Donate Organs, Save Lives
The other day I came across this article from Bloomberg News, from which I learned something that surprised me: a large black market exists for human organs, in spite of international laws banning the practice. This isn't organ trafficking in the "waking up in a bathtub full of ice missing a kidney" sense. More commonly, the organs are obtained by organized crime syndicates targeting the desperately poor, promising thousands of dollars in quick cash. Naturally, this requires the cooperation of unethical or incurious transplant surgeons who don't ask why a foreigner is donating a vital organ to a complete stranger. Many of the people duped into participating don't get the money they were promised and wind up permanently disabled or dead. (See also.)
An interesting fact from that article is that most of the demand for black-market organ transplants comes from Israel. Why Israel in particular? Because although it's a wealthy nation with a modern medical system, the rate of organ donation by Israelis is far lower than in most Western countries, and I bet you can guess why:
Rabbi Yosef Shalom Elyashiv, a leading arbiter of Jewish law in Israel, advises that donating body parts violates religious tradition, which holds that upon death, a body should be buried intact.
"It is not permitted to remove any organ," Elyashiv, who's 101 years old, said in a public statement in March 2008.
According to another article, Elyashiv is one of the most influential of Israel's ultra-Orthodox rabbis. As a result of his teachings, as few as 10% of Israelis have organ-donor cards, compared to more than 30% in most Western countries. (I wonder if his views would change if he ever needed a transplant - much like Mother Teresa, who preached the virtues of suffering and poverty, but sought medical care in the most advanced and expensive clinics of the West when she personally needed it.)
Even according to ultra-Orthodox beliefs, this prohibition makes little sense. If a future bodily resurrection is the concern, it's hard to see why a transplanted organ would cause any greater difficulty for an omnipotent god than ordinary decomposition would. But of course, we're not dealing with an area where logic or reason hold sway. You might as well ask why kosher dietary laws label some animals clean and others unclean - why would a deity create species that he detested?
In the past, I've cited the story of a rabbi who cheerfully agreed that the kosher dietary laws were completely arbitrary, that that was the whole point. If there was a reason for them, people would want to know what that reason was, and would get into the inconvenient habit of asking why they should do this or that. But because the kosher laws explicitly have no justification, they teach believers the salutary habit of obedience for obedience's sake. No doubt there's a similar rationale behind the religious rule against organ donation.
This shows the danger of basing one's morality on arbitrary religious precepts which have no connection to people's life or well-being. Sometimes, as in the case of the kosher laws, they're just a burdensome inconvenience; but often, as in this case, they result in the needless suffering and death of human beings. And because these laws are declared at the outset to be unconcerned with human welfare, their followers don't view this as a strike against them.
But if you do care about human happiness and well-being, if you're not fettered by baseless superstition, you have every reason to be an organ donor (or a blood donor or a bone marrow donor). The cost to you is virtually nonexistent - it's not as if I'll be put to any trouble by donating organs after I've died - and the amount of good that can be accomplished is enormous. If you're a humanist and you haven't signed up to be a donor, what's stopping you? Do it today, and let's prove by our actions that we value this world.
International poker champion Liv Boeree teaches decision-making for Big Think Edge.
"I was so moved when I saw the cells stir," said 90-year-old study co-author Akira Iritani. "I'd been hoping for this for 20 years."
- The team managed to stimulate nucleus-like structures to perform some biological processes, but not cell division.
- Unless better technology and DNA samples emerge in the future, it's unlikely that scientists will be able to clone a woolly mammoth.
- Still, studying the DNA of woolly mammoths provides valuable insights into the genetic adaptations that allowed them to survive in unique environments.
Tracking project establishes northern Argentina is wintering ground of Swainson's hawks
- Watch these six dots move across the map and be moved yourself: this is a story about coming of age, discovery, hardship, death and survival.
- Each dot is a tag attached to the talon of a Swainson's Hawk. We follow them on their very first migration, from northern California all the way down to Argentina.
- After one year, only one is still alive.
Discovered: destination Argentina
Young Swainson's hawks were found to migrate to northern Argentina
The Buteo swainsoni is a slim, graceful hawk that nests from the Great Plains all the way to northern California.
It feeds mainly on insects, but will also prey on rodents, snakes and birds when raising their young. These learn to fly about 45 days after hatching but may remain with their parents until fall migration, building up flying skills and fat reserves.
A common sight in summer over the Prairies and the West, Swainson's hawks disappear every autumn. While it was assumed they migrated south, it was long unclear precisely where they went.
A group of researchers that has been studying raptors in northern California for over 40 years has now established exactly where young Swainson's hawks go in winter. The story of their odyssey, summarized in a 30-second clip (scroll down), is both amazing and shocking.
Harnessing the hawks
A Swainson's hawk, with tracking device.
The team harnessed six Swainson's hawks in July, as they were six weeks old and just learning to fly. The clip covers 14 months, until next August – so basically, the first year of flight.
Each harness contains a solar-powered tracker and weighs 20 grams, which represents just 3% of the bird's body weight. To minimize the burden, only females were harnessed: as with most raptors, Swainson's hawk females generally are bigger than males.
The first shock occurs just one month (or about 2.4 seconds) from the start of the clip: the first dot disappears. The first casualty. A fledgling no more than two months old, who never made it further than 20 miles from its nest.
