Here's my White Oak, or Quercus Alba, potted on 4/24/2021. It was from a nursery where it was grown from seed in a 80% pine-bark mixture.
My goal for this tree is to thicken the trunk and develop the roots by repotting it in a larger, 5-gallon Rootmaker container with a more air-retentive soil.
I guess I forgot to do a before shot, but these are the roots that I potted.
Potting Day!
I'm using a kitchen-sink blend as a substrate. I ultimately need 50+gallons of substrate to up-pot my newly acquired trees, so using up as much of the material I have recently purchased for my soil tests was beneficial. I tweaked my soil from the previous trees I planted, removing the fine particles (fine sphagnum peat moss and #1 Grit) to increase the saturated porosity. The mix was 3:3:2:2, sifted pine bark, Turface, DE and #2 Grit.
I tested the soil's mechanical properties at 38% Saturated Porosity (air-filled space), and 25% Field Capacity (water-filled space) after draining. Hopefully it will work, because conventional substrates are difficult to find.
Photo Shoot Day - 5/1/2021
My goal for this tree is to thicken the trunk and develop the roots by repotting it in a larger, 5-gallon Rootmaker container with a more air-retentive soil.
I guess I forgot to do a before shot, but these are the roots that I potted.
Potting Day!
I'm using a kitchen-sink blend as a substrate. I ultimately need 50+gallons of substrate to up-pot my newly acquired trees, so using up as much of the material I have recently purchased for my soil tests was beneficial. I tweaked my soil from the previous trees I planted, removing the fine particles (fine sphagnum peat moss and #1 Grit) to increase the saturated porosity. The mix was 3:3:2:2, sifted pine bark, Turface, DE and #2 Grit.
I tested the soil's mechanical properties at 38% Saturated Porosity (air-filled space), and 25% Field Capacity (water-filled space) after draining. Hopefully it will work, because conventional substrates are difficult to find.
Photo Shoot Day - 5/1/2021
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