies, if he believes or opines that to be true which he says. Now between believing and opining there is this difference, that sometimes he who believes feels that he does not know that which he believes, (although he may know himself to be ignorant of a thing, and yet have no doubt at all concerning it, if he most firmly believes it:) whereas he who opines, thinks he knows that which he does not know. Now whoever utters that which he holds in his mind either as belief or as opinion, even though it be false, he lies not. For this he owes to the faith of his utterance, that he thereby produce that which he holds in his mind, and has in that way in which he produces it. Not that he is without fault, although he lie not, if either he believes what he ought not to believe, or thinks he knowswhat he knows not, even though it should be true: for he accounts an unknown thing for a known.

So if you believe the thing you say even though there may be incontrovertible evidence out there in the world that it is false, and you just aren’t aware of that evidence or consciously ignoring it, you are not a liar. You may still be an arrogant idiot of course.

single payer

What is there really left to say about single payer? It works well, almost everywhere except the United States, where it is deemed too expensive and politically impossible.

On the quality of our system, here are some stats from the Commonwealth Fund:

Adults in the U.S. are more likely than those in the 10 other countries to go without needed health care because of costs. One-third (33%) of U.S. adults went without recommended care, did not see a doctor when sick, or failed to fill a prescription because of costs. This percentage is down from the 2013 survey (37%). As few as 7 percent of respondents in the U.K. and Germany and 8 percent in the Netherlands and Sweden experienced these affordability problems.

Fourteen percent of chronically ill U.S. adults said they did not get the support they needed from health care providers to manage their conditions. This was twice the rate in Australia, Germany, the Netherlands, New Zealand, and Switzerland.

Although the U.S. has made significant progress in expanding insurance coverage under the Affordable Care Act, it remains an outlier among high-income countries in ensuring access to health care. The authors point out that all of the other countries surveyed provide universal insurance coverage, and many provide better cost protection and a more extensive safety net.

So the self-proclaimed “greatest country in the world” appears to be somewhat sick and poor compared to its peers at similar levels of wealth and development.

Our health care system is expensive because the finance and health care industries pay politicians to write the rules in ways that stifle competition, use cynical propaganda campaigns  and scare tactics to convince the public they are engaged in competition, keep information away from consumers that would allow them to make reasonable cost-effectiveness choices, and generally maximize their short term profits at the long term expense of public health and the economy. Hillary Clinton had a very succinct way of summarizing this:

In the past, the health insurance industry has deployed sophisticated propaganda efforts to divide single payer proponents and weaken any political support for the idea. Former Democratic presidential nominee Hillary Clinton once considered such a system, but wondered, “Is there any force on the face of the earth that would counter the money the insurance industry would spend to defeat it?”

Like I said, our health care system, including all the public and private elements, is off the global charts insanely expensive both in terms of total spending relative to our economy, and in terms of the value we get in return for that spending. Shifting any portion of this expensive system from private to public funding would mean that the government would be paying more of the price tag, and government revenues would have to go up to pay for that. In other words, yes, we would be paying higher taxes in place of the high insurance premiums, co-pays and out-of-pocket payments we are making directly to the finance and health care industries now. Cynical politicians, who remember are bought and paid for by these industries, purposely confuse voters by equating the portion of the bill paid by the government with the total cost of health care, as in this Washington Post article:

But the government’s price tag would be astonishing. When Sen. Bernie Sanders (I-Vt.) proposed a “Medicare for all” health plan in his presidential campaign, the nonpartisan Urban Institute figured that it would raise government spending by $32 trillion over 10 years, requiring a tax increase so huge that even the democratic socialist Mr. Sanders did not propose anything close to it.

Single-payer advocates counter that government-run health systems in other developed countries spend much less than the United States does on its complex public-private arrangement. They say that if the United States adopted a European model, it could expand coverage to everyone by realizing a mountain of savings with no measureable decline in health outcomes, in part because excessive administrative costs and profit would be wrung from the system.

In fact, the savings would be less dramatic; the Urban Institute’s projections are closer to reality. The public piece of the American health-care system has not proven itself to be particularly cost-efficient. On a per capita basis, U.S. government health programs alone spend more than Canada, Australia, France and Britain each do on their entire health systems. That means the U.S. government spends more per American to cover a slice of the population than other governments spend per citizen to cover all of theirs.

But they go on to point out that the reason these costs are so high is that “A big reason [the government] does not clamp down now on health-care spending is that it is hard to do so politically.”

