Author Topic: Tick takes on 1206 resistors  (Read 4180 times)

0 Members and 1 Guest are viewing this topic.

Offline joeqsmithTopic starter

  • Super Contributor
  • ***
  • Posts: 12277
  • Country: us
Re: Tick takes on 1206 resistors
« Reply #25 on: May 23, 2021, 04:32:30 pm »
I think it was just and attempt at humor. The fact that you went through the trouble of keeping the tick to begin with demonstrates that you do not suffer from mental illness (of that kind :) )

To be clear, animal cruelty for the sake of cruelty is pathological. I see a problem, however, with the suggested "conclusions" of that article - and there are many written that point out the same "fact". The problem is that they are only looking at one quadrant of the 2 X 2 contingency table and as a useful predictor, it is ill-advised, but we seem to gravitate toward these in the media all the time. What is the proportion of serial killers that did not display animal cruelty? What is the proportion of non-serial killers who displayed animal cruelty? - see what I am getting at?

According to the shows on TV, we have new serial killers popping up every week.   :-DD  In real life, we don't see too many of them.  Drawing a conclusion with any sort of confidence may be difficult.  Studies of child and spouse abuse may provide a much larger sample size.   

Offline DrG

  • Super Contributor
  • ***
  • !
  • Posts: 1199
  • Country: us
Re: Tick takes on 1206 resistors
« Reply #26 on: May 23, 2021, 04:49:06 pm »
I think it was just and attempt at humor. The fact that you went through the trouble of keeping the tick to begin with demonstrates that you do not suffer from mental illness (of that kind :) )

To be clear, animal cruelty for the sake of cruelty is pathological. I see a problem, however, with the suggested "conclusions" of that article - and there are many written that point out the same "fact". The problem is that they are only looking at one quadrant of the 2 X 2 contingency table and as a useful predictor, it is ill-advised, but we seem to gravitate toward these in the media all the time. What is the proportion of serial killers that did not display animal cruelty? What is the proportion of non-serial killers who displayed animal cruelty? - see what I am getting at?

According to the shows on TV, we have new serial killers popping up every week.   :-DD  In real life, we don't see too many of them.  Drawing a conclusion with any sort of confidence may be difficult.  Studies of child and spouse abuse may provide a much larger sample size.

Agreed. That article does make the point of a link between adolescent cruelty to animals and adult violence. I believe that a link does exist and is evidenced based. They, however, are clearly framing it in a sensational manner to promote their Crime TV shows....and in a manner that suggests that it (child animal cruelty) is a predictor of serial killing as an adult. I clicked on the author link but it took me to a page about all of their crime shows instead.
- Invest in science - it pays big dividends. -
 
The following users thanked this post: tooki

Offline jbeng

  • Regular Contributor
  • *
  • Posts: 53
  • Country: us
Re: Tick takes on 1206 resistors
« Reply #27 on: May 23, 2021, 06:59:47 pm »
... but have you never noticed how a wide range of animals gnaw at things too hard to have any obvious nutritional qualities? It seems to be baked deep into animal behaviour. Sometimes it extracts minerals. Sometimes it accesses bone marrow locked inside. Sometimes it has no clear goal. Whatever the benefits, its commonplace.

Some animals (rodents, in particular) constantly gnaw to keep their teeth worn down, as their teeth are always growing.  Hence the saying about "being a bit long in the tooth."  They also gnaw to keep their teeth sharp.
"It's such a fine line between stupid and clever" - David St. Hubbins
 
The following users thanked this post: tooki, newbrain

Offline coppice

  • Super Contributor
  • ***
  • Posts: 10031
  • Country: gb
Re: Tick takes on 1206 resistors
« Reply #28 on: May 23, 2021, 07:01:55 pm »
... but have you never noticed how a wide range of animals gnaw at things too hard to have any obvious nutritional qualities? It seems to be baked deep into animal behaviour. Sometimes it extracts minerals. Sometimes it accesses bone marrow locked inside. Sometimes it has no clear goal. Whatever the benefits, its commonplace.

