INIS
soils
100%
mobility
100%
nutrients
100%
mining
100%
by-products
100%
trace elements
100%
radionuclides
100%
leachates
87%
range
37%
amendments
37%
biomass
25%
losses
25%
minerals
25%
gypsum
25%
control
12%
processing
12%
reduction
12%
retention
12%
dissolution
12%
depth
12%
nitrogen
12%
solutes
12%
productivity
12%
fertilizers
12%
eutrophication
12%
farms
12%
calcite
12%
geochemistry
12%
radioactivity
12%
dose rates
12%
neodymium isotopes
12%
strontium isotopes
12%
Keyphrases
Amended Soil
100%
Neutralized Used Acid
100%
Mining By-products
100%
Nutrient Mobility
100%
Trace Element Mobility
100%
Radionuclide Mobility
100%
Leachate
33%
Trace Elements
25%
Soil Leachate
25%
Turf
25%
PO4-P
25%
Mineral Processing
8%
Soil Amendment
8%
Fertilizer
8%
Processing By-products
8%
Eutrophication
8%
Radionuclides
8%
Gypsum
8%
Major Change
8%
Increased Productivity
8%
Nitrogen Flux
8%
Radioactivity
8%
Dose Rate
8%
Ferric Hydroxide
8%
Desaturation
8%
Isotopic Analysis
8%
Pb Addition
8%
P Loss
8%
Nd Isotopes
8%
Farm Field
8%
U-Th Series
8%
Total Nitrogen
8%
Sr Isotopes
8%
Ferrihydrite
8%
P Fluxes
8%
Solute Retention
8%
P Element
8%
Agronomic Benefits
8%
Gypsum Dissolution
8%
Nutrient Loss
8%
Control Site
8%
Earth and Planetary Sciences
Trace Element
100%
Leachate
100%
Radionuclide
100%
Soil Amendment
14%
Radioactive Isotope
14%
Mineral Processing
14%
Eutrophication
14%
Subsoil
14%
Calcite
14%
Geochemistry
14%
Isotopic Analysis
14%
Nutrient Loss
14%