Keyphrases
Nutrient Stoichiometry
100%
Sphagnum Moss
100%
Sphagnum Farming
100%
Irrigation Water
80%
Agriculture
60%
Peat Moss
60%
Paludiculture
60%
Bicarbonate
40%
Biomass Yield
40%
Fast-growing
40%
High Input
40%
Sphagnum
40%
Nutrient-dense
40%
Nutrient Level
40%
Graminoids
40%
Rewetted Peatland
40%
Nutrient-poor
40%
Nitrogen N
20%
Topsoil
20%
Adverse Effects
20%
Low pH
20%
Potassium
20%
Global Climate
20%
Peatland
20%
Peat
20%
CO2 Concentration
20%
N Input
20%
Phosphorus P
20%
Slow-growing
20%
Competitive Advantage
20%
One-form
20%
Biomass Production
20%
Moisture Supply
20%
Sustainable Alternatives
20%
Biogeochemistry
20%
N Concentration
20%
Peat Soil
20%
Pore Water
20%
Natural Conditions
20%
Growing Media
20%
Agricultural Use
20%
Nutritional Condition
20%
Capitulum
20%
High Biomass
20%
N Supply
20%
Atmospheric Nitrogen
20%
External Supplies
20%
Nutrient Management
20%
Horticultural
20%
Wetland Habitats
20%
P Removal
20%
Agricultural Peatlands
20%
High Production Rate
20%
Sphagnum Palustre
20%
Topsoil Removal
20%
C Limitation
20%
Horticultural Substrate
20%
Nutrient Sequestration
20%
Nutrient Sink
20%
Sequestration Rate
20%
CO2 Supply
20%
Agricultural and Biological Sciences
Sphagnum
100%
Irrigation Water
40%
Peatlands
40%
Agricultural Science
30%
Graminoid
20%
Topsoil
20%
Adverse Effects
10%
Nutrient Management
10%
Growing Media
10%
Biogeochemistry
10%
Peat Soil
10%
Biomass Production
10%