application · Yield · Beta vulgaris (beet)

THE EFFECT OF SUCROSE SPRAYING ON SYMPTOMS CAUSED BY BEET YELLOWS VIRUS IN SUGAR BEET · 1955

• positive
  Sucrose spraying increased the yield of roots of healthy and infected sugar beet plants.

Aphid Control Trials on Sugar Beets and Virus Yellows Disease in Kern County, California · 1961

• positive
  A single demeton spray increased beet yields in the multi-treatment test.

Late-planted sugar beets damaged by yellows viruses: Production improved by aphid control · 1964

• positive
  Three aphid-control sprays increased May-planted beet root production by 9.5 tons per acre.

Sprays for Aphid Control Increase Sugar Beet Yields in Davis Tests · 1965

• positive
  Three sprays raised May-planted beet yield by 5 tons per acre.
• positive
  Aphid-control sprays substantially increased sugar-beet root production.
• positive
  Three sprays raised March-planted beet yield by 6 tons per acre.
• positive
  Three sprays raised April-planted beet yield by 9 tons per acre.

Experiments on the time of application of insecticide to decrease the spread of yellowing viruses of sugar beet, 1954‐66 · 1967

• positive
  one spray changed yield by 1½ during 1957–1960.
• positive
  two sprays changed yield by 2 ton/acre during 1957–1960.

Experiments with fungicide sprays to control Ramularia beticola in sugar‐beet seed crops · 1976

• positive
  One fentinhydroxide spray increased sugar beet seed yield by an average 4%.

cited by 2 papers here

Experiments with fungicide sprays in late summer and early autumn on sugar‐beet root crops · 1977

• positive
  A fentinhydroxide spray at 0·7 kg a.i./ha increased top yield by 13% on average.

cites 2 papers herecited by 1 paper here

Field experiments on sugar‐beet powdery mildew, Erysiphe betae · 1978

• positive
  A single early sulphur spray increased sugar beet yield on average by 9%.

cites 2 papers here

Comparison of Foliar and Preplant Applied Nitrogen Fertilizer for Sugar Beet · 1993

• positive
  Under N deficiency in 1986, foliar N raised root yield by 5.2 Mg ha −1.
• no effect
  Foliar N did not affect root yield in two of three years.

cited by 1 paper here

Responses of Sugar Beet (Beta vulgaris) to Foliar Sprays of Copper · 1996

• positive
  Copper sprays increased yield on two light textured mineral soils.
• no effect
  Copper sprays did not affect beet yields on peat soils.

Responses of Sugar Beet Beta vulgaris to Foliar Sprays of Copper · 1996

• positive
  Copper sprays increased sugar beet yield on two light textured mineral soils.
• no effect
  Copper sprays did not affect sugar beet yields on peat soils.

EFFECT OF SOIL AND FOLIAR APPLICATION OF NITROGEN AND POTASSIUM ON SUGAR BEET · 1998

• positive
  Potassium at 48 kg K20 combined with foliar nitrogen at 1.5% N or soil nitrogen at 90 kg N/fed was superior for beet root and sugar yields.
• positive
  Soil nitrogen at 90 kg N/fed or foliar nitrogen at 1.5% N significantly increased root and sugar yields per fed.

cited by 2 papers here

Response of sugar beet to foliar magnesium fertilization with Epsom salts. · 2000

• positive
  In 1997, Epsom salt increased sugar yield from 7.12 to 7.52 t/ha.

  compared with control

• positive
  In 1997, Epsom salt increased root yield from 55.16 to 57.38 t/ha.

  compared with control

Influence on sugarbeet yield and quality by bio phosphate fertilizer and inorganic fertilizer mixed and sprayed · 2000

• positive
  The fertilizer mixture increased sugarbeet root yield by 7.1%～13.1%.

Effect of foliar fertilization with Murtonik on sugar beet yields and quality · 2000

• positive
  Foliar Murtonik 22-11-11 increased root and sugar yields of sugar beet
• positive
  Foliar Murtonik increased root yield by 1.0-9.1% depending on cultivar and location

EFFECT OF ORGANIC MANURE AND GA3 ON FODDER BEET (Beta vulgaris L.) GROWN UNDER SALINE CONDITIONS. · 2000

• positive
  Spraying GA3 at 100 ppm improved growth analysis characters and forage yield.

