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Tag Archives: Native American

Indigenous People’s Day

09 Sunday Oct 2022

Posted by petersironwood in poetry

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Tags

Columbus, IndigenousPeople, life, Native American, poem, poetry, USA

Sonnet Sundays: Variations on the Form

A traditional sonnet has 14 lines of 5 iambic feet each. Each iambic foot has 2 syllables for a total of 140 syllables. This form gives the poem a “rectangular” look. But let’s suppose instead that we try a form that is triangular in form. That’s still an underspecified design constraint, but let’s try one that is 14 lines ending in a single two syllable foot. We will start with 28 syllables and each successive line will have two fewer syllables; thus, lines of: 28, 26, 24, etc. ending with 6, 4, 2.

Human auditory memory being what it is, 20 or more syllables is a long time to “wait for” or perceive a rhyme. I may put internal rhymes in some of these lines. Let’s see how it goes. 

As for topic, October 10th will be celebrated by some as “Columbus Day” and by others as “Indigenous People’s Day.” That tension seems like a good way to begin. 

Columbus sailed the ocean blue in fourteen hundred ninety two; enslaved and killed for profit, fame: The Glory Game. 

Columbus knew the world was round; his sense of distance — not profound. He called the natives Indians (so wrong!)  

So wrong about so many things — the Europeans of his time; believed a King’s most holy name

Had rights conferred by God Himself alone to do just as they willed so killed with God’s own song.

Photo by Julia Volk on Pexels.com

Enlightenment was yet to come. The ages then were still quite dumb. The Greed for Gold: 

A tale of lies and flies and platitudes; of guns and groundless attitudes. 

As ages passed, humanity began to see a bolder bold:

To learn what really is and implement beatitudes. 

Photo by Aneta Foubu00edkovu00e1 on Pexels.com

So now we see that wisdom isn’t always white.

And lies corrupt the hearts of all who live.

The path to wealth is paved with light.

To Love just means to give. 

Our star above

Says Love.

The Declaration of Interdependence

Dance of Billions

All for one None for most

The Crows and Me

Guernica

Siren song

Imagine all the people

Satire Slain

The Iroquois Rule of Six

03 Saturday Feb 2018

Posted by petersironwood in management, psychology, Uncategorized

≈ 12 Comments

Tags

Barnga, collaboration, cooperation, coordination, Iroquois Rule of Six, Native American, pattern language, teamwork

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Iroquois Rule of Six

Prolog/Acknowledgement: 

The idea for this Pattern comes from the work of Paula Underwood who was the designated storyteller for her branch of the Iroquois (See references below). Of course, even she would not claim to have invented the pattern which grew out of long cultural experience.

Author, reviewer and revision dates: 

Created by John C. Thomas on February 2, 2018

Synonyms: 

Don’t Jump to Conclusions, Sympathetic Reading, Give Others the “Benefit of a Doubt,” “Look before you leap!” “See the Whole Elephant”

Abstract: 

Human beings are very complex and we only see snippets of someone else’s behavior. Yet, we are trained that it is important to quickly interpret why someone else is doing something. By the time we’re adults, when someone does something that violates our expectations, we tend to come up with an “explanation” very quickly. Furthermore, we tend to treat this explanation or interpretation as fact when, in many cases, we have only a very small amount of actual data to depend on. A misinterpretation of someone’s motivation can quickly cause bad feelings on everyone’s part. Therefore, according to the Iroquois “Rule of Six,” before you act on the basis of your initial interpretation, you are advised to think of at least five other interpretations and try to gain evidence about these six or more hypotheses before taking action.

Problem:

Groups function better under a wide variety of circumstances if there is a high degree of internal mutual trust. If people work together over a long period of time, trust will develop if warranted. While we sometimes know some of what’s going on in someone else’s life, we only know a very small proportion of what is going on, even if it’s someone we are very close to and spend a lot of time with. In work groups or teams, the proportion of the whole of someone else’s situation that we see is very small indeed. This is even more true when we are trying to work in a new or ad hoc group. We feel it’s important to understand the motivations of others and what they are likely to do. Often, we therefore jump to conclusions about others that are far from the truth. When we act on such incorrect premises, it can derail progress toward solving a problem and damage trust and relationships for the future as well.

Context: 

Complex problems and large problems can often only be solved by groups. For the group to work well together to solve ill-defined or wicked problems, it is useful for them to understand each other’s situations and motivations. We generally come to expect others to do certain things based on logic, authority, agreement, trust, the current situation and other factors. In fact, it’s often hard to understand even our own motivations or to predict what we ourselves will do in novel situations.

