Budzbuddha
Well-Known Member
For the nerds.
The leaf water content serves as a vital physiological parameter, providing insights into the growth and health of vegetation. Previous experimental studies have revealed a close connection between the spectral characteristics of plant leaves within the TIR wavelength range and water stress conditions. However, the precise mechanism that governs the relationship between TIR reflectance, leaf structure, and water content remains a mystery that requires further investigation.
Transpiration at temperatures also become a factor.
Although I didn’t jump down the rabbit hole completely- all plant processes rely on conditions to maintain full photosynthesis / transpiration / water usage / cellular health .
IR / UV are part of the puzzle. Especially when indoor growers try to mimic “ natural “ conditions.
Which nowadays can be supplemented with dedicated strips / additional lighting / etc.
The leaf water content serves as a vital physiological parameter, providing insights into the growth and health of vegetation. Previous experimental studies have revealed a close connection between the spectral characteristics of plant leaves within the TIR wavelength range and water stress conditions. However, the precise mechanism that governs the relationship between TIR reflectance, leaf structure, and water content remains a mystery that requires further investigation.
Transpiration at temperatures also become a factor.
Although I didn’t jump down the rabbit hole completely- all plant processes rely on conditions to maintain full photosynthesis / transpiration / water usage / cellular health .
IR / UV are part of the puzzle. Especially when indoor growers try to mimic “ natural “ conditions.
Which nowadays can be supplemented with dedicated strips / additional lighting / etc.