VARIETAL RESPONSE OF SUGAR BEET TO FOLIAR APPLICATION TIME OF MICROELEMENTS MIXTURE · 2002

• positive
  Foliar spraying twice with the microelement mixture increased dry matter, root yield and top yield relative to one spray or water.

  compared with spraying the mixture once at 50 days from planting or with water

EFFECT OF SOIL AND FOLIAR APPLICATION OF NITROGEN FERTILIZATION ON SUGAR BEET · 2002

• positive
  Soil nitrogen up to 90 kg N/fed. and repeated foliar urea significantly increased root size, dry matter and yields.

cites 2 papers herecited by 2 papers here

The influence of harvest date and crop treatment on the production of two different sugar beet variety types · 2003

• positive
  Fungicide spray raised sugar yield by 0.81 t/ha over equally fertilized unsprayed plots.

  compared with pattern equally fertilised but not treated with fungicide

Zinc Enhances Sugar Beet Emergence and Yield on a Calcareous Soil with Marginal Zinc Availability · 2004

• positive
  Broadcast and foliar Zn plus B, Fe, and Mn produced smaller and less consistent yield increases than seed-row ZnSO4.

  compared with seed‐row‐applied ZnSO 4

RESPONSE OF SOME SUGAR BEET CUL TIVARS TO GROWTH REGULATOR TREATMENTS · 2004

• positive
  GA3 spraying at 300 ppm increased root yield by 37.5% versus the check treatment.

  compared with check treatment

Management of genetically modified herbicide–tolerant sugar beet for spring and autumn environmental benefit · 2005

• positive
  Early overall sprays and band sprays gave yields as good as or better than the conventional programme.

  compared with the conventional

• positive
  Two overall glyphosate sprays tended to give some of the highest yields.
• positive
  Two overall glyphosate sprays gave generally the lowest weed seed return of all treatments.

  compared with all treatments

Induction to Defense Enzymes of Rhizomania in Sugarbeet Soaking Seeds with Salicylic Acid · 2005

• positive
  Salicylic acid seed soaking increased root yield.

EFFECT OF FOLIAR PREPARATIONS AND VARIETY ON SUGAR BEET YIELD AND QUALITY · 2005

• positive
  Foliar preparations significantly increased root yield in the year with sufficient rainfall.

cited by 2 papers here

RESPONSE OF SUGAR BEET TO DIFFERENT SEEDLlNG METHODS, PHOSPHORUS FERTILIZER MANAGEMENT AND SPRAYING WITH SOME NUTRIENTS · 2005

• positive
  Spraying with boron increased sugar beet root yield, significant in the first season and highly significant in the second.
• positive
  Spraying with MgSO increased sugar beet top yields in both seasons.
• negative
  Spraying with MgSO reduced sugar beet root yield in both seasons.

EFFECT OF FOLIAR PREPARATIONS AND VARIETY ON SUGAR BEET YIELD AND QUALITY · 2006

• positive
  Foliar preparations significantly increased root yield in the year with sufficient rain.

cited by 1 paper here

EFFECT OF FOLIAR APPLICATION WITH SOME ORGANIC ACIDS ON SUGAR BEET PLANTS · 2006

• positive
  Foliar organic acid application significantly increased roots and sugar yields.
• positive
  Foliar citric acid at 2000 mg/l at 70 and 90 days gave maximum roots and sugar yields.
• positive
  Foliar organic acid at 2000 mg/l significantly enhanced roots and sugar yields.

Sugarbeet Yield and Nitrogen Use Efficiency with Preplant Broadcast, Banded, or Point‐Injected Nitrogen Application · 2007

• positive
  Point injection gave the greatest predicted maximum yield in five of six responsive site years.

cited by 1 paper here

Boron application affects seed yield and seed quality of sugar beets · 2007

• positive
  Foliar boron application increased sugar beet seed yield by 10% in the first year.
• positive
  Foliar boron application increased sugar beet seed yield by 44% in the second year.

