irrigation · Growth · Triticum aestivum (wheat)

Transpiration rates of leaf blades of irrigated and not irrigated plants of spring wheat · 1963

• positive
  Applied irrigation stimulated the growth of spring wheat plants.

  compared with not irrigated plants

Effect of seed rate and irrigation level on the performance of wheat cv. Gourab · 1970

• positive
  One irrigation at CRI gave the highest plant height of 82.33 cm.

cited by 1 paper here

Growth and Yield of Spring Wheat as Influenced by Shelter and Soil Water¹ · 1977

• positive
  Shelter plus irrigation increased wheat dry matter and LAI versus irrigation alone.

  compared with irrigation alone

Studies of Salvia reflexa Hornem. I. Possible competitive mechanisms · 1979

• positive
  Watering the wheat-Salvia mixtures from above the foliage increased wheat height and inflorescence dry weight, and these effects were accentuated by moisture stress.

The effect of nitrogen fertilizer and irrigation frequency on a semi-dwarf wheat in south-east Australia. 1. Growth and yield · 1980

• positive
  Irrigation increased plant height, dry matter and leaf area.

cited by 1 paper here

EFFECTS OF FURROW COVERERS ON GERMINATION OF WHEAT · 1983

• positive
  Furrow coverers improved wheat germination relative to no cover.

  compared with no cover

Water and Nitrogen Effects on Winter Wheat in the Southeastern Coastal Plain: II. Physiological Responses · 1995

• positive
  Irrigation resulted in greater vegetative dry weights than no irrigation during the early stages of grain fill.

  compared with without irrigation

cited by 1 paper here

Effect of Soil Water Regime and Nutrient Supplies on Root Growth and Yield of Wheat in a Subsurface Compacted Soil · 1997

• positive
  Irrigation at 30–50 kPa increased root mass density in compacted soil.

Interactive effects of elevated CO₂, O₃, and soil water deficit on spring wheat (Triticum aestivum L. cv. Nandu) · 1999

• positive
  Reduced water supply partially protected against ozone-caused dry weight loss.
• negative
  Reduced water supply reduced wheat growth.

Effects of Irrigation and Nitrogen Fertilization on Root Growth and Root Characteristics of Wheat on a Clay Terrace Soil of Bangladesh · 2000

• positive
  Root growth in the subsurface layers increased when irrigation or N application was limited.

Irrigation strategy, nitrogen application and fungicide control in winter wheat on a sandy soil. II. Radiation interception and conversion · 2000

• positive
  Irrigation increased IPAR and RUE.

Impact of irrigation schedules and nutrient management on growth, yield and root traits of wheat (Triticum aestivum) varieties · 2001

• positive
  Irrigation at all critical stages gave higher root length, volume and dry weight in wheat.

Root characteristics and performance of different wheat (Triticum aestivum) genotypes under restricted irrigations in alluvial soil · 2001

• positive
  First irrigation significantly increased root-development parameters (length, volume and diameter).

Influence of irrigation and tillage management on growth, yield and water-use efficiency of wheat (Triticum aestivum) in Gangetic plains in West Bengal · 2001

• positive
  Increasing irrigation frequency from IW:CPE 0.4 to 1.0 significantly promoted wheat growth parameters.

  compared with (IW : CPE) 0.4

[Effect of clipping at seedling stage on growth and yield of spring wheat]. · 2002

• positive
  Irrigation immediately after clipping increased wheat growth.

EFFECT OF SOIL MOISTURE STRESS AND SOME AGRONOMIC PRACTICES ON WHEAT PRODUCTION AND IRRIGATION EFFICIENCIES · 2003

• positive
  Sakha 69 with irrigation at 50% DAM, laser levelling and drill planting significantly exceeded the other treatments in plant height, by 3.6%.

DRILL FURROW OPENER EFFECTS ON WHEAT AND SORGHUM ESTABLISHMENT IN NO-TILL FIELDS · 2004

• positive
  Hoe-type drill furrow openers gave equivalent or higher wheat emergence percentages than a disc-type furrow opener.

  compared with disc-type furrow opener

Effects of Water Deficit and Supplemental Irrigation on Winter Wheat Growth, Grain Yield and Quality, Nutrient Uptake, and Residual Mineral Nitrogen in Soil · 2005

• positive
  Elongation-stage irrigation raised biomass and whole-plant nitrogen, phosphorus and potassium uptake.

cited by 1 paper here

Effect of Different Irrigation-nitrogen Models on Yield and Plant Character of Different Gluten Wheat · 2006

• positive
  More irrigation lengthened functional leaves and increased leaf area.

Water-nitrogen relationships for wheat growth and productivity in late sown conditions · 2006

• positive
  Increasing irrigation increased wheat growth indices, yield attributes, biomass and grain yield over no irrigation.

  compared with control (I0 and N0)

PRODUCTIVITY OF SOME WHEAT CULTIVARS IN CALCAREOUS SOILS UNDER ORGANIC FARMING AND RAINFED CONDITIONS WITH SPECIAL REFERENCE TO PLANT DISEASES. · 2006

• positive
  Irrigation at heading increased wheat growth characters.

Effects of limited irrigation on yield and water use efficiency of two sequence-replaced winter wheat in Loess Plateau, China · 2007

• positive
  Irrigation increased root biomass in every soil layer of PL.
• positive
  Irrigation gave PL greater root biomass in deeper soil.

