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After reading the responses so far, I can't help but mention the following:
this goes to show that the reason Televue and the other high end companies survive is because astronomers, on average, are making significantly more in annual salary than the remainder of the population. Kind of like the doctor who almost always drives the Mercedes. If the money is there, they spend it no matter what. Some may not agree, but that's how I see it (BTW, I make about $28-32K a year so the high enders are a no-no for me.... what's the average amateur astronomer make these days... used to be around $80K but several years ago) JD wrote in message ups.com... Hello all, After spending a couple years out of the hobby and now getting back into it, I'm amazed at the quality you can now purchase and the low, low, low prices associated with these products. Apos and eyepieces in particular. This used to be TeleVue's bread and butter, and boy did they know it with the prices they charge! But now that we, as consumers, have options where we get 98% of the ultra high quality performance for 50% of the cost, what does it mean to the company that has been holding us over the coals for the past 20 years, wringing every red cent out of us for a high quality eyepiece? Could this competition be the beginning of the end for them?? Or will there always be status-seekers in this hobby that decide on purchases based on the name printed on the eyepiece, as opposed to the quality/price ratio? I just don't see this company doing well with the price wars that are being waged right now. Deservedly so? Maybe. That's up for debate. I'm just saying that I wouldn't want to be the most expensive company in astronomy right now.... |
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Jim Duncans wrote:
After reading the responses so far, I can't help but mention the following: this goes to show that the reason Televue and the other high end companies survive is because astronomers, on average, are making significantly more in annual salary than the remainder of the population. Kind of like the doctor who almost always drives the Mercedes. If the money is there, they spend it no matter what. Some may not agree, but that's how I see it (BTW, I make about $28-32K a year so the high enders are a no-no for me.... what's the average amateur astronomer make these days... used to be around $80K but several years ago) I don't think anyone can know for sure what the average salary is today, or what it was several years ago. It's not a scientific survey, but a reader survey with the usual selection biases. I suspect quite strongly that one is more likely to fill in the salary range if one's salary is high. One step toward getting a better handle on salary distribution would be to make up six salary ranges, and ask the reader to flip a coin and roll a die. If the coin comes up heads, fill in the proper salary range; if it comes up tails, use the die to select which range you fill in. Of course, I doubt that any actual survey would make their readers go through all that rigamarole. All in all, I rather think the mean salary is below $80,000 US. Mine happens to be above that, but I know plenty, even here in the relatively affluent areas of Los Angeles, that make below that (just because they happen to work in areas that the powers that be think don't need to be paid very much, like teaching grade school children). I guess (but do not know for sure) that the recent introduction of low-cost, decent telescopes that don't get put in the closet right away has perhaps even decreased the mean salary of the amateur astronomer (at least in the US). Brian Tung The Astronomy Corner at http://astro.isi.edu/ Unofficial C5+ Home Page at http://astro.isi.edu/c5plus/ The PleiadAtlas Home Page at http://astro.isi.edu/pleiadatlas/ My Own Personal FAQ (SAA) at http://astro.isi.edu/reference/faq.txt |
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![]() Bri I don't think anyone can know for sure what the average salary is today, or what it was several years ago. It's not a scientific survey, but a reader survey with the usual selection biases. I suspect quite strongly that one is more likely to fill in the salary range if one's salary is high. I agree with Brian, it's hard to really know any sort of "average" salary. After all, one millionaire can skew the average up quite a bit! Clyde |
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wrote in message
oups.com... I agree with Brian, it's hard to really know any sort of "average" salary. After all, one millionaire can skew the average up quite a bit! Median income is generally used more often in demographics because of that reason. |
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Alson Wong wrote:
Median income is generally used more often in demographics because of that reason. That's true, but the problem I was raising (systematic bias in answers) is different from the one Clyde raised (volatility of the mean value with heavy-tailed distributions). Brian Tung The Astronomy Corner at http://astro.isi.edu/ Unofficial C5+ Home Page at http://astro.isi.edu/c5plus/ The PleiadAtlas Home Page at http://astro.isi.edu/pleiadatlas/ My Own Personal FAQ (SAA) at http://astro.isi.edu/reference/faq.txt |
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On Mon, 3 Jan 2005 13:19:30 -0600, Brian Tung wrote
(in article ): One step toward getting a better handle on salary distribution would be to make up six salary ranges, and ask the reader to flip a coin and roll a die. If the coin comes up heads, fill in the proper salary range; if it comes up tails, use the die to select which range you fill in. Of course, I doubt that any actual survey would make their readers go through all that rigamarole. This is an unusual protocol that I've not seen before. Could you please comment on why this gives better results than a standard survey? I'm not doubting you, just curious. |
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Bill Tschumy wrote:
This is an unusual protocol that I've not seen before. Could you please comment on why this gives better results than a standard survey? I'm not doubting you, just curious. The principle behind it is that one is more likely to be honest in answering a possibly embarrassing question (such as how much money you make) if the answer cannot definitively be tied to the person. In this case, an answer of "less than $20,000" might be true, or it might just be the roll of the die. Apparently, this principle is valid, although I'm not sure just how one would validate it. To pick a more extreme example, consider the following instructions: 1. Flip a coin. If it comes up heads, fill in the "Yes" bubble to Q1 on your form. If it comes up tails, please answer the following question: Are you obese [suitably defined]? The idea is that a significant number of people are reluctant to answer "Yes" to the flat question (even if the form is anonymous), but will go through the above procedure properly. Then, if the fraction of people answering "Yes" is f, then an estimate of the true fraction of respondents who are obese is 2f-1. (For example, if 60 percent answer "Yes," the true fraction of obese people is close to twice 60 percent minus 1--that is, 100 percent--or 20 percent.) I really have no idea just *how* well this works, only that it is said to work better than just asking the question straight out. As I also said, I'm not sure how one would go about establishing that it works better. Brian Tung The Astronomy Corner at http://astro.isi.edu/ Unofficial C5+ Home Page at http://astro.isi.edu/c5plus/ The PleiadAtlas Home Page at http://astro.isi.edu/pleiadatlas/ My Own Personal FAQ (SAA) at http://astro.isi.edu/reference/faq.txt |
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Don't forget you have to take into account cost of living (housing,
food, gas, etc..). That's a rather significant difference for many areas of the country. |
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