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Actiwave

Type: Seaweed extract, Company: Valagro

Effect

Increased salt stress tolerance
No effect on produce quality

Actiwave treated Lettuce, var. Romaine, showed significantly increased soil pH, decreased soil conductivity, decreased (10L/ha) or increased (15L/ha) soil organic matter (%), decreased available soil phosphorous (P), no difference in available soil nitrate nitrogen (NO3-N), decreased available soil ammonia (NH4-N), no difference in exchangeable potassium (K), decreased exchangeable sodium (Na), no difference in exchangeable calcium (Ca), no difference in exchangeable magnesium (Mg), no difference in available manganese (Mn), no difference in available iron (Fe), no difference in available zinc (Zn), decreased soluble chlorine (Cl), no difference in biomass (g), no difference in number of leaves, no difference in leaf nitrogen (N) content, no difference in leaf phosphorous (P) content, no difference in leaf potassium (K) content, no difference in leaf sodium (Na) content, no difference in leaf calcium (Ca) content, no difference in leaf magnesium (Mg) content, no difference in soil manganese (Mn) content, no difference in soil iron (Fe) content, increased soil zinc (Zn) content and no difference in soil chlorine (Cl) content, compared to untreated control plants.

Trial details
Indoor, soil grown (Saline sodic) in pots under controlled conditions
Greece

Crop

Lettuce, Lactuca sativa L.

Trial application

Method
Soil treatment
Timing
Mixed with soil
Rate
10 L/ha or 15 L/ha
Karapouloutidou, S. and Gasparatos, D.
2019
Effects of Biostimulant and Organic Amendment on Soil Properties and Nutrient Status of Lactuca sativa in a Calcareous Saline-Sodic Soil
Agriculture
9(8)
164
Crop group