Keyphrases
Plant-parasitic Nematodes
100%
Pasteuria Penetrans
92%
Biological Control
92%
Scottish
92%
Pasteuria
92%
Nematodes
92%
Microbial Ecology
92%
Endospore-forming Bacteria
38%
Environmentally Benign
30%
European Legislation
30%
Economic Loss
30%
Biological Control Agent
30%
Synthetic Chemicals
30%
James Hutton
30%
Syngenta
30%
Studentship
30%
BBSRC
30%
Environmental DNA (eDNA)
21%
Metabarcoding
14%
Extracted DNA
14%
Quantitative Profiling
7%
Nematode Community Structure
7%
Perennial Plants
7%
Community Composition
7%
Bacterial-feeding Nematodes
7%
Small Subunit Ribosomal RNA Gene
7%
Sequence Variants
7%
National Soils Inventory of Scotland
7%
Strong Correlation
7%
Physicochemical Properties
7%
Nematode Parasite
7%
Population Structure
7%
Meloidogyne
7%
Nematode Host
7%
Soil Carbon
7%
Soil Properties
7%
Sterilization
7%
Natural Antagonists
7%
Community Culture
7%
Bulk Density
7%
Edinburgh
7%
Endospores
7%
Moisture
7%
Pratylenchus
7%
High Density
7%
Two-source
7%
Root Colonization
7%
Scotland
7%
Woody Plants
7%
Northern Europe
7%
Nematode Community
7%
Molecular Methods
7%
Nematode Suppression
7%
Agricultural and Biological Sciences
Plant Parasitic Nematodes
100%
Pasteuria penetrans
92%
Biological Control
92%
Microbial Ecology
92%
Nematode
92%
Pasteuria
92%
Endospore
45%
Biological Control Agents
30%
Syngenta
30%
Europeans
30%
Bulk Density
7%
Pratylenchus
7%
Meloidogyne
7%
Soil Carbon
7%
Population Structure
7%
Perennials
7%
Ribosomal RNA
7%