Integrating Automated Detection and Segmentation for Quantitative Analysis of Stomata and Pavement Cells using StomataQuant Abstract. Key traits, such as stomatal density, aperture, and pavement cell morphology, play a crucial role in plant physiology and ecology. However, manua

【🎉Latest accepted article】
Integrating Automated Detection and Segmentation for Quantitative Analysis of #Stomata and #PavementCells using StomataQuant

#MicroscopyImageAnalysis | #AppliedDeepLearning | #AutomatedSegmentation

@pku1898.bsky.social @mapjournals.bsky.social

doi.org/10.1093/jpe/...

Photosynthese wird maßgeblich durch Sonneneinstrahlung beeinflusst – aber welche Faktoren spielen noch eine Rolle? 🌞🌱

Spotify
open.spotify.com/episode/02jI...

#Bodenökologie #Landschaftsökologie #EddyFluxCovarianceTower #Photosynthese #Bodenfeuchte #Trockenstress #Stomata #Wisskomm #Umwelt

Stomatal response and intrinsic water use efficiency of three pistachio cultivars grown in Central Spain: a relevant criterion for plant selection There is little information describing varietal responses of pistachio trees to water stress, as previous works have been focused on rootstocks disregarding scion influences on tree water relations. Nevertheless, the evaluation of the mechanisms adopted by pistachio cultivars to deal with drought is essential for efficient cultivar selection.

#OpenAccess - Stomatal response and intrinsic #water use efficiency of three #pistachio cultivars grown in Central #Spain: a relevant criterion for plant selection.
To read this article in JHSB 101:2, visit: doi.org/10.1080/1462...

#stomata #WUE #Pistacia

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

Novel roles of sulfur metabolism in stress‐controlled stomata aperture regulation Stomatal closure allows plants to conserve water by reducing transpiration during drought. Surprisingly, the assimilation of the macronutrient sulfur is intimately connected to the drought stress res....

Novel roles of #sulfur #metabolism in #stress-controlled #stomata aperture regulation

nph.onlinelibrary.wiley.com/doi/10.1111/...

#PlantScience #SciComm @newphyt.bsky.social @plantlifeuk.bsky.social @stomagenesis.bsky.social @stomatasky.bsky.social @plecevo.bsky.social @plantmetabolism.bsky.social

RNA-seq analysis and differentially expressed genes in maize guard cells and subsidiary cells during the day and night.

Cell-specific transcriptomics and knockout of aquaporins in grass stomatal cells

📖 nph.onlinelibrary.wiley.com/doi/10.1111/...
by Ding et al.

@leiding.bsky.social @WileyPlantSci #PlantScience #Stomata