Effects of complete micronutrients and their application method on root yield and sugar content of sugar beet cv. Rassoul · 2008

• positive
  Foliar Fe gave the highest root yield, 75 tons per hectare.

cited by 1 paper here

Effect of nitrogen foliar application in different growth stage on canopy light receiving on 3 polygerm sugar beet yield · 2008

• positive
  In PP22, foliar N at 14-16 leaves increased root yield by %42 over application at 6-8 leaves.

  compared with 6-8 leaf stage application

• positive
  In PP22, foliar N at 14-16 leaves increased root yield by %38 over soil application.

  compared with soil

EFFECT OF FOLIAR POTASSIUM, MAGNESIUM AND BORON ON YIELD AND QUALITY OF SUGAR BEET (Beta vulgaris, L.)GROWING IN NEW RECLAIMED SOILS · 2008

• positive
  Foliar K, Mg or boron, alone or combined, significantly increased sugar beet roots, top and sugar yields per feddan compared with water-sprayed control.

  compared with control (foliar spray with water)

THE EFFECT OF POTASSUM AND BORON ON QUANLITY OF SUGAR BEET (Beta Vulgaris L.) · 2009

• positive
  Higher potash fertiliser levels combined with boron spraying increased the total root yield, yield per plant and weight per root of sugar beet, with a significant effect.

EFFECT OF BORON SPRAY ON SOME PRODUCTIVITY PARAMETERS OF SUGERBEET IN SOME NINEVEH GOVERNORATE SOILS · 2009

• positive
  Boron sprays increased fresh root yield at Hawi-Alwasta by 66.97%, 87.37%, and 39.47% at the three nonzero levels, respectively.

EFFECT OF POTASSIUM FERTILIZATION ON SOME NEW FODDER BEET VARIETIES AT SOUTH SINAI · 2009

• positive
  Raising potassium concentration, applied as spray or to soil, gradually increased growth and forage yield characters of fodder beet.

Effect of foliar preparations containing bioactive substances on sugar beet yield and quality. · 2010

• positive
  Both foliar preparations significantly increased root yield.

The Effects of Sodium Bisulfite and Potassium Bicarbonate on the Photosynthesis,Yield and Sugar Content of Sugar Beet (Beta vulgaris L.) · 2010

• positive
  Spraying NaHSO3 and KHCO3 on sugar beet leaves increased root yield by 7.1%-23.2%.

THE EFFECT OF POTASSUM AND BORON ON QUANLITY · 2010

• positive
  Higher levels of potash fertilizer and boron spraying significantly increased total yield, yield per plant and weight per root of sugar beet.

RESPONSE OF SUGAR BEET TO NITROGEN FERTILIZER AND SULPHUR SPRAY FREQUENCY IN MIDDLE EGYPT · 2010

• positive
  Foliar sulphur spray twice or three times significantly increased root diameter, fresh weight and root yield.

cited by 2 papers here

The influence of foliar fertilizing with liquid organic fertilizers on beet yield growing in the Gevgelija area · 2011

• positive
  Foliar fertilization with liquid organic fertilizers had a positive effect on beet yield compared with the control.

  compared with Control (without fertilization)

• positive
  The Ingrasamant foliar variant gave the highest beet yield, 68.44 t/ha.

Application Effect of SODm Foliar Fertilization on Sugarbeet · 2011

• positive
  SODm foliar fertilization increased root yield of sugarbeet by 13.6%.
• positive
  SODm foliar fertilization gave a remarkable economic benefit for sugarbeet.

EFFECT OF APPLICATION OF ZINC ON YIELD AND QUALITY AND NUTRIENT UPTAKE OF SUGAR BEET (Beta vulgaris L.) · 2011

• positive
  Higher zinc spray levels significantly increased sugar beet total yield, per-plant yield, and root weight.

EFFECT OF SOWING DATES AND MINERAL SULPHUR FERTILIZER ON YIELD AND QUALITY OF SUGAR BEET UNDER NEWLY RECLAIMED SOILS · 2011

• positive
  The combination of 1 October sowing and 250 kg CaSO4/fed significantly increased sucrose percentage and root and sugar yields.

cites 1 paper here

INFLUENCE OF FOLIAR SPRAY OF SOME MICRONUTRIENTS AND NITROGEN FERTILIZER ON PRODUCTIVITY OF SUGAR BEET UNDER NEWLY RECLAIMED SOILS. · 2011

• positive
  Micronutrient spray at 1/2 l/fed gave the highest root and sugar yields.

cites 1 paper herecited by 2 papers here

EFFECT OF NITROGEN FERTILIZER RATES AND SOME GROWTH REGULATORS TREATMENTS ON SUGAR BEET · 2011

• positive
  Spraying IAA at 200 ppm gave the highest top yield per fed (5.75 and 5.86 tons) compared with other treatments.

  compared with other treatments

• positive
  The interaction of 110 kg N/fed with IAA at 200 ppm gave the highest top yield per fed (7.73 and 7.83 tons) compared with all other interaction treatments.

