OK, you are in the high 60's °F which I'd say is the upper limit. Better if you can store it in the low 60's or even the 50's. So long as you don't FREEZE, generally the colder the better, but IMO Jay, going too cold might also impede the aging, so I generally try to stay as cool as I reasonably can--- upper 50's to lower 60's Fahrenheit. The word COOL is the keyword.roughly 18 - 20 degrees c. with a RH of roughly 40 - 55% all year round.
Mind if I ask how you know this? I'm eternally interested in the aging process of pipe tobacco, but so little real (non-anecdotal) data is available. There are more questions than answers. What is it that is actually going on as tobacco ages? Is it a biological process? Are bacteria involved? If so, which ones and what environmental conditions favor their activity? What effect do the anti-fungal additives used in most tobacco have on bacteria and the aging process? How about the flavor components themselves? How do they change over time?you are in the high 60's °F which I'd say is the upper limit. Better if you can store it in the low 60's or even the 50's.
Except the humans are dead at 0% humidity, and very uncomfortable at 100%! But agree that room humidity is not important.If your seals are good, I'd say the ideal RH is somewhere between 0% and 100%.
+1 :puffpipe:Mind if I ask how you know this? I'm eternally interested in the aging process of pipe tobacco, but so little real (non-anecdotal) data is available. There are more questions than answers. What is it that is actually going on as tobacco ages? Is it a biological process? Are bacteria involved? If so, which ones and what environmental conditions favor their activity? What effect do the anti-fungal additives used in most tobacco have on bacteria and the aging process? How about the flavor components themselves? How do they change over time?
It would be great to have a treatise on tobacco aging written by someone who has done the actual research.
It both a biological and chemical process. Bacteria, micro-organisms and chemical changes are involved. Freezing harms the tobacco and basically stops most of the activity. Cooler temperatures allow progress with good preservation (resist mildew). Warm temps might speed some things up but promotes fungal growth. How do I know? 40 years experience and basic chemistry and biology.What is it that is actually going on as tobacco ages? Is it a biological process? Are bacteria involved? If so, which ones and what environmental conditions favor their activity? What effect do the anti-fungal additives used in most tobacco have on bacteria and the aging process? How about the flavor components themselves? How do they change over time?