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Keyphrases
Lettuce
100%
Lactuca Sativa
100%
Green Waste
100%
Drought Impacts
100%
Soil Biological Quality
100%
Drought Stress
62%
Compost Application
37%
Root Tip
25%
Plant Growth
25%
Microbial Organisms
25%
Soil Quality
25%
Beneficial Effects
25%
Dehydrogenase
25%
Nutrient Content
25%
Improved Soil
25%
Tip Growth
25%
Soil-plant
25%
Growth Quality
25%
Waste Compost
25%
Lettuce Growth
25%
Greenhouse Experiment
12%
Response to Drought
12%
Leaf Water Content
12%
Greenhouse Conditions
12%
Drought Conditions
12%
Climate Change
12%
Agricultural Soil
12%
Sandy Soil
12%
Negative Effects
12%
Organic Matter Content
12%
Water Holding Capacity
12%
Stress Effect
12%
N Mineralization
12%
Soil Climate
12%
Cellulose Content
12%
Detrimental Effects
12%
Compost Type
12%
Soil Improvement
12%
Phospholipid Fatty Acid Analysis
12%
Fungal Abundance
12%
Gas Exchange
12%
High Abundance
12%
Tailor-made
12%
Interactive Effects
12%
Plant Residues
12%
Soil-plant System
12%
Low Abundance
12%
Hemicellulose Content
12%
Biological Quality
12%
Alleviation
12%
Medium nutrients
12%
Household Waste
12%
Biological Water
12%
Mineral Fertilizer Application
12%
Soil Microbial Groups
12%
Municipal Household Waste
12%
Fast-growing Crops
12%
Nitrogen Accumulation
12%
Vegetable Residues
12%
Soil Cultivation
12%
Glucosidase Activity
12%
Soil Enzyme Activity
12%
Straw Residue
12%
Soil Microbial
12%
Potential N Mineralization
12%
α-glucosidase
12%
Agricultural and Biological Sciences
Lettuce
100%
Green Waste
100%
Drought Stress
100%
Root Tips
40%
Oxidoreductase
40%
Soil Quality
40%
Glucosidase
40%
Climate Change
20%
Mineral Fertilizers
20%
Sandy Soil
20%
Fertilizer Application
20%
Hemicellulose
20%
Water Holding Capacity
20%
Plant Residue
20%
Gas Exchange
20%
Soil Enzyme Activity
20%
Fatty Acids
20%
Agricultural Soil
20%
Physiology
20%
Relative Water Content
20%