the stomata on the underside of leaves open to absorb carbon dioxide for photosynthesis.
stomaterne på undersiden af blade åbner for at optage kuldioxid til fotosyntese.
plants close their stomata during drought to conserve water through reduced transpiration.
planter lukker deres stomater under tørke for at spare vand gennem reduceret transpiration.
stomatal density varies significantly among different plant species adapted to various climates.
stomataltætheden varierer betydeligt mellem forskellige planterarter, der er tilpasset forskellige klimaer.
the stomatal aperture regulates the rate of gas exchange and water loss in leaves.
stomatalåbningen regulerer gasudvekslingens hastighed og vandtab i blade.
guard cells control the opening and closing of stomata by changing their turgor pressure.
vagtceller kontrollerer åbning og lukning af stomater ved at ændre deres tryk.
high temperatures cause stomata to close, limiting photosynthetic rates in many crops.
høje temperaturer får stomaterne til at lukke, hvilket begrænser fotosyntesens hastighed i mange kultiverede planter.
scientists measure stomatal conductance to assess plant water-use efficiency and stress responses.
værdenskabsmænd måler stomatal ledningsevne for at vurdere planternes vandbrugseffektivitet og stressreaktioner.
the number of stomata per square millimeter differs between sun and shade leaves.
antal stomater per kvadratmillimeter varierer mellem sol- og skyggeblade.
atmospheric co2 concentration influences stomatal development and functioning in growing plants.
atmosfærisk kuldioxidkoncentration påvirker udvikling og funktion af stomater i voksende planter.
stomatal closure is triggered by the hormone abscisic acid during water stress conditions.
stomatal lukning udløses af hormonet abscisinsyre under vandstressforhold.
modern microscopy techniques allow researchers to observe stomatal dynamics at the cellular level.
moderne mikroskopiteknikker gør det muligt for forskere at observere stomatals dynamik på celleplan.
stomatal patterning during leaf development is genetically regulated by specific transcription factors.
stomatalmønstret under bladudvikling reguleres genetisk af specifikke transkriptionsfaktorer.
the stomata on the underside of leaves open to absorb carbon dioxide for photosynthesis.
stomaterne på undersiden af blade åbner for at optage kuldioxid til fotosyntese.
plants close their stomata during drought to conserve water through reduced transpiration.
planter lukker deres stomater under tørke for at spare vand gennem reduceret transpiration.
stomatal density varies significantly among different plant species adapted to various climates.
stomataltætheden varierer betydeligt mellem forskellige planterarter, der er tilpasset forskellige klimaer.
the stomatal aperture regulates the rate of gas exchange and water loss in leaves.
stomatalåbningen regulerer gasudvekslingens hastighed og vandtab i blade.
guard cells control the opening and closing of stomata by changing their turgor pressure.
vagtceller kontrollerer åbning og lukning af stomater ved at ændre deres tryk.
high temperatures cause stomata to close, limiting photosynthetic rates in many crops.
høje temperaturer får stomaterne til at lukke, hvilket begrænser fotosyntesens hastighed i mange kultiverede planter.
scientists measure stomatal conductance to assess plant water-use efficiency and stress responses.
værdenskabsmænd måler stomatal ledningsevne for at vurdere planternes vandbrugseffektivitet og stressreaktioner.
the number of stomata per square millimeter differs between sun and shade leaves.
antal stomater per kvadratmillimeter varierer mellem sol- og skyggeblade.
atmospheric co2 concentration influences stomatal development and functioning in growing plants.
atmosfærisk kuldioxidkoncentration påvirker udvikling og funktion af stomater i voksende planter.
stomatal closure is triggered by the hormone abscisic acid during water stress conditions.
stomatal lukning udløses af hormonet abscisinsyre under vandstressforhold.
modern microscopy techniques allow researchers to observe stomatal dynamics at the cellular level.
moderne mikroskopiteknikker gør det muligt for forskere at observere stomatals dynamik på celleplan.
stomatal patterning during leaf development is genetically regulated by specific transcription factors.
stomatalmønstret under bladudvikling reguleres genetisk af specifikke transkriptionsfaktorer.
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