  compared with all other this interaction treatments

• positive
  The interaction of 110 kg N/fed with IAA at 200 ppm gave the highest root yield per fed (36.90 and 39.84 tons) compared with all other interaction treatments.

  compared with all other this interaction treatments

• positive
  Spraying IAA at 200 ppm gave the highest root yield per fed (27.65 and 28.98 tons) compared with other treatments.

  compared with other treatments

cites 1 paper here

Research article ALLOCATION RATIO OF PHOTOSYNTHATE TO DIFFERENT PARTS OF SUGAR BEET PLANT AFFECTED BY NANO-IRON FOLIAR APPLICATION AT VARYING GROWTH STAGES · 2012

• positive
  Fresh root yield peaked at 140571 kg/ha with 2 g/l iron at 80% cover.
• positive
  Iron spraying at 40 to 80% cover benefited dry root, biomass and sugar yield.

ALLOCATION RATIO OF PHOTOSYNTHATE TO DIFFERENT PARTS OF SUGAR BEETPLANT AFFECTED BY NANO-IRON FOLIAR APPLICATION AT VARYING GROWTHSTAGES · 2012

• positive
  Two g/l of iron spraying at 80 % of ground cover gave the highest fresh root yield (140571 kg/ha).
• positive
  Iron spraying at 40 to 80 % of ground cover beneficially increased dry root, biomass and sugar yield.

EFFECT OF MINERAL AND BIO-FERTILIZATION ON YIELD, YIELD COMPONENTS AND QUALITY TRAITS OF SUGAR BEET PLANTS · 2012

• positive
  Macro and micro spray with amino acid treatment gave the highest sugar beet yield and yield component values.

cited by 1 paper here

Response of sugar beet to concentrations and intervals of methanol spraying under deficit irrigation · 2014

• positive
  Root yield was highest with 14% methanol spray at 74.64 ton ha-1.

  compared with without methanol

The effect of foliar fertilization with marine calcite in sugar beet · 2014

• positive
  Foliar calcium and silicon increased technological sugar yield about 17.7% over control.

  compared with control treatment

• positive
  Foliar calcium and silicon increased root yield about 13.1% over control.

  compared with control treatment

• positive
  Foliar calcium and silicon increased leaf yield about 21.0% over control.

  compared with control treatment

cited by 4 papers here

RESPONSE OF SOME SUGAR BEET VARIETIES TO THE INTEGRATED SOIL AND FOLIAR APPLICATION OF POTASSIUM IN SALINE SOIL · 2014

• positive
  Soil K-sulphate at 24 and/or 48 kg K2O fed-1 plus foliar K-silicate at 3 cm3 l-1 significantly increased root yield by 8.19 and 10.24% compared with single soil application in the first season.

  compared with soil single application

cited by 1 paper here

Response of Sugar Beet to Micronutrients Foliar Spray under Different Nitrogen Fertilizer Doses · 2014

• positive
  significantly increased root length and diameter, dry matter accumulation/plant, top and root yield/fad as well as sugar yield/fad in both seasons

cites 1 paper herecited by 3 papers here

Effects of foliage spray at different growth stages on yield and sugar content of sugarbeet · 2015

• positive
  Foliar spray with KH2PO4 and ZnSO4 or KH2PO4 and MgSO4 during leaf rapid growth increased sugarbeet yield by 8.88% to 9.30%
• positive
  Foliar spray with KH2PO4 and Na2B4O7 or KH2PO4 and MnSO4 in the root and sugar growth period increased sugarbeet yield by 5.89% to 6.90%

MUTUAL EFFECT AMONG COMPOST AND FOLIAR SPRAYING WITH ZINC AND BORON ON SUGAR BEET (Beta vulgaris l.) GROWN ON SALINE SANDY LOAM SOIL · 2015

• positive
  Compost at 5 Mg fed.-1 plus zinc-boron spray gave the highest yield and yield components.
• positive
  Zinc and boron foliar application enhanced sugar beet root growth and yield productivity.
• positive
  Compost plus zinc and boron spray gave the highest productivity and root nutrient response, followed by zinc and boron spray.

  compared with foliar spray of Zn + B

cited by 1 paper here

EFFECT OF FOLIAR APPLICATION OF MICROELEMENTS AND POTASSIUM LEVELS ON GROWTH, PHYSIOLOGICAL AND QUALITY CHARACTERS OF SUGAR BEET (Beta vulgaris L.) UNDER NEWLY RECLAIMED SOILS · 2015

