Ground breaking new article by Müllers et al.:

‘Non-Vessel Water Flow in Angiosperm Trees Enables Bypassing of Partially Blocked Xylem’

tinyurl.com/yfbhduts

#WIS

#PlantandEnvironmentalScience

#Oak

#Carob

#Tracheid

#VesselElement

#Fiber

#Stomata

#Xylem

Yannik Müllers:

Ground breaking new article by Müllers et al.:

‘Non-Vessel Water Flow in Angiosperm Trees Enables Bypassing of Partially Blocked Xylem’

tinyurl.com/yfbhduts

#WIS

#PlantandEnvironmentalScience

#Oak

#Carob

#Tracheid

#VesselElement

#Fiber

#Stomata

#Xylem

#ParenchymaCell

Fig.7

Ground breaking new article by Müllers et al.:

‘Non-Vessel Water Flow in Angiosperm Trees Enables Bypassing of Partially Blocked Xylem’

tinyurl.com/yfbhduts

#WIS

#PlantandEnvironmentalScience

#Oak

#Carob

#Tracheid

#VesselElement

#Fiber

#Stomata

#Xylem

Fig.6

Ground breaking new article by Müllers et al.:

‘Non-Vessel Water Flow in Angiosperm Trees Enables Bypassing of Partially Blocked Xylem’

tinyurl.com/yfbhduts

#WIS

#PlantandEnvironmentalScience

#Oak

#Carob

#Tracheid

#StomatalConductance

#GasExchange

#Stomata

#Productivity

Fig.5

Ground breaking new article by Müllers et al.:

‘Non-Vessel Water Flow in Angiosperm Trees Enables Bypassing of Partially Blocked Xylem’

tinyurl.com/yfbhduts

#WIS

#PlantandEnvironmentalScience

#Oak

#Carob

#Tracheid

#StomatalConductance

#GasExchange

#Stomata

#Productivity

Fig.4

Ground breaking new article by Müllers et al.:
‘Non-Vessel Water Flow in Angiosperm Trees Enables Bypassing of Partially Blocked Xylem’
tinyurl.com/yfbhduts
#WIS
#PlantandEnvironmentalScience
#Oak
#Carob
#Tracheid
#StomatalConductance

#GasExchange

#Stomata

#Productivity

#WaterFlow

Fig.3

Ground breaking new article by Müllers et al.:

‘Non-Vessel Water Flow in Angiosperm Trees Enables Bypassing of Partially Blocked Xylem’

tinyurl.com/yfbhduts

#WIS

#PlantandEnvironmentalScience

#Oak

#Carob

#Tracheid

#StomatalConductance

#GasExchange

#Stomata

#Productivity

Fig.1