People are often in a hurry to make progress on solving problems. Thus, when someone does appear to violate our expectations, we are tempted to come up with a “reason” for their behavior. However, because people are complex and situations that require cooperation and coordination are also complex, we seldom actually know why a person does something. There are things about them that we may be unaware of such as their physiological state (e.g., tired, sick, on drugs, low blood sugar). There are also things about their situation that we are unlikely to know about (e.g., time pressure, lack of appropriate training, unusual experiences, knowledge beyond our ken).

People find it very difficult to operate in a sea of ambiguity and therefore seek to find explanations and clarity very quickly. Unfortunately, people therefore tend to jump to a conclusion about someone else and that conclusion can then blind them to further information about that person, particularly when the new information is at odds with the initial impression.

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Forces:

  • Everyone comes to expect certain forms of behavior from others in a specific context.
  • The expectations of any one person are primarily based on their own experiences.
  • The behavior of any other person is largely based on that person’s experiences.
  • The behavior of another person can also be heavily influenced by that other person’s situation.
  • Each person only knows a small proportion of another person’s situation.
  • When faced with another person’s violation of expectations, people tend to quickly generate an explanation of why that person did what they did.
  • Because of “confirmation bias,” once a person comes up with an explanation of anything (including why someone did something), they tend to look for evidence to support their initial explanation.

Solution:

When a person comes up with an explanation of someone else’s behavior, they should generate at least five other hypotheses and then seek evidence for and against all six hypotheses before taking action.

Examples: 

1. A babysitter is put in charge of an infant. The baby cries and the babysitter assumes it is hungry and feeds it. Yet, the baby keeps crying. The babysitter assumes it is still hungry and tries to feed it more but the baby refuses food and keeps crying any way. She tries a variety of foods but the baby doesn’t seem to like any of them. Rather than assuming that the baby is hungry and keep trying to find a food the baby will like, according to the Iroquois Rule of Six, the sitter might consider other hypotheses; e.g, the baby might have gas, have a wet diaper, be sick, miss her parents, or (as was actually the case) have a diaper pin stuck through her skin.

2. You have an important project meeting with Jerry Jones on your calendar for 10 am in room 435. You are sitting at the table but Jerry Jones is nowhere to be seen. The clock on the wall says 10:10. Still no Jerry Jones. You think to yourself, “Well, okay, fine. Obviously, Jerry doesn’t really care about this project.”

That kind of thought is a normal human reaction. Unfortunately, once the thought occurs to you, it is easy to now treat your interpretation of events as a fact about Jerry’s commitment to the project.

The Iroquois recognized this tendency and the “Rule of Six” suggests that before taking any action, you should first generate at least six interpretations, not just one. In this particular hypothetical case, several come to mind.

  1. Jerry doesn’t care about the project so he’s not coming or doesn’t care how late he is.
  2. Jerry comes from a culture where 10:10 is not actually late for a 10 am meeting.
  3. Jerry was unattainably delayed.
  4. You wrote down the wrong room for the meeting.
  5. You are not actually in room 435.
  6. You are in room 435 but in the wrong building.
  7. You wrote down the wrong time.
  8. The clock on the wall is wrong.
  9. You wrote down the wrong day for the meeting.
  10. 10. Jerry sent you email asking to change the meeting time but you didn’t check your email.

3. You and your tennis doubles partner are in a crucial match. Your partner keeps serving up weak second serves and your opponents both keep running around their backhands and zinging heavy forehand shots at your body. You’ve already been hit twice because you cannot react quickly enough even to defend yourself. You conclude that your partner must be trying to get you killed and you tell them so. In this case, despite your interpretation, it seems exceedingly unlikely that your partner is literally trying to get you killed. If they are, this is a singularly ineffective way to do it. In fact, despite your having said this to your partner, it’s unlikely you really even believe it yourself. But even thinking this may have several bad effects. First, having told your partner this is bound to make them trust you less. Second, it will make your partner more up-tight and probably make an even worse serve or double fault more likely. Third, it prevents you from finding out what might really be going on. For some odd reason, even though you know in your heart that it is not a likely explanation, the mere having of the thought (and even more so telling your partner) actually makes it less likely that you will try to find more reasonable interpretations. Fourth, it keeps you from working with your partner to find a solution. Other (and, in this case, much more likely partial explanations) include:

  1. Your partner wants to avoid having you hit at the net so badly that they keep trying to hit an ace on their first serve.
  2. Your partner wants to avoid a double fault at all costs so “powder puffs” their second serve.
  3. Your partner has a sore shoulder.
  4. Your partner thinks your opponents like pace and that a slow serve will throw off their timing.
  5. Your partner thinks your opponents are overhitting the returns of their second serves and that the balls would fly way long if you would just duck or get out of the way.
  6. Your partner knows that you want to improve your net game and thinks you will enjoy the challenge of hard hit balls and eventually improve your net game.
  7. Your partner is really being bothered by the sun right now and is finding serving very difficult because, no matter how they try their toss is right in the sun.
  8. Your partner knows that you want both of you to be at net as soon as possible and is therefore concentrating to hard on rushing the net that they are not paying enough attention to first finishing the service motion itself before charging to the net.

