Its not the identical, as a result of the SVP of a given block of air increases exponentially as the air temperature rises - the upper the temperature, https://fairviewumc.church/bbs/board.php?bo_table=free&wr_id=6649844 the greater the amount of water vapor https://www.vaporsee.com/ka-ejuice-by-modus-vapors-60ml - www.vaporsee.com, https://www.vapeuse.com/smok-tfv12-prince-sub-ohm-tank that air can hold. As we noticed, https://www.vapeenter.com/smok-tf-rta-pre-made-wires-for-g4g2-deck-12pcs when the temperature rises, air round your plant sucks moisture from open stomata sooner and https://www.vapeenter.com/wotofo-serpent-rdta-2.5ml quicker except the relative humidity will increase at a charge corresponding to the increasing temperature. Relative humidity is not proportional to the rate of moisture loss from the plant.
Studying the VPD doesn't negate the standard advice that the upper the temperature, https://www.vapeenter.com/wismec-reuleaux-rx200-front-and-back-cover the upper you want the relative humidity. Think of VPD because the water sucking power of the air, https://www.vapeenter.com/vision-vapros-spinner-2-ego-vv-battery-1600mah as a result of it is definitely the VPD that pursuits your plants, not the relative humidity.
