Agricultural and Biological Sciences
Peatlands
100%
Fungal Communities
63%
Evolution
57%
Ectomycorrhizal Fungi
46%
Arbuscular Mycorrhizal Fungi
37%
Ectomycorrhiza
34%
Meta-Analysis
34%
Condensed Tannin
29%
Plant Response
25%
Microorganism
25%
Plant Community
20%
Ectomycorrhiza
20%
Populus
19%
Plant Growth
19%
Soil Organic Matter
18%
Microbial Community
18%
Mycorrhiza
17%
Arthropod Communities
17%
Plant Genetics
17%
Elks
17%
Growth Traits
17%
Genotyping
17%
Inoculum
17%
Mutualism
17%
Oil Sand
17%
Understory
17%
Geopora
17%
Pinus edulis
17%
Pyronemataceae
17%
Glomalin
17%
Annuals
17%
Terrestrial Ecosystem
17%
Tayassu Tajacu
17%
Methane
17%
Photosynthetically Active Radiation
16%
Populus angustifolia
14%
Introduced Species
13%
Ericoid
12%
Host Plant
12%
Symbion
12%
Water Table
11%
Spadix
10%
Exclosure
10%
Lignocellulose
9%
Soil Carbon
9%
Structural Equation Modeling
9%
Mycorrhiza
9%
Biogeochemical Cycle
8%
Biogeography
8%
Ecological Function
8%
Keyphrases
Web Density
17%
Generalist Predator
17%
Plant Genetics
17%
Microbial Community Response
17%
Diversity Research
17%
Soil Mycobiome
17%
Novel Isolate
17%
Microbial Function
17%
Endophyte Community
17%
Structural Differentiation
17%
Trait Structure
17%
Athabasca Oil Sands Region
17%
Geopora
17%
Pyronemataceae
17%
Pinus Edulis
17%
Nickel Concentration
17%
Methanogenic Community
17%
Ecosystems Biology
17%
Isogenies
17%
Glomalin
17%
Semi-arid Mediterranean
17%
Hyphal Length
17%
Mediterranean Steppe
17%
Fungal Detection
17%
Bark Texture
17%
Genotype Variation
17%
Species Hybrid
17%
Hybrid Effect
17%
Water Table Manipulation
17%
Quantitative Real-time PCR Assays
17%
Plant Mortality
17%
Soil Fungal Diversity
17%
Genetic Specificity
17%
Element Enrichment
17%
Life Effects
17%
Collared Peccary
17%
Arthropod Community Structure
17%
Plant-associated
17%
Peat Loss
17%
Sphagnum Peat
17%
Drained Peatland
17%
Class II Peroxidases
17%
Depth Stratification
17%
Methane Isotopes
17%
Root-associated Fungal Community
17%
Fungal Fruiting
17%
Phosphorus Addition
17%
Temperate Hardwood Forests
17%
Microbial Community Changes
17%
Microforming
14%