NITROGEN NUTRITION AND WATER STRESS EFFECTS ON GROWTH, YIELD AND WATER USE EFFICIENCY OF WHEAT (Triticum aestivum L.) · 2007

• positive
  Increasing irrigation and nitrogen significantly increased leaf area index, growth rate, yield attributes and grain yield.

  compared with control (10 and No)

cites 1 paper here

Effect of Irrigation and Nitrogen Levels on Grassy Weed Competition in Wheat and Comparative Eco-Physiology of Phalaris minor Retz. and Avena sterilis ssp. ludoviciana Dur. in Wheat · 2007

• positive
  CRI+tillering+flowering+dough irrigation increased wheat crop growth rate (CGR) relative to other irrigation regimes.

  compared with other irrigation regimes

• positive
  CRI+tillering+flowering+dough irrigation increased wheat dry weight relative to other irrigation regimes.

  compared with other irrigation regimes

Relationship of Water Use Efficiency with Photoassimilate Accumulation and Transport in Wheat under Deficit Irrigation · 2007

• positive
  Deficit irrigation promoted deep root development.
• positive
  Deficit irrigation between jointing and anthesis changed root spread and developed deep roots.

cited by 1 paper here

A Comparative Study of Canopy Structures of Winter Wheat under Different Models of Irrigation and N Fertilization · 2007

• positive
  Adding crop residues improved winter wheat canopy structure and light distribution relative to optimized irrigation and fertilization alone, without statistical significance.

  compared with improved optimized irrigation-optimized fertilization

cited by 1 paper here

Comparative Study of Root Growth and Distribution of Winter Wheat under Different Models of Irrigation and N Fertilization · 2008

• positive
  The same model increased root length at 90–120 cm by 73.72%.
• positive
  The same model increased root length at 60–90 cm by 14.62%.
• positive
  Optimized irrigation with traditional fertilization significantly increased root length at 0–30 cm.
• negative
  The model decreased root length at 30–60 cm by 3.52%.
• negative
  The model decreased root length at 90–120 cm by 18.21%.
• negative
  Traditional irrigation with optimized fertilization slightly reduced root length at 0–60 cm.
• negative
  The model decreased root length at 60–90 cm by 6.65%.

Effects of limited irrigation and phosphorus on growth and water use of winter wheat · 2008

• positive
  Irrigation increased plant height as irrigation quantity increased.

Studies on dry matter accumulation,partitioning and translocation in winter wheat under sprinkler and surface irrigation conditions · 2008

• positive
  Sprinkler irrigation increased dry matter partitioning to leaf and grain.

  compared with surface irrigation condition

Biomass accumulation and radiation use efficiency of winter wheat under deficit irrigation regimes · 2009

• positive
  Jointing and heading irrigation gave the highest RUE, 0.56 g/mol.
• positive
  Two irrigations increased aboveground dry matter at maturity.

  compared with irrigation only once

cited by 1 paper here

Effect of irrigation and nitrogen levels on the yield and yield components of wheat. · 2009

• positive
  At 470 mm irrigation, leaf area index reached 1.66.

Growth, radiation use efficiency and yield parameters of wheat affected by different levels of irrigation and nitrogen · 2010

• positive
  Increasing irrigation and nitrogen significantly increased crop growth rate, leaf area index and leaf area duration.

A Root‐Zone Soil Regime of Wheat: Physiological and Growth Responses to Furrow Irrigation in Raised Bed Planting in Northern China · 2010

• positive
  Raised-bed furrow irrigation increased wheat root vitality by 4.8 to 8.9%.

  compared with flood irrigated conventional planting

• positive
  Raised-bed wheat had greater leaf area index and dry matter accumulation than conventional wheat.

  compared with conventional planting

• positive
  Raised-bed furrow irrigation increased wheat root dry weight by 2.8 to 3.7%.

  compared with flood irrigated conventional planting

RESPONSES OF WHEAT PLANTS IN TERMS OF SOIL WATER CONTENT, BULK DENSITY, SALINITY, AND ROOT GROWTH UNDER DIFFERENT PLANTING SYSTEMS AND VARIOUS IRRIGATION FREQUENCIES · 2010

• positive
  Soil water content, dry matter and root density were greater with more frequent irrigations (shorter irrigation intervals).

Model of niche-fitness of crop species and its application to the growth and yield of spring wheat · 2010

• positive
  Irrigation plus nitrogen fertilizer increased LAI by 25.1%.
• positive
  Irrigation plus nitrogen fertilizer increased root biomass by 15.5%.
• positive
  Irrigation increased root biomass at 0–12 cm by 19.3%.

  compared with non-irrigation

• positive
  Irrigation increased leaf area index by 27.2%.

  compared with non-irrigation

• positive
  Elevated CO2 with irrigation and nitrogen fertilizer increased root biomass by 9.8%.
• positive
  Elevated CO2 with irrigation and nitrogen fertilizer increased LAI by 11.6%.

Root distribution and yield responses of wheat/maize intercropping to alternate irrigation in the arid areas of northwest China · 2010

• positive
  Alternate irrigation significantly enhanced root growth.
• positive
  Alternate irrigation raised root weight density, root length density, and root-shoot ratio relative to conventional irrigation.

  compared with conventional irrigation (CI) treatments

cited by 1 paper here

Effects of row spacing on soil water and water consumption of winter wheat under irrigated and rainfed conditions · 2011

• positive
  Irrigation increased total dry matter.

cited by 1 paper here

Effects of sulphur application on accumulations of carbon,nitrogen and sulphur and grain yield of winter wheat under different irrigation conditions · 2011

• positive
  Irrigation plus sulfur increased organ dry-matter weights at maturity relative to S0.

  compared with S0

Simulation experiment on yield and root response of intercropping wheat and faba bean to alternative irrigation · 2011

• positive
  Alternative irrigation increased biomass of intercropped wheat by 13.2 % relative to conventional irrigation.

  compared with conventional irrigation treatment

• positive
  Alternative irrigation increased root weight of mono-cropped wheat by 6.4 % relative to conventional irrigation.

  compared with conventional irrigation treatment

• positive
  Alternative irrigation increased root weight of intercropped wheat by 16.1 % relative to conventional irrigation.

  compared with conventional irrigation treatment

• positive
  Alternative irrigation increased root length of mono-cropped wheat by 7.2 % relative to conventional irrigation.

  compared with conventional irrigation treatment

• positive
  Alternative irrigation increased root length of intercropped wheat by 16.0 % relative to conventional irrigation.

  compared with conventional irrigation treatment

• positive
  Alternative irrigation increased biomass of mono-cropped wheat by 2.9 % relative to conventional irrigation.

  compared with conventional irrigation treatment

Effect of brackish water on winter wheat seed germination and seedling growth · 2011

• positive
  Brackish water enhanced wheat shoot growth.
• no effect
  Brackish water irrigation did not affect germination of Shijiazhuang 8 or Xiaoyan 81.
• negative
  Brackish water retarded wheat root growth.
• no effect
  Brackish water did not affect germ fresh weight across the three wheat cultivars.
• negative
  Brackish water irrigation significantly lowered Jinmai 47 germination energy and rate.

