Keyphrases
Urban Trees
100%
Tree Species
65%
Drought
65%
Norway Spruce
64%
Tree Growth
62%
European Beech
58%
Spruce
54%
Climate Change
53%
Urban Tree Species
50%
Ecosystem Services
48%
Urban Environment
42%
Beech
42%
Fagus Sylvatica
40%
T. Cordata
40%
Climate Change Impacts
38%
Forest Stand
36%
Tilia Cordata
34%
Germany
34%
R. Pseudoacacia
30%
Drought Stress
28%
Europe
27%
Munich
26%
Robinia Pseudoacacia
26%
Growing Season
25%
Tilia Cordata Mill
25%
Picea Abies (L.) Karst
24%
Small-leaved Lime
22%
Stand Level
21%
Air Temperature
21%
Climate Conditions
20%
Drought Events
20%
Urban Tree Growth
20%
Site Conditions
20%
Transpiration
18%
Black Locust
18%
Extreme Drought
18%
Cooling Effect
18%
Growth Response
17%
Urban Heat Island
17%
Forest Management
17%
Stem Growth
17%
Southern Germany
16%
Exclusion Experiment
16%
Growth Model
15%
Leaf Area Index
15%
Mixed-species Groups
15%
Carbon Storage
15%
Mixed Stands
14%
Stem Diameter
14%
Biomass Increment
14%
Agricultural and Biological Sciences
Tree Growth
95%
Beech
94%
Climate Change
89%
Picea Abies
83%
Tilia cordata
68%
Forest Stands
52%
Sweating
47%
Robinia pseudoacacia
43%
Fagus Sylvatica
38%
Growth Models
35%
Heat Island
27%
Growing Season
25%
Limes
22%
Forest Growth
22%
Forest Management
21%
Leaf Area Index
20%
Fine Root
19%
Branches
18%
Microclimate
17%
Platanus
17%
Phenology
17%
Aesculus hippocastanum
16%
Tree Crown
16%
Vapor Pressure
16%
Basal Area
16%
Mixed Stands
15%
Soil Moisture
15%
Soil Temperature
14%
Forestry
14%
Sap Flow
13%
Throughfall
13%
Urban Forest
13%
Mixed Forest
13%
Forest Ecosystem
12%
Carbon Sequestration
12%
Pinus
12%
Tree Age
11%
Quercus
11%
Water Balance
11%
Cultivar
11%
Quercus Robur
11%
Case Study
10%
Aesculus
10%
Stand Structure
10%
Sap
10%
Spring
9%
Relative Humidity
9%
Picea
9%
Photosystem
9%
Rooting
8%