In this tennis example, imagining your partner wants to kill you does not suggest any appropriate action to fix the problem. Possible actions that might help you win the tennis match could include getting your partner to hit a slightly less aggressive first serve and a slightly more aggressive second serve, making sure that they know that even thought it’s obviously not desirable to double fault, it’s not the world’s greatest sin either; asking your partner if they are okay physically and if not, coming up with a different plan; playing back on the second serve; moving more at the net to distract your opponents during the return; lending your partner your sun glasses; playing Australian (squatting near the center of the court and signaling your partner which way you will go right before they serve); making sure that your own serve is as different as possible from your partner’s serve thereby making both your serve and theirs more difficult to return; at the outset of the next set, test out more carefully which of you should be serving into the sun.

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4. Although generally conceived of as a useful “best practice” in teams or groups, this “rule” can also be applied when it comes to problem solving in general. In particular, it could be particularly useful when resolving issues among two different groups, tribes, companies, or countries. While you pretty much know that the idea your tennis partner is trying to kill you is silly, if you’re part of a group of people who repeat such preposterous stories to each other enough, you will strongly come to believe such stories as the only possible explanation. Thus, a negotiator may try to bring about peace, or at least a ceasefire, between two warring parties, A and B. A thinks to themselves, “OK, I’ll sit down and talk but I know damned well B’s real purpose is to destroy me.” Meanwhile, of course, B is thinking, “OK, I’ll sit down and talk, but I know damned well A’s real purpose is to destroy me.” Ideally, you would like each side to consider the Iroquois Rule of Six. In fact, although this will be discussed in much more detail later, the very fact that they both distrust each other so much could be the initial starting point for finding common ground. Perhaps applying the Iroquois Rule of Six is something they could work on together. They might agree that there could be other motivations for X to fight Y aside from X trying to destroy Y and vice versa.

5. In a workshop I co-organized on “Cross-Cultural Issues in Human Computer Interaction,” we used a card game called Barnga (http://www.acadiau.ca/~dreid/games/Game_descriptions/Barnga1.htm)

In this game, much like Bridge, Whist, Eucher, people play a car in turn face up and the one with the “highest” car wins that “trick” (those four cards). The participants are shown a brief description of the game but not allowed to talk (to simulate the difficulties of cross-cultural communication). This is meant for groups of at least 12 in which case you would divide the 12 into 3 tables of four each. Each table plays for awhile and then the winners and losers move respectively “up” or “down” one table. So far, the participants at each table have been playing by the same set of rules. However, the three tables have three different sets of rules. For instance, at one table there is no trump. At another table spades are trump. (The 2 of a trump card beats any non-trump card). At another table, aces are the lowest car in the deck rather than the highest. Now, people who have learned and operated under different sets of rules try to play together. Well, of course, two people will both reach for the same “trick.”

What is interesting in the context of the Iroquois Rule of Six is that people almost always had one of two first thoughts: “What is wrong with that person? They’re so stupid!” or “What is wrong with that person? They’re such a cheater!” Remember, that these were people who had come together from around the world precisely to talk about cross-cultural issues! And, yet, not only was their first interpretation wrong, it impugned the other as being evil or incompetent. Most people from every culture do follow the rules of that culture. Rules often differ from culture to culture. Thinking about the Iroquois Rule of Six may help you remember that.

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Resulting Context:

Generally speaking, the application of the Iroquois Rule of Six will tend to greatly lessen the chances that teamwork will be disrupted by bad feelings. In addition, if one takes the time to consider and gain evidence about alternative hypotheses, one will learn more about others and base decisions on fact rather than fantasy. Having a wide range of hypotheses, even when it is difficult to gather enough evidence to prove conclusively which one is correct, will greatly widen the scope of consideration of various solutions. In adversarial situations, the Iroquois Rule of Six might at least move people to consider bargaining on the basis of actual needs and desires rather than pre-established positions based on misinterpretations of another groups motives.

Of course, I do not mean to suggest that all conflicts are based on misperceptions of someone else’s motives. In some situations, a finite resource may be in contention by multiple parties. (Even here, it’s possible for the three to agree on a scheme of determination; e.g., rotation, lottery, third-party adjudication, etc.).

Rationale:

Actions are always better based on reality than on fantasy. Yet, humans often latch onto a particular interpretation of events very quickly and with insufficient data. The Iroquois Rule of Six reminds people to generate alternative hypotheses and gather evidence before acting.

Related Patterns: 

Reality Check, Check-In.