[Effects of irrigation mode on winter wheat yield and water- and nutrient use efficiencies under maize straw returning to field]. · 2011

• positive
  Wintering irrigation promoted tillering.

EFFECT OF WATER IRRIGATION QUANTITY AND COMPOST RATES ON SOME WHEAT VARIETIES UNDER SANDY SOIL CONDITIONS OF WEST DELTA REGION CONDITIONS. · 2012

• positive
  Increasing irrigation from 60% to 70% or 90% evapotranspiration significantly increased leaf area and dry weight.

FIELD EVALUATION ON WATER PRODUCTIVITY OF WINTER WHEAT UNDER SPRINKLER OR SURFACE IRRIGATION IN THE NORTH CHINA PLAIN · 2013

• positive
  Sprinkler irrigation produced greater winter wheat leaf area index than surface irrigation.

  compared with surface irrigated field

• positive
  Active leaf area lasted longer under sprinkler than surface irrigation.

  compared with surface irrigated field

Effects of Water and Nitrogen Utilized by Means of Dripping on Growth of Root and Canopy and Matter Distribution in Spring Wheat · 2013

• positive
  Appropriate irrigation (3600 m3/ha) at milking maintained higher root weight, root length and root diameter.
• positive
  Under water deficit irrigation, root length and root surface area increased at flowering.
• negative
  Under water deficit irrigation, root length and root surface area rapidly declined at milking.
• negative
  Under water deficit irrigation, the decline at milking severely hampered leaf growth and grain grouting.
• negative
  Reducing drip irrigation and nitrogen rate decreased root weight in wheat.
• negative
  Reducing drip irrigation and nitrogen rate reduced shoot growth in wheat.

cited by 1 paper here

Effect of Water Amounts Applied With Drip Irrigation on Water Consumption Characteristics and Yield of Spring Wheat in Xinjiang · 2013

• positive
  Appropriate irrigation was favorable to the growth of reproductive organs of spring wheat.

cites 1 paper here

Effect of Wide-precision Planting and Irrigation on Stalk Lodging of Winter Wheat in the Later Grain-filling stage · 2013

• positive
  Irrigation at jointing improved winter wheat gravity center and total height relative to no irrigation.

  compared with non-irrigation treatment

Variation in radiation use efficiency of wheat (Triticum aestivum L.) as influenced by thermal stress management strategies under late sown conditions · 2013

• positive
  Soaked seed, higher seed rate and irrigation at milking maximized radiation use efficiency.

Peformances of various furrow openers, covering components, and forward speeds of no-till seeders for sowing of winter wheat · 2013

• positive
  The disc type furrow opener no-till seeder achieved better stubble distribution on the soil surface, seed distribution and percentage of seed emergence of winter wheat than narrow hoe and chisel type openers.

  compared with narrow hoe and chisel type openers

Effect of Deficit Irrigation on Root-Shoot Development and Grain Yield of Winter Wheat · 2014

• positive
  T3 significantly increased leaf area index at milky stage.

cites 1 paper here

An advantageous level of irrigation water salinity for wheat cultivation · 2014

• positive
  At 4 dS m?1, wheat leaf area index increased by 1.9?3.4% relative to control.

  compared with control

• positive
  At 4 dS m?1, wheat above-ground dry matter increased by 2.8?6.0% relative to control.

  compared with control

Evaluation Nitrogen and Radiation Use Efficiency of Wheat (Triticum aestivum) under Irrigation Levels · 2014

• positive
  The same treatment gave the highest radiation use efficiency.

Effect of drip irrigation on growth,temporal and spatial distribution of root of winter wheat · 2014

• positive
  Drip irrigation increased dry weight of lateral root and its root length.
• positive
  Drip irrigation elevated root activity from booting stage to 20 days post anthesis.

Effects of Winter Irrigation Date and Nitrogen Fertilization on the Growth,Water and Nutrient Use Efficiencies in Winter Wheat under Straw Return to Field · 2014

• positive
  Earlier winter irrigation and all basal N increased dry weight per plant.
• positive
  Later winter irrigation and N topdressing increased ear and total dry weight at filling.

Effects of eugenol and intercropped faba-bean on wheat root growth under different water supply conditions · 2014

• positive
  At 75% water supply, the negative effect of intercropping on wheat root length was 26.70% lower than at 45%.

  compared with 45% water supply conditions

• positive
  At 75% water supply, the negative effect of intercropping on wheat root volume was 54.69% lower than at 45%.

  compared with 45% water supply conditions

• positive
  At 75% water supply, the negative effect of intercropping on wheat root dry weight was 18.67% lower than at 45%.

  compared with 45% water supply conditions

Effect of Irrigation Levels on Growth, Yield Attributes and Yield of Wheat · 2014

• positive
  Irrigation at 20 days gave maximum crop growth rate, statistically identical to irrigation at 55 days.

  compared with I0

• positive
  Irrigation at 20 days gave maximum relative growth rate, statistically identical to irrigation at 55 days.

  compared with I0

Changes in Yield and Yield Components of Wheat Cultivars under Water Stress Condition · 2015

• positive
  Pishtaz with four irrigation periods had the highest plant dry weight.
• negative
  Bahar without post-anthesis irrigation had the lowest plant dry weight.

