Keyphrases
Drought
100%
Scots pine
56%
Functional Traits
32%
Climate Change
29%
Tree Mortality
25%
Non-structural Carbohydrates
25%
Drought-induced Mortality
25%
Extreme Drought
23%
Tree Species
22%
Woody Plants
20%
Resilience
18%
Sap Flow
18%
Vapor Pressure Deficit
17%
Transpiration
16%
Pinus Sylvestris
16%
Xylem Embolism
15%
Hydraulic Failure
15%
NE Spain
15%
Hydraulic Traits
14%
Across Species
14%
Xylem
14%
Water Potential
14%
Wood Density
14%
Climate Change Impacts
14%
Catalonia
13%
Ecosystem Services
13%
Water Use
13%
Vulnerability
13%
Tree Growth
13%
Hydraulic Conductivity
13%
Response to Drought
12%
Water Availability
12%
Q. Ilex
12%
Mediterranean Forest
12%
Leaf Area
12%
Hydraulic Properties
12%
Radial Growth
11%
Drought Effects
11%
Woody Species
11%
Drought Response
11%
Mediterranean Woody Species
11%
Forest Degradation
11%
Leaf Water Potential
10%
Hydraulics
10%
Drought Stress
10%
Drying Conditions
10%
Iberian Peninsula
10%
Defoliation
10%
Specific Leaf Area
10%
Scots pine Pinus Sylvestris L
9%
Agricultural and Biological Sciences
Pinus
83%
Climate Change
53%
Xylem
51%
Tree Mortality
34%
Sap Flow
28%
Pinus sylvestris
28%
Woody Plant
25%
Hydraulic Conductivity
23%
Sweating
23%
Tree Growth
21%
Vapor Pressure
19%
Forest Inventory
19%
Wood Density
19%
Defoliation
17%
Branches
17%
Forest Ecosystem
16%
Quercus Ilex
15%
Angiosperm
14%
Gas Exchange
14%
Turgor
13%
Holly
13%
Basal Area
13%
Quercus
13%
Annuals
13%
Sons
13%
Leaf Area
13%
Sapwood
13%
Leaf Water Potential
12%
Forest Decline
12%
Soil Moisture
12%
Carbohydrates
11%
Europeans
11%
Fagaceae
11%
Specific Leaf Area
11%
Pinaceae
10%
Stomatal Conductance
10%
Cladistics
9%
Case Study
9%
Soil Water
8%
Global Change
8%
Stand Structure
8%
Evolution
8%
Phloem
8%
Shrubland
8%
Gymnosperm
8%
Water Balance
8%
Photosystem
7%
Carbon Sink
7%
Physiological Response
7%
Temperate Forest
7%
