Agricultural and Biological Sciences
Alpine Plants
100%
Senecio
97%
Climate Change
88%
Asteraceae
87%
Plant Community
80%
Cytotype
79%
Tetraploidy
68%
Vascular Plant
66%
Hexaploidy
62%
Grassland
60%
Diploidy
50%
Ploidy
41%
Understory
36%
Potentilla
36%
Seeds
35%
Snowmelt
32%
Polyploidy
32%
Lowlands
30%
Leaf Area
30%
Lineage
29%
Gene Flow
28%
Growing Season
27%
Arabidopsis
24%
Phenology
24%
Natural Selection
24%
Forest Fragmentation
22%
Ecotype
20%
Cross Pollination
20%
Altitude
18%
Angiosperm
18%
Face
18%
Anthesis
18%
Land Use
18%
Introduced Species
18%
Selfing
17%
Reproductive Isolation
17%
Grains
16%
Epiphyte
15%
Sympatry
14%
Haplotype
14%
Global Change
12%
Least Square
12%
Jacobaea
12%
Photoperiodism
12%
Euphorbia
12%
Case Study
12%
Soil Moisture
12%
Surface Area
12%
Pedicularis
12%
Biological Dispersal
12%
Earth and Planetary Sciences
Plant Specie
50%
Climate Change
45%
Vascular Plant
29%
Dynamic Range
27%
Growing Season
24%
Grassland
24%
Leading Edge
24%
Dynamic Models
24%
Environmental Niche Modeling
22%
Species Richness
20%
Biosphere Reserve
18%
Postglacial
18%
Vegetation
18%
Plant Community
16%
Spatial Resolution
15%
Understory
12%
Introduced Species
12%
Land Cover
12%
Patch Size
12%
Downscaling
12%
Atmospheric Deposition
12%
Secondary Succession
12%
Climate Variation
12%
Altitude
12%
Sentinel-2
12%
Temperate Forest
12%
Life Cycle
12%
Biome
12%
Intraspecific Variation
12%
Snowmelt
12%
Holocene
12%
MODIS
12%
Range Expansion
12%
Long-Term Trend
12%
Snow Cover
12%
Bryophyte
10%
Seed Dispersal
8%
Biological Invasion
8%
Protected Area
8%
High Mountain
8%
Environmental Change
6%
Global Change
6%
Ecosystem Service
6%
Time Series
6%
Economic development
6%
Global Warming
6%
Interpolation
6%
Last Glacial
6%
National Parks
6%
Industrial Area
5%
Biochemistry, Genetics and Molecular Biology
Cytotype
56%
Tetraploidy
48%
Apomict
46%
Potentilla
36%
Senecio
36%
Asteraceae
36%
Ploidy
36%
Polyploid
33%
Gene Flow
31%
Hexaploidy
30%
Jacobaea
24%
Arabidopsis
24%
Diploidy
17%
Taxon
16%
Reproductive Isolation
15%
Species Differentiation
15%
Cross Pollination
14%
Sympatry
14%
Ecotype
12%
Rosaceae
12%
Epiphyte
12%
Haplotype
12%
Reproductive Success
12%
Geographic Distribution
12%
Genome Size
12%
Intraspecific Variation
12%
Local Adaptation
12%
Selfing
9%
Cross Fertilization
9%
Dynamics
7%
Ranunculus
6%
AFLPs
5%