Investigation of the Stress Tolerance of Winter Wheat Genotypes Under Natural Rain-Fed and Irrigated Conditions · 2015

• positive
  Irrigation significantly increased plant height minima, maxima, and averages.

  compared with natural rain-fed

Growth and yield response of wheat to irrigation at different growing stages · 2015

• positive
  Irrigation at both CRI and pre-flowering stages gave the maximum RGR (0.03 gg -1 day -1).

  compared with No irrigation

• positive
  Irrigation at both CRI and pre-flowering stages gave the maximum CGR (6.7 gm -2 day -1).

  compared with No irrigation

Effect of irrigation scheduling on the growth and yield of wheat genotypes · 2015

• positive
  The I7 irrigation schedule gave the maximum leaf area, 49.31 dm2 m−1 row length.
• positive
  The I7 irrigation schedule gave the maximum leaf area index, 2.18.

cited by 1 paper here

The influences of fertilization positions on water and nitrate distribution under wheat/maize ridge and furrow intercropping · 2015

• positive
  Furrow intercropping enhanced wheat/maize growth relative to conventional flat intercropping.

  compared with conventional flat intercropping

Effects of Irrigation and Nitrogen-sulfur Combined Application on Grain Yield and Water Use Efficiency in Winter Wheat · 2015

• positive
  Combined irrigation and nitrogen-sulfur promoted post-anthesis dry matter transfer to grain.

Effects of Irrigation before Sowing and at Different Growth Stages on Growth and Yield of Winter Wheat · 2015

• positive
  Reviving-period irrigation significantly increased later leaf area index.
• positive
  Seed-filling irrigation lowered the late decline rate in leaf area index.
• positive
  Reviving-period irrigation significantly improved height increment.

Crop growth analysis of wheat cultivars under different hydrothermal regimes · 2015

• positive
  In wheat cultivar PBW 621, the unstressed irrigation treatments I3 and I4 showed higher growth rate than the other irrigation treatments.

  compared with others

Beneficial Microbes and Phosphorus Management Influence Dry Matter Partitioning and Accumulation in Wheat (Triticum aestivum L.) with and without Moisture Stress Condition · 2015

• positive
  Irrigated wheat had significantly higher dry matter accumulation and allocation to leaf, stem and spike than dryland wheat.

  compared with dryland wheat

cites 1 paper here

Effects of different irrigation methods on micro-environments and root distribution in winter wheat fields · 2015

• positive
  Surface drip irrigation stimulated root growth most in topsoil layers.

  compared with SI and BI

• negative
  Surface drip irrigation inhibited root growth in deep layers relative to sprinkler and border irrigation.

  compared with SI and BI

The interaction between different level of water stress and potassium on growth of Wheat plant (Triticum aestivum L.)at booting stage. · 2015

• positive
  100% field capacity gave the highest leaf area and root and shoot dry weights.

Maximising water productivity of wheat crop by adopting drip irrigation · 2016

• positive
  SWI with drip irrigation at 20 cm emitters spacing (T3) produced the greatest root length in wheat.

Effects of Irrigation and Precision Planting Patterns on Photosynthetic Product of Wheat · 2016

• positive
  Irrigation increased radiation use efficiency and grain yield.

Irrigated forage production in the central clay plains of Sudan 135 · 2016

• positive
  Irrigation prior to cultivation and sowing during the dry season nearly doubled field emergence of wheat.

Development and Feasibility of Innovative Relay Seeders for Seeding Wheat into Standing Cotton Using a High Clearance Tractor in Cotton-Wheat System · 2016

• positive
  ZTDD relay seeding increased wheat germination count by 26% against ZTT.

  compared with ZTT openers

EFFECT OF SOWING DATE AND IRRIGATION INTERVALS ON GROWTH CHARACTERS OF SOME WHEAT CULTIVARS. · 2016

• positive
  Early followed by moderate sowing under 21- or 28-day irrigation with Sids 12 gave the highest values for most growth characters.
• positive
  Irrigation intervals significantly affected plant height and leaf number at ripening, and dry weight and leaf area at two stages; 21-day irrigation gave the greatest values.

  compared with irrigation intervals

Simulation of Wheat Yield Using the RZWQM as Affected by Supplemental Irrigation in the North Western Coast of Egypt · 2016

• positive
  Three irrigations totaling 150 mm at tillering, booting, and filling gave the highest plant height of 61.47 cm in the first season.

Dry matter and nitrogen accumulation and remobilization in wheat as affected by genotype and irrigation · 2017

• positive
  No irrigation in spring increased the remobilization and contribution of dry matter and nitrogen from leaf and stem to grain in winter wheat.
• negative
  No irrigation in spring decreased the accumulation of dry matter and nitrogen in winter wheat.

cited by 1 paper here

Soil Water Effect on Root Activity, Root Weight Density, and Grain Yield in Winter Wheat · 2017

• positive
  Irrigation maintaining soil water at 65 to 75% FC gave the highest root activity and root weight density.

cited by 1 paper here

IRRIGATION SCHEDULING OF WHEAT AT DIFFERENT NITROGEN LEVELS IN SEMI-ARID REGION · 2017

• positive
  Full irrigation produced maximum wheat mean CGR of 10.89 and 12.66 g m-2 d-1.
• positive
  Full irrigation produced maximum wheat LAI of 4.97 and 5.46.

