Keyphrases
Biochar Effects
100%
Plant Uptake
100%
Phosphorus P
100%
Biochar
100%
Soil Uptake
100%
P Dynamics
100%
P-process
40%
P Sorption
35%
Pot Experiment
30%
P Pools
25%
Soil Type
20%
Biochar Application
15%
Citrate
15%
P Bioavailability
15%
P Availability
15%
P Adsorption Capacity
10%
Exudates
10%
Biochar Type
10%
Enzyme Activity
10%
Available P
10%
Soil Environment
10%
Maize
10%
Agriculture
10%
Essential nutrients
10%
P Mineralization
5%
Soil Samples
5%
Fourier Transform Infrared Spectroscopy (FT-IR)
5%
Plant nutrients
5%
Crop Residues
5%
Slow Diffusion
5%
Biomass Conversion
5%
Sequestered Carbon
5%
Sustainable Use
5%
Mineral Surface
5%
Solubilization Capacity
5%
Soil Chemical Properties
5%
Alkaline Phosphatase
5%
Management Tools
5%
Sorption Process
5%
Structure Control
5%
Mineralization Process
5%
P-solubilization
5%
Carbonaceous Materials
5%
P Content
5%
Carbon C
5%
Short-term Effects
5%
X Ray Diffraction
5%
Eutrophication
5%
Leachate
5%
Surface Water
5%
Plant P Uptake
5%
Crop Production
5%
D Study
5%
Mineral Phase
5%
Maize nutrition
5%
Pest Management
5%
Future Crops
5%
Soil Fertility
5%
Rhizosphere
5%
Environmental Issues
5%
Thermal Conversion
5%
Fractionation Process
5%
Earth and Planetary Sciences
Biochar
100%
Soil
12%
Enzyme Activity
6%
Fractionation
3%
Solubilization
3%
Field Experiment
3%
Soil Property
3%
Sustainable Use
3%
Eutrophication
3%
Crystal Structure
3%
FTIR Spectroscopy
3%
Rhizosphere
3%
Crop Production
3%
Soil Fertility
3%
Crop Residue
3%
Environmental Problem
3%
Surface Water
3%
X Ray Diffraction
3%
Carbonaceous Material
3%
Engineering
Biochar
100%
Term Effect
9%
Enzymatic Activity
6%
Combined Effect
6%
Fractionation
3%
Mineralisation
3%
Soil Sample
3%
Crystal Structure
3%
Ray Diffraction
3%
Thermal Conversion
3%
FTIR Spectroscopy
3%
Induced Change
3%
Carbonaceous Material
3%
Surface Water
3%
Mineral Phase
3%
Chemical Engineering
Biochar
100%
Sorption Capacity
6%
Carbon
3%
Fractionation
3%