Known Uses:

Science often approximates doing business in a similar spirit. Scientists are subject to the same sort of “jumping to conclusions” as is everyone else. During their training however, mentors, colleagues, students, professors, and journal editors will constantly be asking the fledgeling scientist to consider various other hypotheses and not simply be satisfied with the first one that pops into mind. In addition, the scientist will be shown how to find evidence capable of disproving their hypothesis.

In Rational-Emotive Therapy, the therapist often tries to get the client to consider alternatives and consequences. Among the alternatives that need most to be encouraged are attributions about other people’s motives.

In Gerri Spence’s highly recommended book, How to argue and win every time, he suggests that when someone in your family is angry with you, rather than getting angry back, instead, you “follow the hurt.” Try to discover what is hurting them. This is not precisely the same idea as The Iroquois Rule of Six, but it seems a cousin. Your initial reaction to anger is often anger. Along with that emotion typically goes some negative attribution about the other person; e.g., “What an A-Hole!” “You’re such an idiot!” “I didn’t put your sweater back? Yeah? How about the time you wrecked my bike?” Rather than sticking with these first impressions, try to uncover what’s really going on. By focusing on the real problem, rather than being blinded by your own emotional reaction, you’ll be more likely to work on a team to solve the underlying problem.

Metaphors: 

The strongest metaphor that leaps to mind is life itself. No form of life continues to make unaltered copies of itself forever. There is always variation in the next generation. Life never “sticks” to only one hypothesis.

The second metaphor is human learning. Although it’s annoying that I cannot ever seem to “perfect” my tennis stroke, by the same token, human motor behavior always has some “variation” in it. As we learn to gain more and more skill, we tend to keep those variations that are better. (There are limitations to this approach, but in the current context, the point is that we are not robots and never stick to precisely one way of doing things).  

References: 

Spence, G. (1995). How to Argue and Win Every Time: At home, at work, in court, everywhere, every day. New York: St. Martin’s Press.

 Underwood, P. (1993). The Walking People: An American Oral History. San Anselmo, CA: Tribe of Two Press.

Underwood, P. (1994). Three Strands in the Braid: A Guide for Enablers of Learning. San Anselmo, CA: Tribe of Two Press.

“Who Speaks for Wolf?”

09 Tuesday Jan 2018

Posted by petersironwood in America, psychology, Uncategorized

≈ 8 Comments

Tags

Business, Design, environment, family, innovation, learning, life, marketing, Native American, pattern language, politics

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This is the first of many socio-technical “Patterns” in a socio-technical Pattern Language meant to encapsulate best practices for collaboration and coordination. The common “parts” of every Pattern are displayed below in bold. A brief discussion follows the Pattern.

Who Speaks for Wolf?

Author, reviewer and revision dates: 

Created by John C. Thomas on December 17, 2001

A shorter version is included in Liberating Voices by Douglas Schuler.

A longer version was published as an IBM Research Report, 2002.

Reviewed by <John C. Thomas> on <January 9, 2018>

Revised by <John C. Thomas> on <January 9, 2018>

 

Synonyms 

Engage all the Stakeholders

Abstract: 

A lot of effort and thought goes into decision making and design. Nonetheless, it is often the case that bad decisions are made and bad designs conceived and implemented primarily because some critical and relevant perspective has not been brought to bear. This is especially often true if the relevant perspective is that of a stakeholder in the outcome. Therefore, make sure that every relevant stakeholder’s perspective is brought to bear early.

Problem:

Problem solving or design that proceeds down the wrong path can be costly or impossible to correct later. As the inconvenience and cost of a major change in direction mount, cognitive dissonance makes it likely that the new information will be ignored or devalued so that continuance along the wrong path is likely.

Context: 

Complex problems such as the construction of new social institutions or the design of complex interactive systems require that a multitude of viewpoints be brought to bear. Unfortunately, this is all too often not the case. One group builds a “solution” for another group without fulling understanding the culture, the user needs, the extreme cases, and so on. The result is often a “system” whether technical or social, that creates as many problems as it solves.

The inspiration for this pattern comes from a Native American story transcribed into English by Paula Underwood.

In brief, the story goes as follows. The tribe had as one of its members, a man who took it upon himself to learn all that he could about wolves. He became such an expert, that his fellow tribespeople called him “Wolf.” While Wolf and several other braves were out on a long hunting expedition, it became clear to the tribe that they would have to move to a new location. After various reconnaissance missions, a new site was selected and the tribe moved to the new location.

Shortly thereafter, it became clear that a mistake had been made. The new location was in the middle of the spring breeding ground of the wolves. The wolves were threatening the children and stealing the drying meat. Now, the tribe was faced with a hard decision. Should they move again? Should they post guards around the clock? Or, should they destroy the wolves? And, did they even want to be the sort of people who would kill off another species for their own convenience?