Evaluation of Irrigation Scheduling Program and Wheat Yield Response in Egyptian Sandy Soil Conditions · 2017

• positive
  Increasing irrigation from 60% to 70% or 90% of evapotranspiration increased leaf area and dry weight per plant of wheat.

  compared with 60

Long Term Impact of Tillage Systems, Irrigation and Nitrogen on Soil Properties, Growth, Yield, Nutrient Uptake and Quality of Wheat (Triticum Aestivum L.) · 2017

• positive
  Seven irrigations increased dry matter by 6.0 percent over four irrigations.

  compared with four irrigations

Radiation Interception, Chlorophyll Fluorescence and Senescence of Flag leaves in Winter Wheat under Supplemental Irrigation · 2017

• positive
  W3 had higher leaf area index than W1 and W4 at later grain filling stages.

  compared with W1 and W4

Effect of Irrigations Number on Yield and Yield Components of Some Bread Wheat Cultivars in North Nile Delta of Egypt · 2017

• positive
  Four irrigations gave the highest wheat plant height.

Planting Patterns and Deficit Irrigation Strategies to Improve Wheat Production and Water Use Efficiency under Simulated Rainfall Conditions · 2017

• positive
  RF2150 improved biomass yield by 11%.

cited by 1 paper here

Impacts and Limits of Irrigation Water Management on Wheat Yield and Quality · 2017

• positive
  Irrigation increased wheat biomass.

Growth Behavior of Wheat Cultivars under Different Irrigation Levels · 2017

• positive
  Four irrigations were superior for plant height, fresh weight and dry weight.

Response of irrigation schedule, mulching and hydrogel on various growth analysis attributes and nutrient uptake of wheat (Triticum aestivum L.) · 2017

• positive
  Two irrigations at tillering and flowering significantly increased CGR, RGR and leaf area index of wheat compared with no or one irrigation.

  compared with I0 (no irrigation) and I1 (one irrigation)

Effects of Some Antioxidant Materials as a Foliar and Water Deficit Stress at Identify Growth Stages on Productivity of Wheat Crop · 2017

• positive
  Normal irrigation gave the highest flag leaf area and plant height.

OF SOME FIELD TRAITS OF WHEAT TO ABA UNDER EFFECT OF WATER STRESS RESPONSE · 2017

• positive
  Irrigation at 70% produced plant height of 97.08 cm.

Impact of drip irrigation and N-fertigation scheduling on wheat (Triticum aestivum) under semi-arid tropical environment · 2017

• positive
  Wheat growth traits increased significantly with higher drip irrigation through DI - 1.0 Epan and 120 kg N/ha fertigation.

  compared with each higher levels of drip irrigation

cited by 1 paper here

Nitrogen rate applied affects dry matter translocation and performance attributes of wheat under deficit irrigation · 2018

• positive
  The same treatment had higher leaf area index, crop growth rate and nitrogen uptake.

cites 1 paper herecited by 1 paper here

Timely supplemental irrigation changed nitrogen use of wheat by regulating root vertical distribution · 2018

• positive
  SI at jointing and anthesis (T2) gave higher root length density and root surface area density than T3 and T4.

  compared with T3 and T4

Effect of different irrigation and fertility levels on dynamic growth and yield of late sown wheat (Triticum aestivum L.) · 2018

• positive
  Four irrigations gave the highest plant height (74.63cm) over one or two irrigations.

  compared with two and one irrigation

• positive
  Four irrigations gave the highest leaf area index (3.85) over one or two irrigations.

  compared with two and one irrigation

Effect of Irrigation Regimes and Nitrogen Levels on Phenology and Grain Yield of Late Sown Wheat · 2018

• positive
  Leaf area index of late sown wheat increased significantly with increased irrigation regimes (one to two and two to four irrigations).
• positive
  Plant height, dry matter accumulation and crop growth rate of late sown wheat increased significantly with increased irrigation regimes (one to two and two to four irrigations).

Radiation interception, extinction coefficient and use efficiency of wheat crop at various irrigation and nitrogen levels in a semi-arid location · 2018

• positive
  Three irrigations gave 6% and 18% higher RUE than five and two irrigations in 2013–2014.

  compared with the five (I5) and two (I2) irrigation treatments

• no effect
  Irrigation had no significant effect on RUE in 2014–2015.
• no effect
  Grain and above-ground biomass yields were not significantly affected by irrigation levels.

Effect of Irrigation and Mulch Materials on Growth and Yield of Wheat · 2018

• positive
  Two irrigations at CRI and flowering increased wheat plant height over one irrigation and controls.

  compared with one irrigation and control plots

Effect of Irrigation Schedules and Crop Establishment Methods on Physiological Processes, Light Interception, Water and Crop Productivity of Wheat under a Semiarid Agro-Ecosystem · 2018

• positive
  FIRB and irrigation at CRI + 50 mm CPE gave the lowest canopy temperature of wheat leaves compared with conventional tillage.

  compared with conventional tillage (CT)

Simulating the effect of sowing dates and different irrigation levels on wheat cultivars using DSSAT-CSM-CERES wheat model · 2018

• positive
  Phenology days, yield and LAI were higher at the recommended irrigation level I1 and decreased as irrigation frequency was reduced, lowest with I5.

  compared with I5

Moisture-stress management under limited and assured irrigation regimes in wheat (Triticum aestivum): Effects on crop productivity, water use efficiency, grain quality, nutrient acquisition and soil fertility · 2018

• positive
  Organic mulch under assured irrigation produced maximum plant height, tiller count and leaf area index.

  compared with PHAI and ASAI

Response of Wheat (Triticum aestivum L.) under Drip Fertigation System · 2019

• positive
  Plant height at harvest was higher under 100% RDF-N and 1.0 IW/ETC.

