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Biostimulant Database
Example, to search for all recorded cases of biostimulant use on tomato mitigate effects of drought type: "tomato, drought"
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Biostimulants database
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Filter your results based on
Effect
Decreased drought stress tolerance
Decreased heat stress tolerance
Decreased nitrogen N use efficiency
(-)
Decreased other
(-)
Decreased produce quality
Decreased salt stress tolerance
Increased cold stress tolerance
Increased drought stress tolerance
Increased heat stress tolerance
Increased micronutrient use efficiency
Increased nitrogen N use efficiency
Increased nutrient availability in soil or substrate
Increased other
Increased phosphorous P use efficiency
Increased potassium K use efficiency
Increased produce quality
Increased salt stress tolerance
Increased water use efficiency
Increased yield
No effect on cold stress tolerance
No effect on drought stress tolerance
No effect on heat stress tolerance
No effect on nitrogen N use efficiency
No effect on nutrient availability in soil or substrate
(-)
No effect on other
No effect on phosphorous P use efficiency
No effect on potassium K use efficiency
No effect on produce quality
No effect on salt stress tolerance
Type
Anorganic elements Si Phosphite
Bacteria
Chitosan biopolymers
Humic and fluvic acids
Mix of different types
(-)
Mycorrhizal fungi
Nonmycorrhizal fungi
(-)
Other
Plant extract
(-)
Protein hydrolysate
Seaweed extract
Crop group
Annuals
Berries and small fruits
Cereals
Field crop plants
Forage plants
Fresh herbs
Fruit vegetable crops
Leafy vegetables
Pseudocereals
Pulses
Stone fruits
Woody ornamentals
Search results
Title
Biostimulant type
Root Dip Universal
Mycorrhizal fungi
Root Dip Universal
RootShield
Mycorrhizal fungi
RootShield
Scudo
Other
Scudo
Terra Sorb
Other
Terra Sorb
Trianum-P
Mycorrhizal fungi
Trianum-P
Tytanit
Other
Tytanit
Pagination
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