Keyphrases
Vapor Pressure Deficit
94%
Transpiration
76%
SAPFLUXNET
61%
Sap Flow
51%
Sap Flow Measurement
38%
Canopy Conductance
34%
Water Use
34%
Tree Water Use
33%
Soil Water Content
31%
Sap Flux Density
29%
Forest Canopy
28%
Hydrometeorology
23%
Functional Traits
22%
Water Use Strategy
22%
Proportional Bias
22%
Sap Flow Method
22%
Floral Resource Availability
22%
Flowering Pattern
22%
Apologizing
22%
Density Value
22%
Main Drivers
22%
Tree Function
22%
Stand Structure
22%
Mediterranean Scrubland
22%
Flow Data
22%
Drought Effects
22%
European Forests
22%
Resilience
22%
Drought
19%
Flowering Phenology
18%
Tree Transpiration
17%
Water Relations
17%
Whole Tree
15%
Pulse Method
15%
Porosity Type
15%
Wood Properties
15%
Flower Production
13%
Photosynthetic Photon Flux Density
13%
Interannual Variability
13%
Across Species
12%
Flow Time
11%
Mean Annual Precipitation
11%
High Sensitivity
11%
Sub-daily
10%
Global Patterns
9%
Whole Plant
9%
Tree Level
9%
Soil Structure
9%
Vegetation Structure
9%
Pollinators
9%
Agricultural and Biological Sciences
Vapor Pressure
100%
Sap Flow
89%
Sweating
73%
Soil Water Content
36%
Sap
28%
Europeans
22%
Anthesis
22%
Annuals
22%
Publications
22%
Stand Structure
22%
Phenology
11%
Pollinator
11%
Vegetation Structure
11%
Evapotranspiration
11%
Basal Area
9%
Wood Properties
9%
Growing Season
8%
Climate Change
8%
Stand Characteristics
7%
Fine-Textured Soils
5%
Turgor
5%
Xylem
5%
Gymnosperm
5%
Temperate Forest
5%
Plant Response
5%
Angiosperm
5%
Hydraulic Conductivity
5%
Physiological Response
5%
Remote Sensing
5%
Shrubland
5%
Earth and Planetary Sciences
Sap Flow
91%
Water Use
43%
Flow Measurement
42%
Time Series
29%
Vegetation
19%
Growing Season
13%
Evapotranspiration
11%
Porosity
9%
Vapor Pressure
8%
Hydrological Change
7%
Soil Moisture
7%
Spatiotemporal Patterns
7%
Language Programming
5%
Ecohydrological Process
5%
Shrubland
5%
Energy Budget
5%
Biome
5%
Temperate Forest
5%
Soil Water Content
5%
Radiation Pressure
5%
Carbon Budget
5%
Remote Sensing Product
5%
Basal Area
5%
