Faculty

Institution

Unit

Venue

Christine Scoffoni

California State University, Los Angeles

Affiliations

California State University, Los Angeles

NoneChristine Scoffoni is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

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Experiences

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Education

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Christine Scoffoni

California State University, Los Angeles

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environmental science plant science climate change plant physiology ecology botany forest ecology vegetation science plant biology plant ecology drought forestry experimental botany biology physiology tree physiology experimental plant biology plant stress forest ecosystems ecohydrology drought tolerance anatomy ecosystems horticulture research leaf hydraulic conductance biogeography hydrology avian biology integrative plant biology applied ecology drought resilience soil biology functional ecology water availability leaf mass gas exchange livestock science climatic change adaptation ecosystem resilience angiology phycology phytochemistry drought risk management plant development hydraulics ecosystem adaptation terrestrial ecology crop physiology leaf venation xylem embolism stomatal conductance leaf hydraulics woody species leaf venation architecture global comparison plant analysis phenology plant-abiotic interaction algal biology allometric studies tissue physiology experimental analysis scientific visualization global south spatial ecology science education student success plant diversity climate change adaptation global meta-analysis venation architecture global ecological patterns rapid determination turgor loss point outside-xylem vulnerability

Notable Scholarly Works

Notable Federal Grants

Collaborators

Environmental Influences and Coordination of Rhododendron Carbon and Water Economics at Leaf and Species Scales. Functional Plant Biology (2026)

forest ecosystemsrhododendron carbonecohydrologyecosystemsterrestrial ecologyenvironmental sciencewater economicsenvironmental resource managementenvironmental researchforest ecologyspecies scalesplant ecologyapplied ecologyecologycarbon sequestration

Focus Issue Editorial: Ecophysiology. PLANT PHYSIOLOGY (2026)

visual scienceneuropsychologyhuman brainfocus issue editorialneurophilosophynervous systemenvironmental health perspectiveneuroscience

Pip2;1 Aquaporin Promotes Early Stomatal Closure in Grapevine Leaves During Water Stress. bioRxiv (Cold Spring Harbor Laboratory) (2026)

plant biologywater stressplant physiologycell and molecular biologyphotosynthesisintegrative plant biologyplant sciencegrapevine leavesbotanyexperimental botanybiologymolecular and cellular biologyosmotic stressgene expressionplant stressearly stomatal closuremolecular biologyabiotic stressplant cells

High Hydraulic Safety, Water Use Efficiency and a Conservative Resource‐Use Strategy in Woody Species of High‐Altitude Environments: A Global Study. Physiologia Plantarum (2025)

woody speciesconservative resource‐use strategyforestryforest hydrologywater resource managementecohydrologyenvironmental sciencehigh hydraulic safetyforest ecologywater resourcesecologyenvironmental flowswater availability

Mistletoe Achieves Aerial Parasitism via High Leaf Hydraulic Efficiency but This Poses a Risk of Hydraulic Failure Under Drought Stress. Tree Physiology (2025)

drought stressdroughthydraulic failureecohydrologywater stressenvironmental scienceland degradationwater resourcesaerial parasitismecologywater availability

Resolving the Contrasting Leaf Hydraulic Adaptation of C 3 and C 4 Grasses. New Phytologist (2025)

Alec S. BairdSamuel H. TaylorJessica Pasquet‐KokChristine VuongYu ZhangTeera WatcharamongkolHervé CochardChristine ScoffoniErika J. EdwardsColin P. OsborneLawren Sack

leaf hydraulic adaptationadaptationplant physiologyplant developmentplant scienceecology

Pinpointing the Causal Influences of Stomatal Anatomy and Behavior on Minimum, Operational, and Maximum Leaf Surface Conductance. PLANT PHYSIOLOGY (2024)

Marissa E OchoaChristian HenryGrace P JohnCamila D MedeirosRuihua PanChristine ScoffoniThomas N BuckleyLawren Sack

physiologycausal influencesenvironmental sciencevegetation scienceplant physiologystomatal anatomyclimate change

Sensitive Hydraulic and Stomatal Decline in Extreme Drought Tolerant Species of California Ceanothus. Plant Cell & Environment (2024)

