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- Thread starter Mark1427
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After that, they’re on their own. The buckets remain in place to take advantage of thunderstorms or other heavy rain events.

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Here's a very useful, nearly useless piece of information. Maybe helpful for the OCD among us (me).

The average surface area of the top and bottom of a 5 gal bucket is about one square foot - if you forget about OCD precision and go with some rounding.

There are 43,560 square feet in an acre.

An acre-inch of water is about 27,154 gallons. Or, to put it another way, when it rains an inch, that's about how many gallons fall an each acre of your field. To wiggle an acre down to square feet, one square foot gets something like 0.6 gallons of water. So, your 5-gallon bucket adds nearly 8-inches equivalent rainfall - assuming all the world is a straight line.

The hydrodynamics (is there such a thing?) are a little different when you water by the bucket. The only point is, one bucket of water per tree seem more than adequate!

Wasn't that fun?

The average surface area of the top and bottom of a 5 gal bucket is about one square foot - if you forget about OCD precision and go with some rounding.

There are 43,560 square feet in an acre.

An acre-inch of water is about 27,154 gallons. Or, to put it another way, when it rains an inch, that's about how many gallons fall an each acre of your field. To wiggle an acre down to square feet, one square foot gets something like 0.6 gallons of water. So, your 5-gallon bucket adds nearly 8-inches equivalent rainfall - assuming all the world is a straight line.

The hydrodynamics (is there such a thing?) are a little different when you water by the bucket. The only point is, one bucket of water per tree seem more than adequate!

Wasn't that fun?

Last edited:

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I enjoyed that Clifford C. Claven! And keep in mind a mature oak tree takes up daily 50-100 gallons of water.Here's a very useful, nearly useless piece of information. Maybe helpful for the OCD among us (me).

The average surface area of the top and bottom of a 5 gal bucket is about one square foot - if you forget about OCD precision and go with some rounding.

There are 43,560 square feet in an acre.

An acre-inch of water is about 27,154 gallons. Or, to put it another way, when it rains an inch, that's about how many gallons fall an each acre of your field. To wiggle an acre down to square feet, one square foot gets something like 0.6 gallons of water. So, your 5-gallon bucket adds nearly 8-inches equivalent rainfall - assuming all the world is a straight line.

The hydrodynamics (is there such a thing?) are a little different when you water by the bucket. The only point is, one bucket of water per tree seem more than adequate!

Wasn't that fun?

Ok, well yes, of course. But, lets assume the mature oak tree's proportional area of an acre is determined by the diameter of the tree crown. That would assume the root area in need of water occupies the same space. So.......I enjoyed that Clifford C. Claven! And keep in mind a mature oak tree takes up daily 50-100 gallons of water.