At last it was decided they would move to yet another new location. But as was their custom, they also asked themselves, “What did we learn from this? How can we prevent making such mistakes in the future.” Someone said, “Well, if Wolf would have been at our first council meeting, he would have prevented this mistake.”

“True enough,” they all agreed. “Therefore, from now on, whenever we meet to make a decision, we shall ask ourselves, ‘Who speaks for Wolf’ to remind us that someone must be capable and delegated to bring to bear the knowledge of any missing stakeholders.

Forces:

  • Gaps in requirements are most cheaply repaired early in development; it is important for this and for reasons of acceptance (as well as ethics!) by all parties that all stakeholders have a say throughout any development or change process.
  • Logistical difficulties make the representation of all stakeholder groups at every meeting difficult.
  • A new social institution or design will be both better in quality and more easily accepted if all relevant parties have input. Once a wrong path is chosen, both social forces and individual cognitive dissonance make it difficult to begin over, change direction or retrace steps.

Solution:

Provide a way to remind everyone of stakeholders who are not present. These could be procedural (certain Native Americans always ask, “Who Speaks for Wolf” to remind them) or visual or auditory with technological support.

Examples: 

In “A behavioral analysis of the Hobbit-Orcs problem,” I discovered that people find it difficult to solve a simple puzzle because it appears that they must “undo” progress that has already been made.

As a positive case, some groups make it a practice to “check in” at the beginning of any meeting to see whether any group members have an issue that they would like to have discussed. In “User Centered Design”, and “Contextual Design” methodologies, an attempt is made to get input from the intended users of the system early on in the design process.

In a negative case, we developed a system to help automate “intercept calls” for a telecommunications company. We tested the end users to make sure it was workable. When we went to install the system, however, we learned that the folks in charge of central offices, would not allow our software to be installed until we provided documentation in the same format that they were used to from AT&T. So, we redid all the documentation to put it into the AT&T format. At that point, our lawyers, however informed us that that format was “copyrighted” so we could not simply use it. In this case, although many stakeholders were consulted, we had left out two important constituencies. (Eventually, the system was deployed — the first in the US that incorporated speech recognition into an application on the Public Service Network.

Resulting Context:

When every stakeholder’s views are taken into account, the solution will be improved in quality and in addition, there will be less resistance to implementing the solution.

Rationale:

Much of the failure of “process re-engineering” can be attributed to the fact that “models” of the “is” process were developed based on some executive’s notion of how things were done rather than a study of how they were actually done or asking the people who actually did the work how they were done. A “should be” process was designed to be a more efficient version of the “is” process and then implementation was pushed down on workers. However, since the original “is” model was not based on reality, the “more efficient” solution often left out vital elements.

Technological and sociological “imperialism” provide many additional examples where the input of all the stakeholders is not taken into account. Of course, much of the history of the US government’s treatment of the Native Americans was an avoidance of truly including all the stakeholders.

A challenge in applying the “Who Speaks for Wolf” pattern is to judge honestly and correctly whether, indeed, someone does have the knowledge and delegation to “speak for Wolf.” If such a person is not present, we may do well to put off design or decision until such a person, or better, “Wolf” can be present.

Related Patterns: 

Radical Co-location (Provided all stakeholders are physically present in the radical co-location, this tends to insure that their input will be given at appropriate times).

Known Uses:

As a variant of this, a prototype creativity tool was been created at IBM Watson Research Center. The idea was to have a virtual “Board of Directors” consisting of famous people. When you have a problem to solve, you are supposed to be reminded of, and think about, how various people would approach this problem. Ask yourself, “What would Einstein have said?” “How would Gandhi have approached this problem?” And so on. The original prototype consisted of simple animations. Today’s technology would allow one to develop a raft of chat-bots instead.

References: 

Thomas, J. C. (1974). An analysis of behavior in the hobbits-orcs problem. Cognitive Psychology, 6(2), 257-269.

Thomas, J.C. (1996). The long-term social implications of new information technology. In R. Dholakia, N. Mundorf, & N. Dholakia (Eds.), New Infotainment Technologies in the Home: Demand Side Perspectives. Hillsdale, New Jersey: Lawrence Erlbaum.

Thomas, J.C., Lee, A., & Danis, C (2002). “Who Speaks for Wolf?” IBM Research Report, RC-22644. Yorktown Heights, NY: IBM Corporation.

Thomas, J.C. (2003), Social aspects of gerontechnology.  In Impact of technology on successful aging N. Charness & K. Warner Schaie (Eds.). New York: Springer.

Underwood, Paula. (1983). Who speaks for Wolf: A Native American Learning Story. Georgetown TX (now San Anselmo, CA): A Tribe of Two Press.

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Discussion. 