Some animals (rodents, in particular) constantly gnaw to keep their teeth worn down, as their teeth are always growing.  Hence the saying about "being a bit long in the tooth."  They also gnaw to keep their teeth sharp.
There's a chicken and egg question there. Do they gnaw to keep their teeth in check, or did the teeth evolve to deal with endless gnawing?
 

Offline joeqsmithTopic starter

  • Super Contributor
  • ***
  • Posts: 12277
  • Country: us
Re: Tick takes on 1206 resistors
« Reply #29 on: May 23, 2021, 10:03:29 pm »
... but have you never noticed how a wide range of animals gnaw at things too hard to have any obvious nutritional qualities? It seems to be baked deep into animal behaviour. Sometimes it extracts minerals. Sometimes it accesses bone marrow locked inside. Sometimes it has no clear goal. Whatever the benefits, its commonplace.

Some animals (rodents, in particular) constantly gnaw to keep their teeth worn down, as their teeth are always growing.  Hence the saying about "being a bit long in the tooth."  They also gnaw to keep their teeth sharp.

Our vet suspects dog 4 spent most of it's life stuck in a cage and as a result has several teeth that were broken trying to get out. 

Offline thinkfat

  • Supporter
  • ****
  • Posts: 2161
  • Country: de
  • This is just a hobby I spend too much time on.
    • Matthias' Hackerstübchen
Re: Tick takes on 1206 resistors
« Reply #30 on: May 24, 2021, 07:10:38 am »
'long in the tooth' is about old horses, though, not rodents.
Everybody likes gadgets. Until they try to make them.
 
The following users thanked this post: tooki

Offline tooki

  • Super Contributor
  • ***
  • Posts: 13156
  • Country: ch
Re: Tick takes on 1206 resistors
« Reply #31 on: May 24, 2021, 01:30:30 pm »
... but have you never noticed how a wide range of animals gnaw at things too hard to have any obvious nutritional qualities? It seems to be baked deep into animal behaviour. Sometimes it extracts minerals. Sometimes it accesses bone marrow locked inside. Sometimes it has no clear goal. Whatever the benefits, its commonplace.

Some animals (rodents, in particular) constantly gnaw to keep their teeth worn down, as their teeth are always growing.  Hence the saying about "being a bit long in the tooth."  They also gnaw to keep their teeth sharp.
There's a chicken and egg question there. Do they gnaw to keep their teeth in check, or did the teeth evolve to deal with endless gnawing?
They gnaw to sharpen their teeth (the front layer is hard apatite enamel, the back layer the softer dentin, so the back wears faster, producing a sharp edge), and the constant growing would be to ensure there’s still tooth to sharpen! :p
 

Offline coppice

  • Super Contributor
  • ***
  • Posts: 10031
  • Country: gb
Re: Tick takes on 1206 resistors
« Reply #32 on: May 24, 2021, 10:05:50 pm »
... but have you never noticed how a wide range of animals gnaw at things too hard to have any obvious nutritional qualities? It seems to be baked deep into animal behaviour. Sometimes it extracts minerals. Sometimes it accesses bone marrow locked inside. Sometimes it has no clear goal. Whatever the benefits, its commonplace.

Some animals (rodents, in particular) constantly gnaw to keep their teeth worn down, as their teeth are always growing.  Hence the saying about "being a bit long in the tooth."  They also gnaw to keep their teeth sharp.
There's a chicken and egg question there. Do they gnaw to keep their teeth in check, or did the teeth evolve to deal with endless gnawing?
They gnaw to sharpen their teeth (the front layer is hard apatite enamel, the back layer the softer dentin, so the back wears faster, producing a sharp edge), and the constant growing would be to ensure there’s still tooth to sharpen! :p
Its easy to post hoc rationalise all sorts of animal behaviour without it having any connection to how that behaviour developed over many generations.
 


Share me

Digg  Facebook  SlashDot  Delicious  Technorati  Twitter  Google  Yahoo
Smf