2-A is Ash & the 2-B sounds like an alder body. The Alder body is a bit more woody sounding , great for a fretless. Just because my eyes are bad doesn't mean I can't hear ??? RIGHT !
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I'm just picturing some guy driving to work with the radio on, nodding his head to the music and thinking "Cool tune - nice groove - great Jazz bass tone - nice alder body too. This would be a great record if that neck pocket was just a FRACTION tighter fit... "ROFL !
No. In forestry hard ash is Fraxinus americana (what baseball bats are made of). Swamp ash could be either F. pennsylvanica or F. nigra.
Not to be disrespectful but shouldn't a luthier be familiar with this knowledge?
I'm just picturing some guy driving to work with the radio on, nodding his head to the music and thinking "Cool tune - nice groove - great Jazz bass tone - nice alder body too. This would be a geat record if that neck pocket was just a FRACTION tighter fit... "![]()
Haha Not to mention the color and the type of pickguard.
.Ok, John. So in other words: "The subtle variations in tone between wood types can be completely erased by standard audio processing stages like compression and EQ."
Right?
But isn't your argument self-defeating??
Compression and EQ are almost always used in studio recording, and typically used by a soundman at a live gig. So if these commonplace processes can destroy any difference in tone between Alder, Ash, Walnut, etc., doesn't that prove that body wood has very little impact on tone?
Enlighten me.
i don't think so. i didn't say that the differences 'were completley erased". i said that it would effect (and cloud) the results more than having a 'straight wire' recording test. any time you add more processing than the minimum amount necessary to record something to make a comparison test, that will always happen, and IMO, somewhat 'homogenize' the results.

That's fine, but I hope you see my point. If you argue against the validity of these audio tests because a small bit of gentle compression was applied, how can you then argue that wood has a meaningful impact on tone in a real-world scenario with several stages of processing and other instruments playing? I don't get it.
If the audible differences between woods can only be heard during a "straight wire" test, with the bass track solo'd, then how is anyone ever going to hear them??![]()
like i said earlier in this thread, my wife can instantly hear the difference between two of my identical basses that have different woods while playing thru an amp with a blidfold on. and an amp/speaker setup is pretty cloudy comared to going direct into a console.
it appears that you're missing my point. i was saying that if you want to be more scientific and more accurate, the use of less processing in the signal chain will ALWAYS expose more differences. i never said that they could only be heard with straight wire tests. i can even hear the differences with my two basses running thru an EH Q-balls evelope filter.
Of course if I wanted to be more "scientific" I could have done things differently, including building an android to play the bass parts exactly the same each time.
And of course less processing will expose more differences. But I'm interested in real-world stuff. My signal flow was what would typically be used in a studio situation (actually more conservative than a typical studio situation). And with the bass tracks solo'd, the vast majority of folks (including yourself) could not accurately identify the differences in tone.
If you can hear the differences between basses played through an EH Q-Balls envelope filter, how come you can't hear the difference with a small dose of compression?
So only 14% of people got it right.