I have personally found this pattern to extremely useful in a variety of social and business situations. In some ways, it seems like “common sense” to get the input of everyone touched by a decision. But we live in a very “hurried” society as I earlier examined in the Blog Post “Too Much.” I’ve seen many projects hurried through design and development without taking a sufficient look at the possible implications for various stakeholders. There is currently what I consider a reasonable concern over what the impact of AI will be. But other technologies on the horizon such as biotechnology and nanotechnology also need to be thought about. As we examined in a whole series of blog posts in the fall of 2017, social media have had huge unintended (and negative) consequences.

I’ve also been involved in “cross-cultural issues” in Human-Computer Interaction (HCI) and in how HCI impacts people and societies in other cultures. Even relatively simple technologies like dishwashers, microwaves, and cars often have considerable unanticipated social consequences. It is not only the “fair” thing to involve everyone who will be seriously impacted; it will ultimately result in faster progress with less strife.

I’m very interested in other people’s experiences relevant to this Pattern.

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“Turing’s Nightmares” – scenarios of possible AI futures.

You Know

02 Monday Oct 2017

Posted by petersironwood in America, family, psychology, story, Uncategorized

≈ 14 Comments

Tags

character, ecology, environment, ethics, Native American, resonsibility, science

 

David's DreamDeeply

 

You know perhaps of various versions of the story of the “two wolves” that live within us. I have heard it various ascribed to Native Americans of the Dakota tribe as well as the Cherokees. Basically, a grandfather, or other such wise person tells his grandson that there are two wolves inside him: a good wolf who is kind and generous and a bad wolf who is mean, spiteful and selfish. These wolves are in a constant battle with each other. The grandson asks which wolf will win and the grandfather replies “whichever one you feed.”

http://www.firstpeople.us/FP-Html-Legends/TwoWolves-Cherokee.html

We have probably all seen cartoons in which an angel perches on one shoulder of a cartoon character inspiring them toward good actions and a devil slouching on the other shoulder whispering rationalizations for bad actions. I suspect that variants of this story exist in many cultures. It seems to me that there is more than a speck of truth in it.

I would love to report that I was born without any bad wolves and that I never had such a struggle myself. That, however, would be a lie. To lie about it would be feeding the bad wolf. In fact, I have experienced the bad wolf as well as the good wolf. I also find the that the bad wolf has weakened considerably over my life-time though he is far from completely dead.

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At boy scout camp, for example, when I was about 10 or 11, three of us sat around a campfire, getting ready to make some simple biscuits. So far as I can recall, I have always loved being outdoors and especially in forests, wood, fields, mountainsides. I don’t even recall feeling any conflict whatever about this. I suppose both the “good wolf” and the “bad wolf” must love the outdoors. On the other hand, I don’t love everything about the outdoors equally. Trees, flowers, clouds, streams, deer, rabbits — always my friends. Spiders, ticks, mosquitoes and deer flies — not so much. I never understood why on earth a person would pick a tarantula for a pet, for instance. On the other hand, I realize that most spiders are harmless to humans and even helpful because most of them catch things like mosquitoes that are much more harmful. Your chances of getting a lethal spider bite are nearly non-existent. Even at eleven, I could not really say I “hated” spiders although having one fall unexpectedly onto my body caused me to jump and try frantically to brush it off. I didn’t really care if I killed it in the process.

While we waited for the fire to heat up enough to cook our primitive trail biscuits however, one of my companions found a spider on a stick and placed it on the hot pan atop the grill. He shook the stick until the spider fell onto the hot pan. For a moment, the spider sprung into action, jumping and hopping excitedly. When he made it to the edge of the pan, my pack mate pushed him back to the middle with the stick. The spider didn’t last long after that. He collapsed and died.

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This simple scene did not last long, but it certainly stirred a tornado of emotions inside me. I thought about objecting but didn’t. I really wanted to see what would happen to a spider subjected to that kind of environment. In other words, I was curious. At the same time, I felt a strange kind of gratitude that the spider was on the hot grill and not me. I had already gotten a rather nasty burn so I knew that burns were horrifically painful. I felt a kinship to the other two guys in this. We were humans after all, and therefore more powerful and clever than a mere spider. I was superior to the spider as were they. We could control the life of the spider more than it could control us. And though I had never actually been bitten by a spider of any kind, let alone been seriously injured, I had been frightened when they dropped on my arm or hair. So, I also felt a kind of vindication; I told myself the creepy spider deserved to die for being so creepy and — well, spidery. Yet, despite all this, I kind of hoped the spider would make it off the hot grill and just learn their lesson (which was what exactly? I guess not to be a spider?) and go on with their life being a more enlightened spider. Anyway, my camp companion prevented any of that from happening by pushing the spider back onto the middle of the grill.