Joseph ZailaaSantiago TruebaMarvin BrowneLeila R. FletcherThomas N. BuckleyCraig R. BrodersenChristine ScoffoniLawren Sack

droughtstomatal declinesensitive hydraulicplant biologyenvironmental scienceplant scienceecology

Shifting Trait Coordination Along a Soil‐Moisture‐Nutrient Gradient in Tropical Forests. Functional Ecology (2024)

Marion BoisseauxDaniela NemetschekChristopher BaralotoBenoit BurbanAngela Casado‐GarciaJocelyn CazalJeanne ClémentGéraldine DerroireClaire FortunelJean‐Yves GoretJonathan HerasGaelle JaouenIsabelle MaréchauxChristine ScoffoniGhislain VieilledentJason VleminckxSabrina CosteHeidy SchimannClément Stahl

functional ecologytropical foreststrait coordinationecologysoil-moisture-nutrient gradient

Stomatal Closure as a Driver of Minimum Leaf Conductance Declines at High Temperature and Vapor Pressure Deficit in Quercus. PLANT PHYSIOLOGY (2024)

Joseph ZailaaChristine ScoffoniCraig R Brodersen

physiologyvapor pressure deficithigh temperatureplant biologystomatal closureplant physiology

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Christine Scoffoni

California State University, Los Angeles

Affiliations

California State University, Los Angeles

NoneChristine Scoffoni is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christine Scoffoni

California State University, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Environmental Influences and Coordination of Rhododendron Carbon and Water Economics at Leaf and Species Scales. Functional Plant Biology (2026)

Focus Issue Editorial: Ecophysiology. PLANT PHYSIOLOGY (2026)

visual scienceneuropsychologyhuman brainfocus issue editorialneurophilosophynervous systemenvironmental health perspectiveneuroscience

Pip2;1 Aquaporin Promotes Early Stomatal Closure in Grapevine Leaves During Water Stress. bioRxiv (Cold Spring Harbor Laboratory) (2026)

High Hydraulic Safety, Water Use Efficiency and a Conservative Resource‐Use Strategy in Woody Species of High‐Altitude Environments: A Global Study. Physiologia Plantarum (2025)

Mistletoe Achieves Aerial Parasitism via High Leaf Hydraulic Efficiency but This Poses a Risk of Hydraulic Failure Under Drought Stress. Tree Physiology (2025)

drought stressdroughthydraulic failureecohydrologywater stressenvironmental scienceland degradationwater resourcesaerial parasitismecologywater availability

Resolving the Contrasting Leaf Hydraulic Adaptation of C 3 and C 4 Grasses. New Phytologist (2025)

Alec S. BairdSamuel H. TaylorJessica Pasquet‐KokChristine VuongYu ZhangTeera WatcharamongkolHervé CochardChristine ScoffoniErika J. EdwardsColin P. OsborneLawren Sack

leaf hydraulic adaptationadaptationplant physiologyplant developmentplant scienceecology

Pinpointing the Causal Influences of Stomatal Anatomy and Behavior on Minimum, Operational, and Maximum Leaf Surface Conductance. PLANT PHYSIOLOGY (2024)

Marissa E OchoaChristian HenryGrace P JohnCamila D MedeirosRuihua PanChristine ScoffoniThomas N BuckleyLawren Sack

physiologycausal influencesenvironmental sciencevegetation scienceplant physiologystomatal anatomyclimate change

Sensitive Hydraulic and Stomatal Decline in Extreme Drought Tolerant Species of California Ceanothus. Plant Cell & Environment (2024)

Joseph ZailaaSantiago TruebaMarvin BrowneLeila R. FletcherThomas N. BuckleyCraig R. BrodersenChristine ScoffoniLawren Sack

droughtstomatal declinesensitive hydraulicplant biologyenvironmental scienceplant scienceecology

Shifting Trait Coordination Along a Soil‐Moisture‐Nutrient Gradient in Tropical Forests. Functional Ecology (2024)

functional ecologytropical foreststrait coordinationecologysoil-moisture-nutrient gradient

Stomatal Closure as a Driver of Minimum Leaf Conductance Declines at High Temperature and Vapor Pressure Deficit in Quercus. PLANT PHYSIOLOGY (2024)

Joseph ZailaaChristine ScoffoniCraig R Brodersen

physiologyvapor pressure deficithigh temperatureplant biologystomatal closureplant physiology

1
2
3
4
5
8
10 / page