Keyphrases
Adaptation
19%
Adaptive Significance
18%
Air Pollution
41%
Air Pollution Effects
23%
Ambient Ozone
13%
Beech Tree
26%
Climate Change
29%
Climatic Conditions
14%
Codominant
15%
Conifer Seeds
19%
Drought
13%
Endosperm
15%
Environmental Stress
14%
Enzyme System
15%
EST-PCR
13%
European Beech
50%
Fagus Sylvatica
29%
Forest Ecosystem
36%
Forest Species
13%
Forest Trees
23%
Free Air
13%
Gene Locus
44%
Gene Markers
21%
Genetic Diversity
31%
Genetic Effects
19%
Genetic Structure
23%
Genetic Variation
55%
Genome Comparison
16%
Genotype
37%
Heterozygosity
22%
Inbreeding
15%
Isoenzymes
24%
Norway Spruce
63%
Ozone Exposure
19%
Ozone Fumigation
15%
PCR Markers
16%
Phytophthora
14%
Picea Abies
35%
Picea Abies (L.) Karst
39%
Pinus Sylvestris
21%
Polymerase Chain Reaction
17%
Primer Pairs
20%
Protein Analysis
13%
Proteome
16%
Reproductive System
29%
Root Disease
14%
Seed Orchard
19%
Seed Samples
21%
Spruce
16%
Two-locus Model
16%
Agricultural and Biological Sciences
Agar
13%
Air Pollution
49%
Allele
15%
Apiognomonia
19%
Beech
62%
Biodiversity
20%
Branches
9%
Chloroplast DNA
9%
Cladistics
9%
Climate Change
34%
Cunninghamia lanceolata
9%
Deciduous Forest
9%
Diprion Pini
9%
Endosperm
13%
Fagus Sylvatica
17%
Forest Decline
9%
Forest Ecosystem
39%
Forest Trees
36%
Fructification
9%
Genetic Divergence
79%
Genetic Structure
31%
Genetic Trait
11%
Genetic Variability
42%
Heterozygosity
25%
Inbreeding
15%
Internal Transcribed Spacer
12%
Isozyme
11%
Leucyl Aminopeptidase
9%
Lineages
11%
Metabolite
11%
Phytophthora
13%
Phytophthora citricola
12%
Picea Abies
81%
Pinus
39%
Pinus brutia
9%
Pinus sylvestris
31%
Polymerase Chain Reaction
29%
Proteome
9%
Proteomics
15%
Quercus
14%
Quercus Robur
12%
RAPD
15%
Real-Time Polymerase Chain Reaction
11%
Reproductive System
29%
Root Rot
16%
Seed Orchards
19%
Seed Production
9%
Seeds
100%
TaqMan
9%
Wild Plant
9%
