Its not the same, because the SVP of a given block of air increases exponentially because the air temperature rises - the higher the temperature, E LIQUIDS the higher the amount of water Vapor devices that air can hold. Moisture loss is a huge downside for Vape Store XTs, because they don't have entry to root-derived water. The point is that relative humidity doesn't relate directly to the rate at which transpiration of water from the plant happens. That's the "commonplace model" of plant conduct.
This is an effective indicator of why watering requirements for XTs are going to be a lot completely different in the 2 forms of scenario. The sensors are not aspirated, Vapor Deals like they need to be for Vapor devices precise recordings. As we saw, Vapor STARTER KITS when the temperature rises, air spherical your plant sucks moisture from open stomata sooner and faster until the relative humidity will increase at a price corresponding to the rising temperature.