• positive
  Micronutrient spray at 1.5 l/fed gave the highest sucrose percentage and root and sugar yields.

cites 2 papers here

EFFECT OF YEAST APPLICATION METHOD AND NUMBER ON YIELD AND QUALITY OF SUGAR BEET UNDER DIFFERENT LEVELS OF NITROGEN · 2015

• positive
  Foliar yeast application increased sugar yield by 67.56% and 27.52% over soil application.

  compared with soil application of yeast

Foliar nutrition effectiveness for sugar beet cultivated as a following crop after winter rape · 2015

• positive
  Foliar fertilization increased beet yield by 14.2tha–1 (15.6%) on average.

  compared with control

cites 1 paper here

Efficiency of Potassium Fertilization and Salicylic Acid on Yield and Nutrient Accumulation of Sugar Beet Grown on Saline Soil · 2016

• positive
  The combined treatment gave the highest shoot and root yield.

cited by 1 paper here

Effect of Foliar Application with Humic Acid Substances under Nitrogen Fertilization Levels on Quality and Yields of Sugar Beet Plant · 2016

• positive
  Foliar application improved sugar lost to molasses, extractability percentages, and yield in both seasons.

cited by 6 papers here

Sugar beet yield and quality as affected by concentration of boron and methanol application. · 2016

• positive
  Foliar boron at 1.5 Kg/fed significantly increased yields of root.

Impact of Foliar Feeding With Alga Extract and Boron on Yield and Quality of Sugar Beet Grown in Sandy Soil · 2016

• positive
  Boron at 100 ppm/fad increased root, top and sugar yields.

cited by 3 papers here

Response of Sugar Beet to Continuous Deficit Irrigation and Foliar Application of some Micronutrients under Sandy Soil Conditions. · 2017

• positive
  Higher foliar boric acid rates significantly increased top and root yields.

Water Use Efficiency, Yield and Quality of Sugar Beet Grown under Center Pivot and Fixed Sprinkler Irrigation Systems as Affected by Water Deficit and Boron Application. · 2017

• positive
  Foliar boron at 1.5 g L-1 raised root length, diameter, fresh weight and yield relative to control.

  compared with control treatment

EFFECT OF MINERAL, BIO FERTILIZATION, HUMIC ACID AND THEIR INTERACTIONS ON SUGAR BEET · 2017

• positive
  The highest combined treatment gave root yield of 39.77 t/fed.

cites 3 papers here

Green Chemicals and Bio-agents for Controlling Damping-off Diseases of Sugar Beet and Scaling up the Yield and Quality · 2018

• positive
  The combined treatment increased sugar beet yield.

Effect of Potassium Humate and Nitrogen Fertilization on Yield and Quality of Sugar Beet in Sandy Soil · 2018

• positive
  Soil application of 8 or 12 l potassium humate per fed significantly increased root and sugar yields per fed compared with no potassium humate.

  compared with without

Productivity of sugar beet seed plants depending on the quality of mother root crops · 2018

• positive
  Two fungicide sprays increased yield from partially rotted roots.

Inhibitory Effect of Certain Chemical Food Preservatives against Cercospora Leaf Spot Disease of Sugar Beet · 2018

• positive
  Foliar application of citric acid and sodium citrate enhanced sugar beet root yield and sugar percentage compared with the control.

  compared with the control

Water deficit stress mitigation by foliar application of potassium silicate for sugar beet grown in a saline calcareous soil · 2019

• positive
  The authors suggest that spraying K-silicate can alleviate the negative effects of drought stress on sugar beet yield in calcareous soils.
• positive
  At a 14-day irrigation interval, K-silicate spraying raised partial factor productivity of N fertilizer to 861 from 647 kg root per kg fertilizer.

  compared with without spraying K-silicate

• positive
  With a 14-day irrigation interval, spraying K-silicate at 1000 mg/L gave a root fresh yield of 51.65 Mg/ha versus 38.81 without spraying.

  compared with without spraying K-silicate

• positive
  At a 14-day irrigation interval, K-silicate spraying raised partial factor productivity of K fertilizer to 2066 from 1552 kg root per kg fertilizer.

  compared with without spraying K-silicate

• positive
  At a 14-day irrigation interval, K-silicate spraying raised partial factor productivity of P fertilizer to 1666 from 1252 kg root per kg fertilizer.

  compared with without spraying K-silicate

cited by 2 papers here

Effects of Foliar Application of Micronutrients on Agronomic Traits of Beet Cv. Sonja under Dsa (Hot Summer Continental) Climatic conditions of Naqadeh Iran · 2019

• positive
  Foliar boron application gave the highest mean root yield (74.120 t ha-1) in sugar beet.