Effect of irrigation levels and moisture conserving polymers on growth, productivity and profitability of wheat · 2019

• positive
  Six irrigations enhanced crop growth rate across growth intervals.

  compared with control, three irrigations (at fixed interval) and three irrigations (at critical stages)

Canopy temperature and grain yield of irrigated wheat in Kentucky · 2020

• positive
  Wheat irrigated from 12:15 to 13:00 had canopy temperature decreased on average by almost 6°F compared with the non-irrigated control.

  compared with non-irrigated control

Physiological evaluation of wheat genotypes under normal irrigated and non-irrigated conditions · 2020

• positive
  Irrigation gave the lowest wheat canopy temperature at 15 and 21 days after anthesis versus non-irrigated sowing.

  compared with non-irrigated condition

The Productivity of Subsequent Wheat Enhanced with Residual Carbon Sources and Phosphorus under Improved Irrigation System · 2020

• positive
  Biochar with 225 mm irrigation improved Radiation Use Efficiency (RUE) in wheat.

Molecular studies for drought tolerance in some Egyptian wheat genotypes under different irrigation systems · 2020

• positive
  Drip irrigation gave the highest biomass values across the six genotypes.

  compared with sprinkler irrigation

Effect of precise levelling and crop establishment options for wheat based systems on soil quality, system- and water productivity in scarce irrigated areas · 2020

• positive
  Precision laser levelling and permanent broad beds reduced wheat lodging.

  compared with traditional practices

Evaluation of Plant height of wheat crop as influenced by different irrigation methods and frequency of irrigation · 2020

• positive
  Four irrigations at CRI, tillering, jointing and milking produced almost significantly higher wheat height from 30 DAS through harvest.

EFFECT OF DIFFERENT NITROGEN SOURCES OF WHEAT AND MAIZE YEALDS · 2020

• positive
  Nitrogen at higher doses applied after irrigation increased vegetation growth of wheat.

  compared with other treatments

Effect of System of Wheat Intensification Technique on Growth Parameters of Organic Wheat (Triticum aestivum L.) · 2020

• positive
  Furrow Irrigated Raised Bed produced the highest crop growth rate of 19.358 g/m2/day at 75–90 DAS.

Performance of Wheat (Triticum aestivum L.) under Varying Levels of Silicon and Restricted Irrigation · 2020

• positive
  Three irrigations increased wheat height at 50 and 75 DAS.

  compared with other treatments

cited by 1 paper here

Improving Wheat Growth and Yield through Application of Compost and Plant Growth Promoting Rhizobacteria under Deficit Irrigation in a Sandy Soil · 2020

• positive
  Shoot of 90-day old wheat plants increased with increasing irrigation water and compost amounts.

Effect of tillage and irrigation interactions on soil water dynamics, root growth and water use efficiency of wheat in the indo-gangetic plain · 2020

• positive
  Root length density increased with increasing irrigation at 0–15 cm.

Canopy temperature and heat stress are increased by compound high air temperature and water stress and reduced by irrigation – a modeling analysis · 2021

• positive
  Irrigation applications aimed at well-watered conditions could reduce canopy temperature in simulated wheat.

Improving winter wheat grain yield and water-/nitrogen-use efficiency by optimizing the micro-sprinkling irrigation amount and nitrogen application rate · 2021

• positive
  At filling, leaf area index increased with irrigation.

cited by 2 papers here

Effect of varying levels of silicon and restricted irrigation on productivity of wheat (Triticum aestivum L.) under Bhal condition of Gujarat · 2021

• positive
  Two irrigations gave significantly superior plant height (75.85) to the control and were at par with three irrigations.

  compared with control (I1)

cites 2 papers herecited by 1 paper here

Root characteristics of spring wheat under drip irrigation and their relationship with aboveground biomass and yield · 2021

• positive
  With the optimum irrigation amount (W2), increasing drip irrigation frequency can increase wheat aboveground biomass accumulation.
• positive
  With the optimum irrigation amount (W2), increasing drip irrigation frequency can increase wheat root length and root weight.
• no effect
  In deep soil, root length density did not differ among treatments with different irrigation frequencies.

Physiological and biochemical properties of wheat (Triticum aestivum L.) under different mulching and water management systems in the semi-arid region of Punjab, Pakistan · 2021

• positive
  Full irrigation gave higher wheat growth, physiology and water measures than PRI.

  compared with two irrigation levels

Enhancing water use efficiency and grain yield of wheat by optimizing irrigation supply in arid and semi-arid regions of Pakistan · 2021

• positive
  Reducing irrigation levels could promote the growth of wheat.

Effect of Irrigation System, Tillage System, and Seeding Rates on Wheat (Triticum aestivum L.) Growth, Grain Yield and Its Water Consumption and Efficiency · 2021

• positive
  Sprinkler irrigation significantly increased flag leaf area.
• no effect
  Sprinkler irrigation had no significant effect on plant height.

Interaction of cultivar and irrigation on mixtures of wheat (Triticum aestivum L.) with pea (Pisum sativum L.) · 2021

• positive
  Irrigation increased leaf area index of wheat-pea mixtures by 34% compared with rainfed conditions.

  compared with rainfed conditions

• positive
  Irrigation increased wheat-pea mixture biomass by 47% compared with rainfed conditions.

  compared with rainfed conditions

Effect of Activated Water Irrigation on the Yield and Water Use Efficiency of Winter Wheat under Irrigation Deficit · 2022

• positive
  Activated water irrigation improved plant height, leaf area and aboveground biomass of winter wheat at each growth stage.

cites 1 paper here

Evaluation of differnt sowing methods for enhancing productivity and water use efficiency of wheat under limited water condition · 2022

• positive
  Augmented furrow sowing gave the maximum plant height of wheat, 111 cm.

  compared with different sowing methods

cites 1 paper here

Influence of nitrogen and phosphorus levels on phenology, growth and yield of bed planted wheat under varying irrigation levels in semi-arid conditions · 2022

• positive
  Five irrigations increased plant height over two to four irrigations.

  compared with two, three and four irrigations

• positive
  Five irrigations increased leaf area index over two to four irrigations.

  compared with two, three and four irrigations

Effect of Irrigation with Activated Water on Root Morphology of Hydroponic Rice and Wheat Seedlings · 2022

