Keyphrases
Beech
61%
Fagus Sylvatica
53%
Spruce
44%
European Beech
37%
Drought
32%
Norway Spruce
32%
Picea Abies
28%
Photosynthesis
20%
Beech Tree
20%
Elevated CO2
15%
Summer Drought
15%
Spruce Tree
13%
Crassulacean Acid Metabolism
13%
Stomatal Conductance
12%
Leaf Gas Exchange
12%
Chlorophyll Fluorescence
11%
Carbon Allocation
11%
Soil CO2 Efflux
11%
Clusia
11%
Phytotron
10%
Hydraulic Redistribution
10%
Whole Tree
10%
Elevated O3
10%
Growing Season
10%
Picea Abies (L.) Karst
9%
Monoculture
9%
Electrical Signal
9%
Mixed Culture
9%
Fine Roots
9%
Forest Trees
8%
Extreme Drought
8%
Free Air
8%
Rhythmic Growth
8%
O3 Exposure
7%
Tree Rings
7%
CO2 Uptake
7%
Climate Change
7%
Treeline
7%
Ozone Exposure
7%
Saplings
7%
Ambient Ozone
7%
Trunk
7%
Quercus Robur
6%
Net CO2 Uptake
6%
Coarse Roots
6%
Gas Exchange
6%
Throughfall Exclusion
6%
Elevated Ozone
6%
Respiration
6%
Spruce Forest
6%
Agricultural and Biological Sciences
Beech
100%
Picea Abies
55%
Fagus Sylvatica
54%
Gas Exchange
21%
Photosystem
20%
Quercus
19%
Stomatal Conductance
16%
Picea
14%
Forest Trees
13%
Acclimation
12%
Quercus Robur
12%
Fine Root
11%
Xylem
11%
Growing Season
11%
Clusia
11%
Crassulacean Acid Metabolism
11%
Monoculture
10%
Climate Change
10%
Mixed Culture
9%
Sap Flow
8%
Soil Water
8%
Treeline
8%
Throughfall
7%
Deciduous
7%
Chlorophyll Fluorescence
7%
Sweating
7%
Water Use Efficiency
6%
Phloem
6%
Tree Age
6%
Isotope Labeling
6%
Chlorophyll
6%
Stoma
5%
Ectomycorrhiza
5%
Root Growth
5%
Mycorrhiza
5%
Rhizosphere
5%
Phytophthora citricola
5%
Pinus cembra
5%
Temperate Forest
5%
Root System
5%
Tree Mortality
5%
Gene Expression
5%
Transcriptomics
5%
