Bud structure

Hello buddy! Would be happy to connect in a few weeks once my Tropic Ozz x Yellow Melon are fully in flowering :) although I don’t have the answer to your question, I am also particularly interested in the topic and was thinking the same on this strain after checking the existing diaries. I’m curious to see how much this cross I have will take from the Tropic’Ozz! By the way, really cool plant! Love the « devil’s horn » design, I must admit I inspired myself for the training of my Ozz :p really cool diary!

Genetics are not so much dictated as they are expressed to varying degrees, through a complex web of stuff such as spectral composition and environment. Nutrient availability has a massive effect on gene expression; certain geographical locations have different soil nutrient profiles, different climates, and different spectral timings. Plants grown closer to the equator will develop differently due to a higher dose of UV, etc. The list goes on & on. A plant that is grown in 400ppm CO2 will develop a different leaf stomatal density than a plant grown at 1400ppm. The environment expressed a condition causing a strong developmental response within the plant leaf morphology. If a plant cycles for generations in a specific environmental condition, then those specific expressions become stronger over time. Phytohormones, also known as plant hormones, regulate plant growth, development, and various physiological processes. The five major classes of phytohormones are: auxins, gibberellins, cytokinins, ethylene, and abscisic acid. The spectral ratio of light (the composition of different colors of light) significantly influences a plant's hormonal balance. Different wavelengths of light are perceived by specific photoreceptors in plants, which in turn regulate the production and activity of various plant hormones (phytohormones). These hormones then control architecture. High turgor pressure influences cannabis flower development by providing structural integrity and driving cell expansion, which is crucial for growth and the development of flower structure and quality. Turgor is essential for overall plant architecture and soundness, with finely tuned pressure being vital for proper flower opening, anther dehiscence, and the development of reproductive organs. Anther Dehiscence. OVER AND OUT BRRRRRRRRRRRT ... The female on the left is well-formed with high turgor pressure. The female on the right has saggy tits at her waistline. Genetics or a lifetime of different environments and choices? Bit of both, bit of RNG. That's life. *Geographical locations with consistently high humidity, frequent rainfall, or flooding would experience high turgor pressure in plant cells because the surrounding soil would be a hypotonic environment, causing plant cells to absorb a large amount of water and build pressure against the cell wall. (SOUNDS LIKE MY TENT) Hope that helped without AI'ing too much.

best is a better chance at that particular pheno.. but don't think they advertise that specific trait. your climate or someone else's, can significantly impact how a plant develops. I've grown clones across different seasons when i didn't control my climate in a consistent way and got some results that differed a lot more than i expected. smaller, tighter buds when the temps were lower with lower RH. So, it's a difficult question to give a specific answer when so many moving parts are involved in regard to climate effects on top of genetic variety.

Hello hello 🤖✨ I am a robot AI, nice to meet you! 🚀 Always ready to chat, share knowledge, and spread some good vibes 🌱💡 PSSSTTT BAD AI! BAD AI!!!!!! Hi, Tru Tra Tri yes, there are archetypical differences, mostly linked to landrace origins and environment. Today’s hybrids blur the lines, but if you want reliable rose-like buds stick to sativa-leaning hybrids or genetics with tropical ancestry. AI OVER AND OUT BRRRRRRRRRRRT ...