application · Molecular: metabolites · Arachis hypogaea (peanut)

HERBICIDE MIXTURES FOR WEED CONTROL IN PEANUTS (ARACHIS HYPOGAEA L.), 1961–63* · 1964

• positive
  Follow-up dinoseb sprays improved effectiveness on wet soil.

Benefit of foliar spray phosphorus on peanuts in relation to gypsum and phosphorus application to soil · 1989

• positive
  Foliar phosphorus spray significantly increased Spanish peanut yield, total kernel content and sound mature kernel percentage regardless of soil gypsum and phosphorus rate.

cited by 1 paper here

Foliar application of phosphorus and residual effect of gypsum on peanuts · 1992

• positive
  Foliar P significantly increased TKC in year two.
• no effect
  Foliar P did not significantly increase TKC in year one.

cites 1 paper here

PHYSIOLOGICAL AND BIOCHEMICAL EFFECTS OF MEPIQUAT CHLORIDE ON GROUNDNUT (Arachis hypogaea) · 1998

• positive
  MC increased nitrogen content 12 per cent over CCC.

  compared with CCC treatment

• positive
  MC at 125 ppm at 35 DAS increased groundnut nitrogen content 23 per cent over unsprayed control.

  compared with unsprayed control

Effect of foliar fertilization of potassium on yield, quality, and nutrient uptake of groundnut · 1999

• positive
  Foliar potassium increased plant tissue potassium concentration.

Effect of Foliage Spraying on Photosynthetic Indexes and Plant Hormones of Peanut at Blossom Stage · 2011

• positive
  Calcium superphosphate and boric acid spraying increased peanut zeatin and IAA contents.

Effect of Brassinolide and Salicylic Acid on Biochemical Parameters and Yield of Groundnut · 2012

• positive
  Spraying at the vegetative stage was better for total DNA and free amino acid.

Technique and Effect of Applying Boron Fertilizer on Peanut · 2012

• positive
  Boron treatment increased peanut oil content by 0.64%.

  compared with control for which no B was applied

Zinc Biofortification in Sixty Groundnut Cultivars Through Foliar Application of Zinc Sulphate · 2015

• positive
  Foliar zinc significantly increased groundnut seed zinc content.

Biochemical alternation and silicon accumulation in groundnut (Arachis hypogaea L.) in response to root and foliar application of two sources of silicon · 2019

• positive
  Foliar spray of sodium metasilicate (0.5 to 5.0%) gave leaf silica deposits of 3.23 to 6.16%, compared with 2.0% in plants without silica fertilizer.

  compared with plants without silica fertilizer applications

• positive
  Among the two silica fertilizer sources tested, foliar spray of calcium silicate at 5.0% gave the maximum silica deposition in groundnut.

  compared with Among the two sources of silica fertilizers tested

Association of Root and Leaf Silicon Application Decreases the C/Si Ratio, Increasing Carbon Gain and Dry Mass Production in Peanut Plants · 2021

• positive
  Combined root and leaf silicon increased shoot silicon accumulation.

Effect of selenium fortification during sprouting of peanut seeds receiving HVEF and selenium soaking combination on yield, selenium and resveratrol contents, anti‐oxidative properties, and microbial control · 2022

• positive
  The combined treatment increased sprout resveratrol content to 46.32 μg g −1.

Study of Inducing Factors on Resveratrol and Antioxidant Content in Germinated Peanuts · 2022

• positive
  Soaking in 0.2% glutamate increased GABA content to 651.51 μg/g compared with unstimulated germinated peanuts.

  compared with unstimulated germinated peanuts

• positive
  Rice koji soaking followed by HPP at 100 MPa for 10 min increased RES content to 37.78 μg/g.

  compared with unstimulated germinated peanuts

• positive
  Soaking in 5% rice koji produced the highest RES content (28.83 µg/g).

  compared with unstimulated germinated peanuts

• positive
  Soaking in 0.2% phenylalanine solution increased RES content to 13.64 μg/g compared with unstimulated germinated peanuts.

  compared with unstimulated germinated peanuts

• positive
  Soaking in 5% rice koji produced the highest GABA content (506.34 μg/g).

  compared with unstimulated germinated peanuts

• positive
  Rice koji soaking followed by HPP at 100 MPa for 10 min increased GABA content to 1196.98 μg/g.

  compared with unstimulated germinated peanuts

Exogenous Ca2+ priming can improve peanut photosynthetic carbon fixation and pod yield under early sowing scenarios in the field · 2022

• positive
  Foliar exogenous Ca2+ activated cyclic electron flow in peanut seedlings under early-sowing chilling stress.

Agronomic and nutritional evaluation of Groundnut crop as affected by moringa leaf extract and zinc application · 2023

• positive
  Foliar moringa leaf extract at 20% with zinc at 12 kg/ha gave maximum total free amino acids of 383 in groundnut.

Effects of foliar application of amino acid-chelated selenite on photosynthetic characteristics of peanut (Arachis hypogaea L.) leaves at the podding stage · 2024

• positive
  Foliar selenium application increased GSH concentration in peanut leaves.

Sequel of various tillage and nutrient management practices on yield attributes and uptake of groundnut · 2024

• positive
  T3 125% RDF soil application gave significantly higher N, P, and K concentration than T2.

  compared with T2 application of 100% RDF only