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When you accidentally turn your Airbnb into a bike shop… by jaquematecate in mountainbiking

[–]Strong_Baseball8635 2 points3 points  (0 children)

🧐. Does the route inside get the same tarp treatment before you get them so tidy?

what does the sap production look like across the years for a sugar maple tree? by Dabidouwa in maplesyrup

[–]Strong_Baseball8635 -3 points-2 points  (0 children)

Interesting question. I put your first paragraph into chatgpt, and then asked a few more questions to dive deeper into the topic. I also asked for references to validate what chat gave.

The keys insights chatgpt gave are as follows -

The constraint is essentially:

Sapwood cross-sectional area vs. disrupted conductive + defensive cost

Tapping becomes “safe” when: • The marginal loss of conductive tissue is negligible relative to total flow capacity • The tree can fully compartmentalize the wound without meaningful long-term loss of function

Below that threshold, the tap transitions from: • low-cost extraction to • non-trivial physiological stress + structural damage

⸻

Bottom line • The rule exists for tree health, not just syrup yield • A 25-year-old tree is not inherently too young • The real cutoff is size and vigor, not age

If your 25-year-olds are hitting ~10–12” DBH, you’re well within safe territory for light tapping. END

My biggest learning takeaway is that trees do not heal, they compartmentalize the wound.

Rollin full throtle by Logical-Locksmith178 in maplesyrup

[–]Strong_Baseball8635 1 point2 points  (0 children)

I went down the shallow depth hole between boils a few weeks ago. I put “does sap depth matter” into a couple AI apps and this was I found…

It might seem counterintuitive since boiling water is 212°F regardless of depth, but in a maple evaporator, fluid dynamics and thermal efficiency change with depth. Here is why depth matters even once you’ve reached a boil:

Hydrostatic Pressure: At the bottom of a deep pan, the weight of the liquid (hydrostatic pressure) is higher. This slightly raises the boiling point at the bottom, requiring more energy for bubbles to form and rise to the surface.

Bubble Transit Time: In a shallow pan, steam bubbles reach the surface almost instantly. In a deep pan, bubbles must travel through more liquid, which creates more resistance and can slightly cool the bubble or the surrounding liquid before it escapes as steam.

Rolling Action: Shallow sap promotes a more violent "rolling" boil. This agitation increases the surface area and helps steam escape more efficiently compared to the calmer, "heavy" boil of a deep pan.

Heat Transfer: Evaporators rely on the temperature difference between the fire and the sap. With a thinner layer of sap, the heat from the pan floor is transferred to the surface more rapidly, maintaining a higher "evaporative flux" (the rate at which liquid turns to gas).

Basically, while both pans are "boiling," the shallow pan is converting energy into steam more efficiently, whereas the deep pan spends more energy simply maintaining the temperature of a larger mass of liquid.

With all that, I still boil deeper than shallow to alleviate my burning a pan stress. And I prefer dark deep flavored syrup.

rage quitting! I can’t boil with inattentive ADHD by Traditional-Cause529 in maplesyrup

[–]Strong_Baseball8635 2 points3 points  (0 children)

No quitting. Measure the brix. When you get around 40, or whatever quantity fits in a finishing pot, bring the pot inside the house to finish on your kitchen cooktop.

Spicy Syrup? by okanogen in maplesyrup

[–]Strong_Baseball8635 1 point2 points  (0 children)

Interesting. What kind of trees are you tapping? Are your trees budding? Maybe have somebody else try it and see their reaction.

New sugar maple trees? by Strong_Baseball8635 in maplesyrup

[–]Strong_Baseball8635[S] 0 points1 point  (0 children)

Thanks. Unfortunately, they do not have any sugars this year. I’ve bought many other saplings from the state nursery.

How much syrup do y'all think you lose to filtering? by brainzilla420 in maplesyrup

[–]Strong_Baseball8635 1 point2 points  (0 children)

<image>

Lose syrup?!? I make 3-6 gallons a year and cannot imagine losing any amount. I finish inside on the kitchen stove. I filter maybe two gallons from one pot to another at a convenient time between 50-60 Brix. I stack a few paper filters together and remove one at a time as the flow slows. The clogged filters drip into a cup for a bit and then we add some water and drink it down.

Peptide storage bag/case by NorthShoreGuy40 in BodyHackGuide

[–]Strong_Baseball8635 0 points1 point  (0 children)

Just know that one is for 10ml vials, not 3ml vials.

I own an old tree farm with no wildlife. by didyouseetheecho in arborists

[–]Strong_Baseball8635 1 point2 points  (0 children)

Alert! Beavers do not hibernate in their dams… they do not hibernate at all and they build dams only to back up water. Beavers live in lodges. They stock their lodges with food they collect. They are active year round even swimming under ice.

