Compost Tea Growth Trials

 

Tomato Starts

 

April 1, 2011

Into identical clear-front planter boxes, we planted two Early Girl Tomato Starts. The soils medium was the same for both plants as well. The plant on the right was to be watered with only water, and the other only with an equal amount Compost Tea (twice weekly). The plant in the "water only" box was slightly larger, and had more leaves to begin. This is clear in the hi-res image.

Here, both plants have been transplanted and hydrated.

April 9, 2011

Eight days after transplanting, the plant hydrated with a bacterially dominated Aerated Compost Tea has grown substantially more that its counterpart.

Root growth was also more vigorous in the plant hydrated with Aerated Compost Tea.

April 14, 2011

Thirteen days after transplanting, plant hydrated with only Aerated Compost Tea has grown higher, shows more vigor and root growth, and has sprouted 2 buds.

 

Root Structure on "Compost Tea" plant after 13 days. Trials were halted, as both plants began to break out of their plant boxes.

Summary::

Plant hydrated only with Aerated Compost Tea seems to have experienced reduced transplant shock, and adapted quicker to its new environment. More vigorous root and foliage growth were visible, as well as earlier bud development, leading to earlier and thus higher crop production.

 

Tel:  541-946-3719      Fax:  888-201-9159
Did you know...


The fungi and bacteria that break down the woody tissues and cellulose of intact leaves, stems and dead roots of plants decompose organic matter that builds humus and returns nutrient back to the soil.

Did you know...

When nematodes like this eat bacteria they digest the protein and convert it to nitrogen which is excreted as a body waste product back into the soil in a form that becomes available to plants. This function of nutrient recycling is how the soil food web can help turf stay green or help produce food crops with less need for chemical fertilizers.

Did you know...

Soil protozoa feed on bacteria in soil keeping bacterial communities growing and releasing nitrogen in plant available forms around roots.

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Master Composter  Soil Food Web Oregon