While there had been a whole dark rainbow of emotions in that twisting tornado, I didn’t have any doubt that this was feeding the evil wolf. This was an evil deed and I knew it. When my body is attacked, I am going to defend it. I would defend my life and those of my family by killing any attacker, whether it be an attack from a virus, a bacterium, a spider or an actual wolf. But this spider had not actually attacked anyone. We had gone out of our way to kill it. Not only that, we had killed it in a way that, to all appearances, pained the spider considerably. We hadn’t exactly laughed at the spider’s plight but we had certainly enjoyed it and exclaimed about how he bounced around so vigorously. I did not go home and brag about this incident to my parents or grandparents. Killing unnecessarily, and especially killing another creature in a painful way, is not something anyone in my family would have praised me for.

Of course, considerations of when killing is “necessary” versus “unnecessary” could be the topic of an entire book. <grin> That book might conclude that killing is never really necessary; it’s only convenient. As for pain, I have largely been trained as a scientist and in that training, we were always told to employ parsimony and avoid “anthropomorphism” — that is, to hold to the simplest explanation and not to assume that mammals and birds (let alone spiders) have consciousness and feelings like humans do.

For example, many years later in college biology class, we dissected a surprisingly large live crayfish and this mantra was repeated. So, for example, we were reassured that the crayfish would feel no actual pain because its nervous system was too primitive. First on the agenda: badly injure one of its arms by crush-crunching it with pliers. The crayfish hesitated a few moments and then reached over with one of his major claws, clamped on to his injured arm and yanked it hard. This caused the arm to snap off at one of the joints. The crayfish could then re-grow its arm from that point. The jerking of its own arm was termed as a “reflex.” This “reflex” serve the crayfish well in the wild because the crayfish will grow back a complete arm. This particular crayfish, however, never had that opportunity because the next little trick on the agenda was to remove its beating heart.

So, I cut out the heart and put it in a separate little dish that had some small dosage of adrenaline in it. Immediately, the teeny heart started beating faster. Meanwhile, the heartless crayfish continued to totter about its cramped living quarters. Perhaps it was searching for its missing heart.

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OLYMPUS DIGITAL CAMERA

I accepted the explanations given as to why the crayfish felt no pain. (And, by the way, while I did feel some curiosity as I did all this, I did not have any of those earlier feelings of the crayfish “deserving this” or of my being “superior to it.”) The Teaching Assistant explained, that after all, the crayfish’s nervous system was “primitive” compared with a human’s. We have these enormous brains, you know. It also made a lot of sense to me to take the most “parsimonious” explanation. I believed that then and I believe it now. However, my assumptions about what constitutes “parsimonious” have evolved quite a bit.

You know, I’ve always been something of a pain to my parents, teachers, and probably many others. Starting that tradition early, my mother was in labor for 72 hours before I was born. As best I can recall (which is not at all) I must have been reluctant to enter some new environment head first. By the way, in movies people are always diving head first into ponds, rivers, lakes and so on without the slightest knowledge of how deep the water is or what is in that body of water (such as a submerged log, for instance). So, generally, it is a much better idea, if you have to enter such a body of water, to enter feet first. You might twist your ankle or even break your leg, but you are unlikely to spend the rest of your life paralyzed from the neck down. So, the strategy of “feet first” is a good one.

Except it isn’t a good strategy at all, while you are being born. Anyway, in the various gymnastics I performed to get into the right position, no doubt, with plenty of encouragement and prodding of the doctor, I managed to get a hernia. I was born with a hernia and operated on at about six months and the hernia was fixed. I later discovered, to my great surprise, that this operation had almost certainly been performed with no anesthesia whatsoever. Why? Because a baby’s nervous system was thought too primitive to feel pain. Sure, babies cried and writhed, but those actions were just reflexes, according to accepted medical doctrine at the time.

Of course, if you’ve ever been in close contact with a baby, your own opinion, like mine, is likely that this is utter non-sense! Of course, babies feel pain. You may also be surprised to learn that about that time, the medical profession also believed that babies could not see until they were about six months old. Professor Robert Fantz conducted some of the initial research on this question while I was studying psychology at Case-Western Reserve. Though I wasn’t personally involved in the experiments, I was personally involved in the idea because I had a newborn daughter at home. The work of Fantz was cool and showed that infants preferred human faces and a moderate level of complexity. Infant research is amazing in its own right. Researchers use gaze direction, heart rate deceleration and other clever measures to find out what babies perceive. But how on earth could doctors have ever believed that babies couldn’t really see until they were six months old? As a new father, I found that completely preposterous. My daughter could most certainly see from day one.

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My brother is eleven years younger than I am. When he was an infant, I used to carry him around and show him various things in the house and later, in the yard. Of course, he could see from day one. But how could the medical profession have thought otherwise, even before Fantz’s work at Case-Western?

