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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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Filter your results based on
Effect
Decreased drought stress tolerance
Decreased growth
Decreased nitrogen N use efficiency
(-)
Decreased other
Decreased phosphorous P use efficiency
Decreased potassium K use efficiency
Decreased produce quality
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 yield
(-)
No effect on cold stress tolerance
No effect on drought stress tolerance
No effect on growth
No effect on micronutrient use efficiency
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
No effect on water use efficiency
Type
Mycorrhizal fungi
Seaweed extract
Crop group
(-)
Annuals
Berries and small fruits
Bulb ornamentals
Cabbage
Cereals
Field crop plants
Forage plants
Fruit vegetable crops
Leafy vegetables
Perennials
Pome fruits
Pseudocereals
Pulses
Root vegetables
(-)
Woody ornamentals
Search results
Title
Biostimulant type
AM 120
Mycorrhizal fungi
AM 120
Kelpak
Seaweed extract
Kelpak