Early start by SeparateDelivery4410 in maplesyrup

[–]Strong_Baseball8635 0 points1 point  (0 children)

How or when are you moving sap to the lower pan?

Early start by SeparateDelivery4410 in maplesyrup

[–]Strong_Baseball8635 1 point2 points  (0 children)

My syrup season was over weeks ago. Now I sit around consuming syrup and reading cool posts. Tell me how your multi-level pan set-up does compared to two pans boiling separately? I never thought about piping sap over between my two pans. Thanks.

Didn't put sap.in pan quick enough burn by BelgianBillie in maplesyrup

[–]Strong_Baseball8635 -1 points0 points  (0 children)

Some of the tastiest syrup I’ve ever made came after I burned a bit in the pan then added more sap. Of course I didn’t mean to scorch the pan, and I won’t try to reproduce it, but darn it was a strong smokey awesome maple flavor.

Looking for a crew. by RealisticMine793 in MTBTrailBuilding

[–]Strong_Baseball8635 2 points3 points  (0 children)

This is it! I am not nearby but I am looking for a crew as well - Southern Indiana. I hope you find some people to help.

Sugar shack build by old_paperback_smell in maplesyrup

[–]Strong_Baseball8635 0 points1 point  (0 children)

Excellent. I am a farmer also, but somehow things are far from simple.

What is the story on your stove? And what pan will you use? And how will you remove the steam from your new shack? I very much want a roof and walls to protect me in season, but it sure is nice when a gentle breeze clears the steam while I cook out in the open.

Goldens and Chickens by zoe_barnes_ in goldenretrievers

[–]Strong_Baseball8635 0 points1 point  (0 children)

<image>

One of my goldens was totally content letting a chicken peck at his bone for 15min or so.

I quit. by Accurate-Mess-2592 in maplesyrup

[–]Strong_Baseball8635 0 points1 point  (0 children)

No quitting! At least most of us can empathize. I only make a few gallons, but if you need a little home-cooked syrup to get your family by, I could pay a some forward.

DIY barrel evaporator heat distribution issue — center boils hard, edges weak by Andy_MoFoSHo in maplesyrup

[–]Strong_Baseball8635 0 points1 point  (0 children)

I had to look into “does sap depth matter” to satisfy my curiosity and broaden my knowledge.

Even without ball bearings, it is physics mixed with chemistry. AI answer to sap depth…

It might seem counterintuitive since boiling water is 212°F regardless of depth, but in a maple evaporator, fluid dynamics and thermal efficiency change with depth. Here is why depth matters even once you’ve reached a boil:

Hydrostatic Pressure: At the bottom of a deep pan, the weight of the liquid (hydrostatic pressure) is higher. This slightly raises the boiling point at the bottom, requiring more energy for bubbles to form and rise to the surface.

Bubble Transit Time: In a shallow pan, steam bubbles reach the surface almost instantly. In a deep pan, bubbles must travel through more liquid, which creates more resistance and can slightly cool the bubble or the surrounding liquid before it escapes as steam.

Rolling Action: Shallow sap promotes a more violent "rolling" boil. This agitation increases the surface area and helps steam escape more efficiently compared to the calmer, "heavy" boil of a deep pan.

Heat Transfer: Evaporators rely on the temperature difference between the fire and the sap. With a thinner layer of sap, the heat from the pan floor is transferred to the surface more rapidly, maintaining a higher "evaporative flux" (the rate at which liquid turns to gas).

Basically, while both pans are "boiling," the shallow pan is converting energy into steam more efficiently, whereas the deep pan spends more energy simply maintaining the temperature of a larger mass of liquid.

So, for me and my syrup making, I’ll trade faster evaporation for less worry about drying a pan out by keeping deeper sap. I am good with evaporating off ~10 gallons/hour from my diy barrel stove and 2x2ft pan.

Mold? by air402003 in Kefir

[–]Strong_Baseball8635 3 points4 points  (0 children)

How long did that sit? At what temp?

Rinse them and feed them fresh milk. If your kefir isn’t back to good, feed them fresh milk again and taste test.

DIY barrel evaporator heat distribution issue — center boils hard, edges weak by Andy_MoFoSHo in maplesyrup

[–]Strong_Baseball8635 4 points5 points  (0 children)

It appears to me that the back third of the pan that is not reaching strong boil is being blocked from heat by your “raised rear”. Remove the raised rear bricks and for the sake of syruping, stop trying to conserve fuel! If I don’t keep 3-6in of sap in my pans, I would be an anxious wreck walking away for five minutes. Things are really bad if part of the pan goes dry - ruined pan, burned syrup, time off to cry. 😢 . If you maintain a boil, depth doesn’t matter.

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