The next year, I moved on to grad school in Ann Arbor and delved more deeply into infant development and perception. That is when I discovered that those bastards had almost undoubtedly operated on me without giving me any pain killers or anesthetic. No, I kid, of course. No hard feelings. They were no doubt just doing what they thought best. For them.

Therein lies the problem. I now think the most parsimonious explanation is that every living thing feels pain. While the precise quality of the pain may differ among crayfish, spiders, and humans, I see no reason whatever to believe that our human pain is more excruciating because we have bigger brains. In fact, it seems equally plausible, that because of our much bigger brains, our experience is more removed from actual pain than is that of a crayfish. I believe that people define away consciousness and pain for others because it is more convenient for them in making decisions and living with themselves without guilt.

Saying that the crayfish’s nervous system is more primitive doesn’t really cut it either. That firstly implies a doctrine disavowed by most scientists that the “point” of evolution is to make humans and that other branches are necessarily more “primitive” if they have been here longer. For instance, horseshoe crabs have been around for 500 million years, basically unchanged so far as we can tell. Humans have been around for a much shorter time. Of course, if you measure how advanced a species is by how quickly it can destroy things for its own convenience (not just survival) then, yes, humans win hands down. Congrats to all.

Humans have several kinds of sensory nerve fibers on the periphery. We have, for example, A fibers. These are myelinated, and this allows nerve conduction to go much faster than impulses travel in their slower cousins, the C fibers.  So, when a human touches the proverbial hot stove, the A fibers go right into a quick feedback loop to get you to jerk your hand away. A noticeable time lag and you actually feel the pain. The C fibers take longer. It is thought that one way acupuncture might work is to stimulate A fibers to that they inhibit the C fibers.

It turns out that these C fibers have been around a long time and they are the types of fibers in our friend the crayfish. In over-simple terms, “advanced species” have fast and slow fibers while “primitive species” only have the slow pain fibers. Well, if that’s true, and particularly in consideration that the fast fibers may actually serve to dull pain under certain conditions, how on earth does it make any sense to say the crayfish cannot feel pain because its nervous system is too primitive? No. It makes more sense to say that the crayfish cannot help but feel pain. It is the only signal coming in.

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It seems the same thing applies developmentally within an individual. Indeed, if you look at the behavior of babies without any preconceptions to the contrary, I think a normal reading of the reality would conclude that babies are feeling way more completely and overwhelmingly than are adults. It seems to me much more likely that babies feel pain more intensely than do adults.

One could argue that, despite the pain of the crayfish, it’s worth it because the doctors being trained (most of the class was pre-med) will certainly end up saving way more pain among their human brothers and sisters than they will cause this crayfish. I think that’s probably valid. But it does require thinking about a conscious tradeoff among species which is a weird kind of decision that we’ve never had to consciously make before in our history.

Our ancestors may or may not have measured the pain of their prey against their own hunger. Now, however, we literally have to ask ourselves whether it is worth saving one human life through economic growth if it means obliterating an entire species of whales? Of fish? Of plankton? How about saving one human a trip to the grocery every week? Is it worth killing off a species for that? How about twelve? How about 1000?

I feel a little out of joint now with much of society because I’ve been feeding the wolf that says to me: “Those living things all have lives and those lives are just as precious to them as yours is to you. Keep that in mind. Oh, and by the way, you bet they feel pain just as you do. Don’t tell yourself some bullshit that they don’t feel pain because they are too primitive. We all feel pain: wolf, rabbit, fish, bird.” Meanwhile, I feel as though many parts of our society, because of the nature of our economy, has been listening to a different wolf.

That wolf says, “Humans are special. They deserve special treatment. And just as the human species is the just ruler of every other species which is only put here for your pleasure, so too, there are some humans who are above and superior to others. And those humans deserve special things. And those humans who are above deserve special favors, sexual and otherwise. And those “up there” humans, who are more evolved, deserve to inconvenience you if it serves their pleasure. But don’t worry about feeling spat upon and made to feel small. There’s a whole lot of things inferior to you and you can take your hate out on them! Kick the dog! Stomp on the ant! Trash the environment! You’re human! You can do whatever you want to destroy earth. It’s your earth after all.”

A few months ago, I found a rather large grand-daddy longlegs in the house. I did consider simply crushing it in a paper towel. Instead I used a paper plate and a cup to take him outside and deposit him intact onto our pathetic brown-leafed gardenia bush. Guess what? That gardenia bush now has wonderful looking leaves. No curling. No browning. Coincidence? Perhaps. What do you think?

I’m pretty sure the following is not coincidence. For a time, I rented a house in Woburn Massachusetts. It had a basement with windows at the top. At one point those windows all became covered with spider webs. I took down all the spider webs. Yay for me. Mission accomplished. The next day, our basement was infested with wasps. It can’t always be “follow the butterflies,” you know. So which wolf will you be feeding? Only you know.

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