EFFECT OF ZINK AND BORON FOLIAR APPLICATION ON SOME NUTRIENTS CONTENT OF SUGER BEET PLANT Beta Vulgaris L. · 2019

• positive
  Higher foliar boron and zinc increased total yield.

Growth regulators to increase sugar beet productivity · 2019

• positive
  Combined seed and foliar NanoMineralis treatment gave Romul the highest productivity.

Impact of Different Application Methods and Concentrations of Ascorbic Acid on Sugar Beet under Salinity Stress Conditions · 2020

• positive
  Combined application at 200 ppm increased root yield by 6.99 and 4.54 ton/fed over untreated plants in the two seasons.

  compared with untreated plants

• positive
  Combined application increased yield components and sucrose percentage.

  compared with AsA applied as a seed soaking or foliar spray

• positive
  Combined application increased root yield by 9.19% and 9.63% in the first season relative to single methods.

  compared with AsA applied as a seed soaking or foliar spray

Effect of foliar fertilization on the yield, sugar contents and improving resistance of cercospora leaf spot on sugar beet · 2020

• positive
  Foliar mineral applications increased sugar beet yield components.

Influence of bacteria of the genus Azospirillum on sugar beet productivity · 2020

• positive
  Spraying sugar beet with Azospirillum increased sugar beet productivity.

Effect of Sulphur Application and some Foliar Feeding on Productivity and Roots Quality of Sugar Beet · 2020

• positive
  Sulphur plus micronutrients increased sugar yield by 42.7% in season two.

  compared with 0 S and spraying with yeast extract

• positive
  Sulphur plus algae increased sugar yield by 56.3% in season two.

cites 3 papers herecited by 2 papers here

Impact of Foliar Spraying of some Potassium Sources and Boron Levels on Sugar Beet Quantity and Quality · 2020

• positive
  The K-silicate and K-humate mixture gave the highest sugar beet yields compared with the control.

  compared with control

cites 4 papers herecited by 2 papers here

Impact of Applying Potassium Fulvate and Boron on Sugar Beet Yield and Quality · 2020

• positive
  Combined soil and foliar potassium fulvate gave the highest yields.
• positive
  Combined soil and foliar potassium fulvate gave the highest yield-component values.
• positive
  The combined boron and potassium fulvate regime achieved the highest sugar beet yield and yield components.

cites 1 paper here

ALLEVIATION OF WATER DEFICIENCY EFFECT BY APPLICATION OF POTASSIUM SILICATE TO FABA BEAN INTERCROPPED WITH SUGAR BEET IN SANDY SOIL · 2021

• positive
  Irrigation at 120% ETo with 200 ppm foliar potassium silicate gave the highest yield and yield components of sugar beet in the intercrop.

cites 1 paper here

Dynamics of the macronutrients content in sugar beet plants under the application of microfertilizers · 2021

• positive
  Three-fold foliar treatment with POLIDON Bor gave the highest root crop yield, 11.1 % above the control.

  compared with the control

Influence of Various Forms of Foliar Application on Root Yield and Technological Quality of Sugar Beet · 2021

• positive
  Foliar application increased sugar beet root yield by 10.7–11.7% versus control.

  compared with control treatment

cites 1 paper herecited by 1 paper here

ALLEVIATION OF SALT-STRESS ON SUGAR BEET (BETA VULGARIS L.) USING MOLASSES, HUMIC, AND NANO-CACO3 · 2021

• positive
  Soil or foliar treatments increased length and diameter, root yield (t/ha) versus control.

  compared with C

• positive
  Soil molasses with foliar LB gave the maximum average two-season increase in root yield (t/ha) by 29.8% versus the soil and foliar controls.

  compared with C (Soil application) C (Foliar application) treatment

cites 2 papers here

EVALUATION OF FODDER BEET PRODUCTIVITY UNDER THE EFFECT OF GROWTH REGULATORS IN THE CONDITIONS OF THE NON-CHERNOZEM ZONE OF THE RUSSIAN FEDERATION · 2021

• positive
  Foliar growth regulators increased feed unit yield by 2,8–7 c/ha or 4,6–11,5%.