By that time, the remaining five are well on their way, clustering around the U.S.-Mexico border in Texas. Swainson's hawks usually travel at around 40 mph (65 km/h) but can almost double that speed when they're stooping (i.e. dive down, especially when attacking prey).
There's a strong genetic component to migration. As usual, the Germans have nice single word to summarize this complex concept: Zugunruhe ('tsook-n-roowa'), literally: 'migration unrest' (1). It denotes the seasonal urge of migratory animals – especially birds – to get on their way. Zugunruhe exhibits especially as restless behavior around nightfall. The number of nights on which it occurs is apparently higher if the distance to be traveled is longer.
The birds may have the urge to go south, but genetics doesn't tell them the exact route. They have to find that out by trial and error. Hence the circling about by the specimens in this clip: they're getting a sense of where to find food and which direction to go. Their migratory paths will be refined by experience – if they're lucky enough to survive that long.
Each bird flies solo: their paths often strongly diverge, and if they seem to meet up occasionally, that's just an illusion: even when the dots are close together, they can still be dozens if not hundreds of miles apart.
Panama snack stop
The Central American isthmus is a major bird migration corridor
They generally follow the same route as it is the path of least resistance: follow mountain ranges, stay over land. Like most raptors, Swainson's hawks migration paths are land-based: not just so they can roost at night, but mainly to benefit from the thermals and updrafts to keep them aloft. That reduces the need to flap wings, and thus their energy spend – even though the trip will take longer that way.
As this clip demonstrates, the land-migration imperative means the Central American isthmus is a hotspot for bird migration. Indeed, Panama and Costa Rica are favorite destinations for bird watchers, when the season's right. A bit to the north, Veracruz in Mexico is another bird migration hotspot.
It's thought most hawks don't eat at all on migration. This clip shows an exception to that rule: on the way back, one bird takes an extended stopover of a couple of weeks in Panama, probably spending its time there foraging for food.
So, when they finally arrive in northern Argentina, after 6 to 8 weeks' migration, the hawks are pretty famished. Until a few decades ago, they fed on locusts. For their own reasons, local farmers have been getting rid of those. The hawks now concentrate on grasshoppers, and basically anything else that's edible.
For first-time visitors, finding what they need is not easy. Three of the five dots go dark. These birds probably died from starvation. But two birds thrive: they roam the region until winter rears its head in South America, and it's time to head back north again, where summer is getting under way.
Both dots make it back across the border, but unfortunately, right at the end of the clip, one of the surviving two birds expires.
Harsh, but not unusual
This old lady is 27 years old, but still nesting.
While a one-in-six survival rate may seem alarmingly harsh, it's not that unusual. First-year mortality for Swainson's Hawks is between 50% and 80%. Disease, starvation, predators and power lines – to name just a few common causes of death - take out a big number.
Only 10% to 15% of the young 'uns make it past their third or fourth year into adulthood, but from then on, annual survival rates are much better: around 90%. Adult Swainson's Hawks can expect to live into their low teens. There's one documented example of a female Swainson's Hawk in the wild who was at least 27 years old (and still nesting!)
The Californian population of Swainson's Hawks plummeted by about 90% at the end of last century but is now again increasing well. The monitoring project that produced this clip has been going for about four decades but is seeing its funding dry up. Check them out and consider supporting them (see details below).
Migration trajectory of B95, the 'Moonbird'.
Not all migrating birds shun the ocean. Here's an incredible map of an incredible migration path that's even longer than that of the Swainson's hawks.
In February 1995, a red knot (Calidris canutus rufa) in Tierra del Fuego (southern Argentina) was banded with the tag B95. That particular bird, likely born in 1993, was recaptured at least three times and resighted as recently as May 2014, in the Canadian Arctic.
B95 is more commonly known as 'Moonbird', because the length of its annual migration (app. 20,000 miles; 32,000 km) combined with its extreme longevity (if still alive, it's 25-26 years old now) means its total lifetime flight exceeds the distance from the Earth to the Moon.
As many other shorebirds do, the red knot takes the Atlantic Flyway hugging the coastline and crossing to South America via the ocean.
B95 has become the poster bird of conservationists in both North and South America. A book titled Moonbird: A Year on the Wind with the Great Survivor B95 (2012) received numerous awards, B95 has a statue in Mispillion Harbor on Delaware Bay and the City of Rio Grande on Tierra del Fuego has proclaimed B95 its natural ambassador.
Perhaps one day the nameless Swainson's Hawks in this clip, fallen in service of their ancestral instincts – against the odds of human increasing interference – will receive a similar honor.
Strange Maps #965
Got a strange map? Let me know at email@example.com.
(1) 'Zug' is a wonderfully polyvalent German word. It can mean: a train, a chess move, a characteristic, a stroke, a draft (of a plan), a gulp (of air), a drag (from a cigarette), a swig (from a bottle), and more.
The blood of horseshoe crabs is harvested on a massive scale in order to retrieve a cell critical to medical research. However, recent innovations might make this practice obsolete.
- Horseshoe crabs' blue blood is so valuable that a quart of it can be sold for $15,000.
- This is because it contains a molecule that is crucial to the medical research community.
- Today, however, new innovations have resulted in a synthetic substitute that may end the practice of farming horseshoe crabs for their blood.
SMARTER FASTER trademarks owned by The Big Think, Inc. All rights reserved.