I drank a beer called moose drool once, well more like a stout actually....my point about moose drool though is that saliva (DNA) should be on those stripped branches.
Theres definitely limitations to EDNA, it really only works well with a higher population of the organism you are trying to monitor, or that organism is located very close to your sample point.
Definitely a numbers and scale game.
I use it a fair bit for work for the reason you describe but I would think in this instance it might not be super effective.
Also, you would have to get the genetic sequence of the species of moose uploaded into the Wilderlab database so that it would flag in the testing.
I have had false positives come up for certain species of interest owing to their relatedness to other species i’m not looking for that were in Wilderlabs system, which required a bit of adjustment at Wilderlabs end.
All that said, its another tool in their toolbox.
I have a bit of moose antler I can send you if you can input it into your data system
Yes it can miss the obvious. We started using it in our catchment last year. We were surprised at the results of just how much stuff it picks up. However the greatest surprise was the lack of goat DNA despite them being known to be present in reasonable numbers on a property which has streams feeding into the river above the sample point.
Maybe I’m just older and more cynical but I think the only proof that would be accepted nowadays is if you put one on the ground. You might cop a lot of flack but the evidence would be irrefutable. Let’s face it, they’re genetically so inbred now, you might just be doing them a favour.
“Age is a very high price to pay for maturity”
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