• positive
  Under magnetized water irrigation the total root volume of wheat increased by 17.2%.
• positive
  Under magnetized water irrigation the maximum root length of wheat increased by 7.7–8.6%.
• positive
  Under magnetized water irrigation the aboveground dry biomass of wheat significantly increased by 13.6%.
• positive
  Aerated water irrigation significantly increased aboveground biomass by 14.8–16.3%.
• positive
  Aerated water irrigation significantly increased leaf area by 21.1%.
• positive
  Aerated water irrigation significantly increased plant height by 5.1–9.6%.
• negative
  Aerated water and magnetized aerated water irrigation inhibited the growth of wheat seedlings and roots.

cited by 1 paper here

Crop Phenology, Growth Indices and Yield of Wheat as Influenced by Different Establishment and Moisture Conservation Practices under Limited Irrigated Conditions · 2022

• positive
  Crop growth rate and relative growth rate were higher with two irrigations.

Effect of Irrigation and Nitrogen Topdressing at Different Leaf Ages on the Length and Growth of Wheat Leaves, Leaf Sheaths, and Internodes · 2022

• positive
  Irrigation and nitrogen at n + 2 and n + 3 produced the most effective internode growth.

cites 1 paper here

The Effect of Different Amounts of Irrigation and Planting Methods on Water Use Efficiency, Grain Yield and Some Physiological and Biochemical Traits of Wheat (Triticum aestivum L.) · 2022

• positive
  At 100% net irrigation, dry mass reached its maximum of 15282 kg ha-1.

cites 1 paper here

Effects of water and nitrogen coupling on photosynthetic characteristics and yield of winter wheat in film hole irrigation fields · 2022

• positive
  Winter wheat height first rose and then fell with increasing moisture; medium water produced significantly taller plants.

  compared with the other ones

Effects of irrigation levels and nitrogen fertilizer rate on grain yield of wheat (Triticum aestivum) at Amibara, Middle Awash, Ethiopia · 2022

• positive
  Wheat above ground biomass increased with nitrogen rate and full irrigation.

EFFECT OF NANO SILICA ON BREAD WHEAT UNDER WATER STRESS · 2022

• positive
  Normal irrigation produced the highest values for all measured bread wheat growth traits, with high significance.

Effect of irrigation regime, Pusa hydrogel and vermicompost on growth, productivity and soil-nutrient status in late-sown wheat (Triticum aestivum) · 2022

• positive
  Five irrigations significantly increased wheat plant height versus three and one irrigations, with values of 106.6 and 103.8 cm in successive years.

  compared with 3 and 1

• positive
  Five irrigations significantly raised leaf area index versus three and one, to 3.15 and 3.23 in successive years.

  compared with 3 and 1

Magnetic Treatment of Irrigation Water and Seeds and Its Effect on the Productivity and Quality of Wheat (Triticum aestivium L.) Grown in Saline Soil · 2023

• positive
  Compost at 238 kg N ha−1 with magnetized seed and water produced a maximum plant height of 82.0 cm, 224% over untreated plants.

  compared with untreated treatment

WINTER WHEAT YIELD UNDER VARIOUS IRRIGATION TECHNOLOGIES AND MINERAL NUTRITION UNDER CHANGING CLIMATE IN CENTRAL IRRIGATED ZONE OF ROSTOV REGION · 2023

• positive
  Precision irrigation with mineral fertilizer increased winter wheat leaf area duration the most.

Studies on Irrigation Scheduling, Moisture Conservation Practices and Nutrient Management on Performance of Wheat (Triticum Aestivum L.) · 2023

• positive
  Four irrigations gave the highest crop growth rate at 30–60 and 60–90 days after sowing.

Enhanced plant growth in the presence of earthworms correlates with changes in soil microbiota but not nutrient availability · 2023

• positive
  Regular watering increased plant biomass compared to droughted conditions.

  compared with droughted conditions

Effects of differential irrigation and nitrogen reduction replacement on winter wheat yield and water productivity and nitrogen-use efficiency · 2023

• positive
  Irrigation and nitrogen replacement increased wheat leaf area index by 26.5–47.0% compared with no nitrogen.

  compared with no-nitrogen treatment

cited by 2 papers here

Impact of Different Irrigation Techniques on Wheat Crop Micro-climate · 2023

• positive
  Drip irrigation gave the most stable canopy temperature and humidity dynamics compared with conventional practice.

  compared with conventional practice

Effect of Rice Stubble and Irrigation Scheduling on Growth and Yield of Wheat Crop · 2023

• positive
  I5 maximized wheat crop growth rate.

  compared with I1, I2, and I3

Effects of supplemental irrigation on grain yield and water and nitrogen efficiencies of winter wheat in the North China Plain · 2023

• positive
  S3 and S4 maintained higher soil and plant analyzer development value after anthesis than CK.

  compared with CK

Realization of productive potential in winter wheat under drought · 2023

• positive
  Restored irrigation stimulated shoot and grain growth.

Effects of ridge–furrow supplementary irrigation on water use efficiency and grain yield of winter wheat in Loess Plateau of China · 2023

• positive
  RFI significantly promoted leaf area index and dry matter and prolonged growth period.

Canopy Structure, Light Intensity, Temperature and Photosynthetic Performance of Winter Wheat under Different Irrigation Conditions · 2023

• positive
  Increasing irrigation times improved leaf area index, non-leaf area index and light interception of the canopy.