It’s almost impossible to even try to tackle these problems unless and until we have constitutional reform making it clear that big business ownership of politicians is not the same thing as free speech by individual members of the public. And our elected officials who are owned by big business are not going to give us this constitutional reform. It’s a conundrum that seems almost impossible to solve – if the 2007 financial crisis did not whip up enough public anger to counteract and overcome industry propaganda, it is hard to imagine a crisis that would.

So we would have to get that constitutional amendment (somewhat blandly called “campaign finance reform”, which understandably does not spark the public imagination) done. If we did that, we could look at some incremental reforms to move us toward either single payer or a more efficient public-private system. One idea seems particularly attractive to me. The state exchanges under the Affordable Care Act are an attractive idea because they encourage insurance companies to compete against one another for consumer health care dollars. The ACA also established a pretty uniform set of minimum coverage requirements that make it clear what we are paying for. Understanding what you are buying, and then having some choice of providers of that service, is the basic foundation of a functioning market system. The market should be able to set reasonable prices under these conditions, in theory. The insurance companies have the bargaining power and incentive to take on the health care industry over price and drive prices down.

So this all sounds pretty good. Where it is clearly failing, it is because some insurers are choosing to pull out of the exchanges, leaving buyers without any choice and destroying that link between supply and demand. What would make sense to me is to figure out what the premium would be for people to buy into Medicare and/or Medicaid directly, and then require these Medicare and Medicaid options to be available on the exchanges in a given state if at any time the number of private insurers competing on the exchange drops to less than 3 (or maybe 2, but 3 seems better). That way the insurance industry has complete control over whether they choose to shoot themselves in the foot or not. This won’t happen without the constitutional amendment first.

A shorter-term incremental measure that could help without the constitutional amendment would be to create some kind of common platform for all insurance companies to share price and outcome with consumers. Some insurers already have their own systems for doing this, and we have the system of common procedure codes, but it is all way too confusing. The government could force the insurance and health care industries to get together, come up with a crystal clear communications strategy, and put it all on a common platform. They would be required to provide you with this crystal clear information at the beginning of every doctor, hospital, and pharmacy visit. All without the government paying a dime more of people’s health care cost or providing any more price controls than they do now.

automation in the coal industry

The simplistic image of “coal jobs” meaning miners toiling underground is no longer accurate given the increasing automation of the coal industry, according to Bloomberg.

Coal miners no longer swing a pickax or wield a shovel. While coal companies are hiring again, executives are starting to search for workers who can crunch gigabytes of data or use a joystick to maneuver mining vehicles hundreds of miles away…

“Whether coal comes back or not is not necessarily directly related to jobs,” Heath Lovell, a spokesman for coal producer Alliance Resource Partners LP, said in an interview on NPR’s “On Point.” “We should be becoming more and more efficient, which would mean we could produce the same amount of coal with less employees…”

One irony for the industry now is that in some areas the coal companies say they can’t find the high-skilled workers they need. In West Virginia, companies are resorting to offering signing bonuses and fully paid healthcare to poach experienced shift foremen, mechanics and electricians from rivals. Many of those workers left the coal industry during the last decade’s collapse and found more stable employment in other sectors. They aren’t anxious to switch back.

drumbeat of war with North Korea?

According to CNN, “US military options for North Korea have been prepared” and “all options are on the table”. Neither of these statements is concerning to me on its face. I assume the U.S. military has considered how to respond to all sorts of “what if” scenarios, and it should. What is concerning – do i have to point this out – is Donald J. Trump. If he wakes up one day and impulsively decides to order an attack, will the U.S. military just automatically carry it out?

Once the first shots are fired, the civilians tend to lose a lot of control to the military. I would hope Trump, Mattis and the other civilians who supposedly are in control of our foreign policy and military actions would go to Congress and then to the UN, get a resolution and build a coalition before taking any such action. If George W. Bush had followed those steps, the Afghanistan and Iraq wars either would not have happened, or would have happened with much broader support from the rest of the world. A calm, rational, confident leader could actually show strength by doing this, but someone like Trump will almost certainly see any attempt at consensus building as a sign of weakness. This is getting very dangerous.

“What we have to do is prepare all options because the President has made clear to us that he will not accept a nuclear power in North Korea and a threat that can target the United States and target the American population,” McMaster said during remarks at a Washington think tank…

“I hardly ever escape a day at the White House without the President asking me about North Korea and how it is that the United States is responding to that threat,” CIA Director Mike Pompeo told MSNBC’s Hugh Hewitt this past weekend. “It’s very much at the top of his mind.” Trump last week also indicated he is becoming more concerned…

US Ambassador to the United Nations Nikki Haley warned lawmakers on Wednesday that the North Korea’s missile program may be advancing ahead of previous estimates that put Kim Jong Un’s unpredictable regime three to five years away from achieving its ambition of being able to deliver a nuclear weapon to the US…

In a recent exchange with Sen. Lindsay Graham on Capitol Hill, Defense Secretary James Mattis took an unusually specific stand on US military policy. Graham asked: “Is it the policy of the Trump administration to deny North Korea the capability of building an ICBM that can hit the American homeland with a nuclear weapon on top? Is that the policy?”