INSECT PESTS INFESTATION, PRODUCTIVITY AND QUALITY OF SUGAR BEET AS INFLUENCE BY NITROGEN, POTASSIUM AND TRACE ELEMENTS FERTILIZERS · 2021

• positive
  Foliar trace elements significantly improved beet productivity and quality traits.

cites 1 paper here

EFFECT OF SPRAYING SOME ORGANIC ACIDS ON CERCOSPORALEAF SPOT DISEASE, YIELD AND QUALITY OF SUGAR BEET · 2021

• positive
  Foliar 50 citric acid/fed increased root and sugar yields in sugar beet compared with the check treatment.

  compared with the check treatment

• positive
  Spraying 1.5 g/L boric acid gave higher root and sugar yields in sugar beet.

  compared with other humic acid levels

cites 2 papers here

The Effect of Potassium (K) and Boron (B) Foliar Application on Quantitative and Qualitative Traits of Sugar Beet (Beta vulgaris L.) under Drought Stress Conditions · 2021

• positive
  Full irrigation with B+K spraying gave the highest white sugar yield.

Effect of algae extract foliar application and inter-row planting distances on the yield and quality of sugar beet · 2022

• positive
  In the monogerm variety Garrot, foliar algae extract gave the highest root yield (48.55 t feddan-1).

cites 1 paper here

Effect of different silica sources on cotton leaf worm population in sugar beet plants, and their influence on sugar beet yield · 2022

• positive
  Spraying silica NPs at 4 g/L gave sugar beet root yield of 26.03 and 26.01 ton/fed.
• positive
  Spraying silica NPs at 4 g/L gave sugar beet foliage yield of 8.60 and 8.36 ton/fed.

INFLUENCE OF GROWTH REGULATORS ON THE DYNAMICS OF ACCUMULATION OF LEAF SURFACE AREA AND PHOTOSYNTHETIC POTENTIAL OF FODDER BEET IN THE CONDITIONS OF THE NON-CHERNOZEM ZONE OF THE RUSSIAN FEDERATION · 2022

• positive
  Foliar growth regulator application raised crop yield by 22,5-66 t/ha or 4,2-12,3%.

  compared with the control

Impact of Compost Tea and Spirulina platensis Algae on Sugar Beet Grown under Different Levels of Inorganic Nitrogen Fertilizer · 2022

• positive
  Soil drench with 60 l compost tea/fed increased sucrose percentage, root yield and sugar yield of sugar beet.

cites 2 papers here

GROWTH CHARACTERISTICS OF SUGAR BEET PLANTS WHEN APPLYING DIFFERENT POLYFUNCTIONAL PLANT GROWTH REGULATORS · 2022

• positive
  Foliar growth regulators increased yield 3.1-11.0%.

Efficiency of Foliar Fertilization in Crops of Modern Sugar Beet Hybrids under Various Soil Methods · 2022

• positive
  The maximum sugar beet root yield of 42.8 t/ha was recorded with moldboard soil preparation and foliar chelated fertilizer in the RMS 120 hybrid.

Potassium silicate for mitigation of irrigation water deficiency for Faba bean intercropped with sugar beet in a sandy soil · 2022

• positive
  Si1 spraying gave the highest intercropped sugar beet yield and components across irrigation treatments.

Effect of Fungicide Protection of Sugar Beet Leaves (Beta vulgaris L.): Results of Many Years Experiments · 2023

• positive
  Three sprayings increased leaf yield more than one in only three years.

  compared with single sprayings

cited by 1 paper here

Effect of various forms and rates of boron on growth, yield and quality of three sugar beet cultivars Under New Valley Conditions. · 2023

• positive
  Foliar application of 300 ppm nano boron oxide gave the highest leaf weight per plant and root yield of sugar beet.

cited by 1 paper here

Productivity and Quality Variations in Sugar Beet Induced by Soil Application of K-Humate and Foliar Application of Biostimulants Under Salinity Condition · 2023

• positive
  This treatment gave the highest sucrose percentage and sugar yield.

cites 3 papers here

Effect of irrigation with magnetized water and spraying boron-sugar alcohol complex on yield and quality of sugar beet under west-west El-Minya conditions · 2023

• positive
  Irrigation with magnetized well water combined with 150 or 200 ppm boron-sugar alcohol complex gave the highest root, top and sugar yields per feddan in both seasons.
• positive
  Spraying 150 or 200 ppm boron-sugar alcohol complex gave the highest root and top yields per feddan in sugar beet in both seasons.

