Example, to search for all recorded cases of biostimulant use on tomato mitigate effects of drought type: "tomato, drought"

Trianum-P

Type: Non-mycorrhizal fungi, Company: Koppert

Effect

Increased drought stress tolerance

Trianum-P  treated 'Crezo' wheat showed 61% higher shoot dry weight, 57% more shoots and 50% higher spike fresh weight when subjected to 50% water drought stress, compared to corresponding untreated controls. Trianum-P  treated 'Crezo' wheat showed increased net photosynthesis and stomatal conductance when subjected to 50% water drought stress, compared to corresponding untreated controls. Trianum-P  treated 'Crezo' wheat showed higher potassium ion content in leaves when subjected to 25% water drought stress, and higher leaf ammonium and potassium ions at 50% or 25% water drought stress, compared to corresponding untreated controls.  Trianum-P  treated 'Crezo' wheat had higher ammonium and calcium ion content in roots when subjected to 25% water drought stress compared to corresponding untreated controls. 

Trial details
Indoor, glasshouse, soil, nitrogen stress (no NH4+ added), drought stress (25% or 50% normal water)
Italy

Crop

Wheat, Triticum aestivum L.

Trial application

Method
Soil drench
Timing
At transplanting, and 1 month after transplanting
Rate
1x10^7 spores/ml
Silletti et al.
2021
Biostimulant activity of Azotobacter chroococcum and Trichoderma harzianum in Durum wheat under water and nitrogen deficiency
Agronomy
11
380
Crop group