“Yes,” Mattis answered.

what’s new with satellites

What’s new with satellites is there are a lot more being launched lately and they are a lot smaller, according to Bloomberg.

https://www.bloomberg.com/news/features/2017-06-29/the-tiny-satellites-ushering-in-the-new-space-revolution

At 9:28 a.m. on Feb. 15, these animals watched anxiously as an Indian rocket lifted off, roaring through the hot, sticky air. Its payload consisted of 104 satellites, dwarfing the previous world record of 37 set by Russia in 2014. The largest of them weighed 1,500 pounds and was designed to map India’s infrastructure and monitor urban and rural development. Nestled alongside were around a dozen smaller satellites from universities, startups, and research groups. What made the launch a record were the 88 shoebox-size “Dove” satellites built by Planet Labs Inc., a startup in San Francisco.

For the past few years, Planet has been sending batches of its Doves into orbit, each carrying a high-powered telescope and camera programmed to photograph a different swath of Earth. The 88 launched from Sriharikota would join 61 others to become the largest fleet ever put in orbit. Images beamed back by the 61 have been used far and wide: Hedge funds scour Walmart parking lots to measure traffic flows during back-to-school seasons. Farmers assess crop health and estimate optimal harvest times. Activists track Amazonian deforestation and Syrian refugee camps. Spies monitor military buildups and trafficking operations. With all 149 satellites in place, Planet will be able to photograph every inch of Earth’s surface every day—something even the U.S. government can’t do.

This satellite constellation is one of many signs that the relationship between humans and space is changing in ways unseen since Russia and the U.S. began sending rockets into orbit six decades ago. Thanks to modern software, artificial intelligence, advances in electronics and materials, and a generation of aggressive, unconventional entrepreneurs, we are awash in space startups. These companies envision an era in which rockets take off daily, filling the skies with satellites that sense Earth’s every action—in effect building a computational shell around our planet. The people constructing this bustling new economic highway promise it will improve life down below, but the future they describe is packed with wonder and controversy in equal measure—and although few have noticed, it’s coming to pass right now.

Overall, this seems good to me. A lot of the problems we have managing our economy are caused by lags between when things happen, when information is available, and when we are able to take action to respond. Real time information gets rid of the lag between when things happen and when we can know about them. This should help us understand what is going on with the natural environment better too, and maybe we can take some action based on that. Finally, I view any move toward less secrecy as a net positive in an era when governments, corporations, and even individuals are going to have ever more dangerous and ever more accessible technology at their disposal.

The biggest drawback might be that we will grow ever more dependent on this type of technology to the point we forget how to live without it, and then when it has inevitable glitches, that is going to cause new problems even as we are solving some older ones.

HSBC on peak oil

The idea of peak oil is definitely not dead, according to HSBC. While low demand and high supply have pushed down prices over the past several years, the market is headed back for an equilibrium, demand is growing, output from traditional fields is declining while investment in new discoveries and new technologies has dropped sharply in recent years. A crunch could be coming.

  1. The oil market may be oversupplied at present, but we see it returning to balance in 2017
  2. By that stage, effective spare capacity could shrink to just 1% of global supply/demand of 96mbd, leaving the market far more susceptible to disruptions than has been the case in recent years
  3. Oil demand is still growing by ~1mbd every year, and no central scenarios that we recently assessed see oil demand peaking before 2040
  4. 81% of world liquids production is already in decline (excluding future redevelopments)
  5. In our view a sensible range for average decline rate on post-peak production is 5-7%, equivalent to around 3-4.5mbd of lost production every year
  6. By 2040, this means the world could need to replace over 4 times the current crude oil output of Saudi Arabia (>40mbd), just to keep output flat
  7. Small oilfields typically decline twice as fast as large fields, and the global supply mix relies increasingly on small fields: the typical new oilfield size has fallen from 500-1,000mb 40 years ago to only 75mb this decade
  8. New discoveries are limited: last year the exploration success rate hit a record low of 5%, and the average discovery size was 24mbbls
  9. US tight oil has been a growth area and we expect to see a strong recovery, but at 4.6mbd currently it represents only 5% of global supply
  10. Step-change improvements in production and drilling efficiency in response to the downturn have masked underlying decline rates at many companies, but the degree to which they can continue to do so is becoming much more limited