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  #1  
Old 06-05-2011, 04:02 PM
JoJo1990 JoJo1990 is offline
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Dry vs. Liquid Humate

I've been doing some reading and hear a lot of back on forth on liquid VS dry humate application. I think it's obvious that a liquid application for foliar feeding of humates is going to be the quickest uptake by the plant. If my goal would be to add more organic matter to the soil, I'm not sure which would be more effective. I also see lots of rates from 10-70% Humate by weight.

For those of you on an organic application program, which do you use or prefer? I had planned on adding humate application a tea program for future use.
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  #2  
Old 06-05-2011, 10:36 PM
NattyLawn NattyLawn is offline
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Quote:
Originally Posted by JoJo1990 View Post
I've been doing some reading and hear a lot of back on forth on liquid VS dry humate application. I think it's obvious that a liquid application for foliar feeding of humates is going to be the quickest uptake by the plant. If my goal would be to add more organic matter to the soil, I'm not sure which would be more effective. I also see lots of rates from 10-70% Humate by weight.

For those of you on an organic application program, which do you use or prefer? I had planned on adding humate application a tea program for future use.
If you want to build organic matter, granular applications are best. I use two products for this. One is Humamend Maxx and the other is Finesse GVH. One is a leonardite/soluble humate mix, and the other is a worm casting/leonardite mix. The leonardite I believe is 65% minimum, while the soluble humate is 85-90%.
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Old 06-06-2011, 07:42 AM
Smallaxe Smallaxe is offline
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Will soluable humates stay in a sandy soil?
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Now that I know that clay's texture(platelets) has nothing to do with water infiltration, percolation, or drainage
,,, I wonder what does...
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Old 06-06-2011, 10:34 PM
NattyLawn NattyLawn is offline
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Originally Posted by Smallaxe View Post
Will soluable humates stay in a sandy soil?
Short answer. Yes.

http://teravita.com/Humates/Chapter6.htm
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  #5  
Old 06-07-2011, 08:26 AM
Smallaxe Smallaxe is offline
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Originally Posted by NattyLawn View Post
That is an interestting article...

Is it not true that when OM breaks down to its basic form, it is a humate?
for exa.,
Wouldn't the compost/manure eventually become some form of humate itself and benefit soil structure, even though in there present form they are not that great???

Just need some additional teaching on understanding the phrase, "However, in spite of high nutritious value of these products, their bond with organic mass is too close, and it decreases their assimilation. That is why these products are used in large quantities (up to 60-80 ton/hectare). Introduction of humic substances solves the problem very effectively."
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Now that I know that clay's texture(platelets) has nothing to do with water infiltration, percolation, or drainage
,,, I wonder what does...
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  #6  
Old 06-07-2011, 03:41 PM
NattyLawn NattyLawn is offline
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One thing to consider is humates are a stable form of humus, while compost is not.

About the phrase....One of the positive aspects of humates is they meter nutrients out to plants based on need. I don't know if that answers your question.
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Old 06-08-2011, 09:28 AM
Smallaxe Smallaxe is offline
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Each answer create more questions.

So after a period of time, compost will not break down into a 'stable form of humus'? If humates are not being part of the natural cycle now? Where did they come from?
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Now that I know that clay's texture(platelets) has nothing to do with water infiltration, percolation, or drainage
,,, I wonder what does...
*
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  #8  
Old 06-09-2011, 04:39 PM
NattyLawn NattyLawn is offline
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Originally Posted by Smallaxe View Post
Each answer create more questions.

So after a period of time, compost will not break down into a 'stable form of humus'? If humates are not being part of the natural cycle now? Where did they come from?
Over time the compost will form stable humus. Humates are part of the natural cycle, but we don't have them here on our new homes with topsoil removed, mowed turf, mulched trees, etc.

Where do they come from? Leonardite, or soft coal.
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Old 06-09-2011, 10:30 PM
Smallaxe Smallaxe is offline
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Originally Posted by NattyLawn View Post
Over time the compost will form stable humus. Humates are part of the natural cycle, but we don't have them here on our new homes with topsoil removed, mowed turf, mulched trees, etc.

Where do they come from? Leonardite, or soft coal.
Not sure about Leonardite, but soft coal is derived from Organic material that may or may not have undergone pressure and/or heat...

In your first statement, are you saying that "Over time the compost will form stable humus" that these compounds will eventually leave 'humates'...
Therefore, in the mean time, adding the existing humates from leonardite or soft coal makes up for the deficit realized in the new developments, in which topsoil was removed or othewise compromised?

Am I close to understanding what is happening here?
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Now that I know that clay's texture(platelets) has nothing to do with water infiltration, percolation, or drainage
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  #10  
Old 06-12-2011, 08:23 PM
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Hineline Hineline is offline
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Leonardite is Jurassic period compost. The liquid form has usually been activated and it's properties can readily be available for organic chelation of minerals for plant uptake along with it's plant health properties. Many dry humates are unprocessed or not activated and will take time to work in soils but that will give them a timed release mechanism for sandier soils.
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