Roxas, Isabela - Part 8, Reverse engineering a Rice plant

2024.07.04 - In my past life, I did a lot of electronic design developing new product. I took many competitors products and tore them apart to gleam them for something unique then add into an existing product or add a similar item into a new product design albeit modified.
So what is rice plant that it cannot be reversed engineered? After 5 years of this and that, I find it that it is time to throw all acquired skill at yield improvement.
Took a couple of samples from Manga, one is from a sandy dirt while the other from a clay area. Tiller count on sandy is 15 (panicle length is 10 inch) is while the clay is 17 (panicle length is 12 inch).
With clay, the roots moves horizontally, same with sandy dirt. Roots don't move vertically mainly that it is more difficult for the root to move downward. Mature tiller has 4 to 5 leaves, they don't shed leaves unless the leaf is damage by pests.
Tri-split fertilizer application
First Application per Hectare:
8-10 DAT
2 bags 46-0-0
Second Application per Hectare:
20-25 DAT
1 bag 16-20-0
1 bag 17-7-17
First Application per Hectare:
40-45 DAT
1 bag 46-0-0
1 bag 0-0-60