cited by 1 paper here

Fungicidal Protection as Part of the Integrated Cultivation of Sugar Beet: An Assessment of the Influence on Root Yield in a Long-Term Study · 2023

• positive
  Foliar fungicide application increased sugar beet yield compared with unprotected plants in eight of the 11 years.

  compared with unprotected plants

• positive
  Three foliar fungicide treatments during the growing season were more effective than a single application for sugar beet root yield.

  compared with a single application

cites 1 paper here

The Effect of the Combination of Organic Fertilizer and Spraying with Silicon and Calcium on the Growth and Production of Three Cultivars of Beet · 2023

• positive
  Vermicompost with silicon spraying was superior for leaf yield.
• positive
  The vericompost and silicon spray mixture gave leaf yield in Red Dark beet.
• positive
  Vermicompost with silicon spraying was superior for root yield.
• positive
  The vericompost and silicon spray mixture gave Root yield in Red Dark beet.

Response of Some Sugar Beet Varieties to Nitrogen and Zinc Application in Sandy Soil · 2023

• positive
  The highest root diameter and root and sugar yields per fed were obtained by fertilizing the Zoom variety with 120 kg N/fed and spraying 4.50 g/L zinc sulphate.

cites 1 paper herecited by 1 paper here

Fodder beet productivity on irrigated chestnut soils in the Zavolzhye region during foliar treatments with fertilizers based on humic acids · 2023

• positive
  Reasil micro Amino B increased fodder beet root yield by 7.2 t/ha.

  compared with control

Efficiency of sugar beet cultivation in the Steppe of Ukraine · 2023

• positive
  The best income from sugar beet roots came from Aquasorb hydrogel with Leonardyt and Humifild, at 106.8 thousand UAH/ha.

Improving the Growth and Production of Beets by Fertilizing with Fish Water and Spraying Lentil Extract · 2023

• positive
  Foliar application of lentil extract at 1% outperformed the other extract levels in root dry weight, root height and total yield of beet.

Effect of Form of Silicon and the Timing of a Single Foliar Application on Sugar Beet Yield · 2023

• positive
  PS gave the highest biological sugar yield.

cites 2 papers here

Integrating compost and foliar boron nutrition with mineral nitrogen fertilization improves productivity, quality, and nutrient acquisition of sugar beet · 2024

• positive
  Boric acid spraying with higher mineral nitrogen increased yields synergistically.

cites 3 papers here

IMPACT OFHUMIC ACID AND FOLIAR APPLICATION OF IRON, MANGANESE AND BORON NANOPARTICLES ON SUGAR BEET YIELD AND QUALITY · 2024

• positive
  Combined 5 kg humic acid and Nano boron produced the highest root and sugar yields relative to other combinations.

  compared with the other combinations

cites 1 paper here

ALLEVIATION OF SALT STRESS ON SUGAR BEET BY NITROGEN, SPIRULINA ALGAE EXTRACT AND POTASSIUM SILICATE · 2024

• positive
  Nitrogen at 230.4 kg N ha-1 with algal extract and potassium silicate significantly increased root and sugar yields.

cites 3 papers here

Improving Drought Tolerance in Sugar Beet by Foliar Application of Anti-Stress Compounds · 2024

• positive
  Spraying L-ornithine under watering at 40 or 50% field capacity increased sugar beet root weight and yields.

Effect of Boron, Potassium Sources and Rates on Soil Fertility, Sugar Beet Yield and Quality Cultivated in Saline Clay Soil in Egypt · 2024

• positive
  Boron combined with K-humate at 12 g/L gave the highest root length, root weight, and root and top yields.

Investigating the effect of foliar spraying of zinc nanoparticles and biostimulants on modulating the effect of water deficit stress in sugar beet by using Integrated Biomarker Response Version 2 · 2025

• positive
  Under water deficit, 4 mg L −1 ZnO-NPs increased root yield (RY) by 10.48% versus control.

  compared with the control

Integrated computational and field approaches unveil nutrient foliar sprays as sustainable solutions for sugar beet powdery mildew management · 2025

• positive
  Foliar nutrients increased root yield by 38% over untreated controls.

  compared with un-treated controls

Differential efficacy of TiO₂ nanoparticle application methods in mitigating water deficit stress in sugar beet (Beta vulgaris L.) · 2026

• positive
  Under water deficit, foliar application increased root yield by 23.59% and 22.21%.

  compared with priming and soil application treatments