Day 50.
I'm currently growing my plant in a unique soil blend. The bottom portion of the pot is filled with my custom-made super soil, while the top two-thirds contain Biobizz All-Mix.
So far, the Biobizz All-Mix seems to be providing excellent results. The plant is flourishing without the need for any extra nutrients at this point.
My goal is to achieve the largest possible organic flower yield by refraining from adding any additional nutrients.
During the dark cycle, I applied a foliar spray containing one-quarter teaspoon of Epsom salt per litre of water. This treatment will continue until the onset of flowering.
I've continued to water the plants with clear, pH-balanced tap water.
The pH level of the water is 6.9.
The temperature of the water is 19°C.
The temperature of the dark/light time is 21/25°C.
The humidity level of the dark/light time is 65/59%
The light intensity at the closest point from the lamp to the flower is 605 μmol/m²/s.
The flower's doing great, and that's about it.
Day 52.
I've continued to water the plants with clear, pH-balanced tap water.
The pH level of the water is 6.2.
The temperature of the water is 22°C.
The temperature of the dark/light time is 21/26.3°C.
The humidity level of the dark/light time is 65/59%
The light intensity at the closest point from the lamp to the flower is 630 μmol/m²/s.
The flower's doing great, and that's about it.
Elevated water temperatures may be associated with a reduction in water pH.
The flower is exhibiting healthy growth, with no further developments to report.
Day 54.
The plant has initiated flowering and developed 15 inflorescences.
Due to the formation of cannabis flower buds, I ceased using the air-water mist sprayer.
Continuous water spraying on cannabis plants during the flowering stage can have several negative consequences:
Increased Risk of Mold and Mildew: High humidity created by frequent spraying can provide an ideal environment for the growth of harmful molds and mildews, such as powdery mildew and bud rot. These fungal infections can severely damage the flowers, reducing yield and potentially contaminating the final product.
Reduced Trichome Production: Trichomes are tiny, resinous glands on the surface of cannabis flowers that contain cannabinoids like THC and CBD. Excessive moisture can hinder trichome development, leading to a less potent harvest.
Stunted Growth: Constant moisture on the plant's surface can disrupt the delicate balance of gas exchange, potentially inhibiting proper growth and development.
Attracting Pests: High humidity can attract certain pests, such as fungus gnats and mites, which can further damage the plants.
I've continued to water the plants with clear, pH-balanced tap water.
The pH level of the water is 6.2.
The temperature of the water is 22°C.
The temperature of the dark/light time is 22/26.5°C.
The humidity level of the dark/light time is 65/59%
The light intensity at the closest point from the lamp to the flower is 660 μmol/m²/s.
New leaves are turning pale, which means they're getting too much light. Move the light farther away from the plants to protect them and prevent damage.
The flower's doing great, and that's about it.
Day 56.
This day outlines the third observation in an ongoing experiment investigating the impact of carbonated water on the root growth of a plant cultivated in a nutrient-rich substrate. The central hypothesis is that the dissolved carbon dioxide within carbonated water will stimulate enhanced root development.
Potential Benefits:
Enhanced CO2 Availability: The dissolved CO2 in carbonated water may be directly absorbed by the roots, potentially boosting photosynthesis and overall plant growth.
Increased Nutrient Solubility: The acidic nature of carbonated water could increase the solubility of certain soil-bound nutrients, making them more readily available for plant uptake.
Stimulated Root Development: Research suggests that dissolved CO2 in the root zone may stimulate root elongation and branching, leading to improved root system architecture.
Potential Risks:
Abrupt pH Change: Sudden soil pH reduction due to carbonated water irrigation may induce root shock, potentially causing nutrient imbalances, deficiencies, and in severe cases, root tissue damage.
Disrupted Nutrient Balance: Increased acidity can alter nutrient availability, potentially leading to deficiencies or toxicities due to imbalanced nutrient uptake.
Inhibition of Beneficial Microorganisms: The acidic environment created by carbonated water may inhibit the growth and activity of beneficial soil microorganisms, such as mycorrhizae, crucial for nutrient acquisition and plant health.
Observations:
A notable decrease in soil compaction was observed in the topsoil following irrigation with carbonated water. This may be attributed to the disruptive effect of escaping carbon dioxide gas on soil particle aggregation.
The pH level of the sparkling water is 5.3.
The temperature of the sparkling water is 21°C.
The temperature of the dark/light time is 21.3/25.8 °C.
The humidity level of the dark/light time is 64/59%
The light intensity at the closest point from the lamp to the flower is 480 μmol/m²/s.
Upon observation, the flower demonstrates continued healthy growth with no further developments to report.
@Istjan96, Thank you for your wish. No, I have already grown the Tatanka strain previously a couple of times. I have one growth documented in my diary, and I also grew it two times without keeping a diary.
Sators
