3.1.3 Transport in plants e) Adaptations of xerophytes and hydrophytes

[@joshola353]

Underrated channel

[@clarebiology2858]

thanks for the support; please share with your classmates 🥰

[@joshola353]

@@clarebiology2858 already did 😂 exams next week 😢

[@clarebiology2858]

@@joshola353thank you and good luck!!!🍀🤞

[@luddy20]

You absolute legend ! Thanks so much miss

[@Cloudy.419]

I was your 101th like 😁

[@clumsy7328]

Thanks miss!! Do you have any predictions for the contents that will be assessed in papers 1+2 this year?:)

[@clarebiology2858]

i posted some tonight, I'll try and post more over the next few days too

[@clumsy7328]

@@clarebiology2858 thank you so much! that’s extremely helpful ☺️

[@Account-ql3mc]

@@clarebiology2858hey sorry where were these posted?

[@clarebiology2858]

I’ve just put it on the community page

[@beerus9631]

can you please finish evoloution / classification

[@luddy20]

hi miss when you say reducing the water vapour gradient, was the water vapour potential outside stomata lower than the water vapour inside??

[@clarebiology2858]

By trapping a layer of water vapour around the stomata you are increasing the concentration of water vapour outsider and inside the stomata . Therefore, water vapour is high inside and outside of the stomata therefore decrease in the water vapour gradient. I hope this helps👍

[@iqrainstitution4365]

@@clarebiology2858 Miss does that mean there is a type of no overall net movement?

[@kndy6146]

@@iqrainstitution4365 @clarebiology2858 pls reply to this comment!

[@ang3ela5]

@@iqrainstitution4365unless they have the exact same water vapour potential then no, there will be net movement it just won’t be as fast