Influence of Pre-Sowing Irrigation on Seed Generation in Winter Wheat · 2023

• positive
  Presowing irrigation raised average wheat seed germination to 83.4%, 20 seeds more per square meter than the control variants at 76.7%.

  compared with control variants

• positive
  Pre-plant irrigation and seeding on moist soil produced a larger and deeper wheat root system than seeding on dry soil with watering after seeding.

  compared with seeding on dry soil and watering after seeding

• positive
  The combination of preplant irrigation and phosphorus application is suggested to have a beneficial effect on wheat germination and seed retention.
• positive
  Pre-plant irrigation and seeding on moist soil produced stronger wheat seedlings than seeding on dry soil with watering after seeding.

  compared with seeding on dry soil and watering after seeding

Effect of irrigation schedule and herbicides application on growth and productivity of wheat (Triticum aestivum) in semi-arid environment · 2023

• positive
  Five scheduled irrigations gave the maximum plant height in wheat (79.9 cm) relative to the shorter irrigation schedules.

  compared with irrigation at CRI and active tillering stage and irrigation at CRI + jointing + booting

• positive
  Five scheduled irrigations gave the maximum leaf area index in wheat (2.60) relative to the shorter irrigation schedules.

  compared with irrigation at CRI and active tillering stage and irrigation at CRI + jointing + booting

• positive
  Five scheduled irrigations gave the maximum crop growth rate in wheat (4.09 g/m2 /day) relative to the shorter irrigation schedules.

  compared with irrigation at CRI and active tillering stage and irrigation at CRI + jointing + booting

• positive
  Five scheduled irrigations gave the maximum number of leaves in wheat (230/running m) relative to the shorter irrigation schedules.

  compared with irrigation at CRI and active tillering stage and irrigation at CRI + jointing + booting

• positive
  Five scheduled irrigations gave the maximum relative growth rate in wheat (2.66 g/g/day) relative to the shorter irrigation schedules.

  compared with irrigation at CRI and active tillering stage and irrigation at CRI + jointing + booting

• positive
  Five scheduled irrigations gave the maximum net assimilation rate in wheat (0.59 g/cm2/day) relative to the shorter irrigation schedules.

  compared with irrigation at CRI and active tillering stage and irrigation at CRI + jointing + booting

Effects of spring limited irrigation on grain yield and root characteristics of winter wheat in groundwater-overexploitation areas in the North China Plain · 2024

• positive
  Irrigation increased root weight density, root surface area density and root length density at the booting stage.
• positive
  Later irrigation time resulted in higher root length, surface area and weight densities at the milk-ripening stage.

cited by 1 paper here

Nitrate in irrigation water and its impact on growth of wheat and lettuce. · 2024

• positive
  Wheat growth parameters increased as nitrate levels in irrigation water rose to 50 mg L-1.

Optimization of irrigation period improves wheat yield by regulating source-sink relationship under water deficit · 2024

• positive
  Delayed irrigation at fourth-leaf visibility increased mean net assimilation rate and harvest index.
• negative
  Postponed irrigation adversely affected mean leaf area index, total leaf area duration, and biomass at maturity.

Response of Triticum Vulgare Growth and Nitrogen Allocation to Irrigation Methods and Regimes under Subsoiling Tillage · 2024

• positive
  Drip irrigation boosted biomass transfer amount and rate in winter wheat compared with surface and micro-sprinkler methods.

  compared with surface and micro-sprinkler methods

Multi-objective optimization of farmland water level and nitrogen fertilization management for winter wheat cultivation under waterlogging conditions based on TOPSIS-Entropy · 2024

• positive
  Lowering farmland water level from −40 to −60 cm and increasing nitrogen from 150 to 225 kg per hectare significantly increased plant height, dry matter and leaf area index.

  compared with −40 cm

Response of late-sown wheat (Triticum aestivum) to limited irrigation, seed rate and depth of sowing · 2024

• positive
  Irrigation at CRI stage + 0.4 IW : CPE ratio gave the highest plant height (86.3 cm).

Precrop-treated soil influences wheat (Triticum aestivum L.) root system architecture and its response to drought · 2024

• positive
  Julius had an 8.8-13.1% deeper root system than Brons under reduced water treatment

  compared with Brons

• negative
  Reduced water treatment reduced root depth by 44% after OSR precrop
• negative
  Reduced water treatment reduced root depth by 36% after wheat precrop

Influence of irrigation levels and stress regulators on growth and productivity of wheat genotypes · 2024

• positive
  Three irrigations at CRI, flowering and milking produced higher wheat growth.

Effect of Tillage, Residue, Irrigation and Nitrogen on Growth, Yield and Nitrogen Use Efficiency of Wheat in an Inceptisol · 2024

• positive
  Residue mulching, full irrigation and 150% RDN improved crop growth and leaf physiological traits.

Irrigation and Nitrogen Management Determine Dry Matter Accumulation and Yield of Winter Wheat Under Dryland Conditions · 2024

• positive
  DMT efficiency also increased with increased irrigation and N application.
• positive
  In the structural equation model, irrigation had significant positive effects on DMT, post-anthesis dry matter and grain yield.
• negative
  Irrigation had significant negative effects on DMT efficiency.

cites 2 papers here

Performance of Phytohormones under Distinct Levels of Drip Irrigation on Growth and Productivity of Wheat (Triticum aestivum L.) · 2024

• positive
  1.0 ETc irrigation increased wheat plant height relative to 0.6 ETc.

  compared with drip irrigation level at 0.6 ETc

Growth and yield response of wheat genotypes to rain-fed and irrigated conditions · 2024

• positive
  Irrigation significantly improved CGR relative to rain-fed conditions.

  compared with rain-fed conditions

• positive
  Irrigation significantly improved dry weight relative to rain-fed conditions.

  compared with rain-fed conditions

• positive
  Irrigation significantly improved plant height relative to rain-fed conditions.

  compared with rain-fed conditions

• positive
  Irrigation significantly improved RGR relative to rain-fed conditions.

  compared with rain-fed conditions

Design and test of a double compression seeder for pre-sowing and seed furrow of wheat in wide-seedling belts · 2024

• positive
  Compression promoted wheat root growth.

Effect of irrigation scheduling under different crop establishment methods on growth and water productivity of wheat · 2024

• positive
  Irrigation at 6 cm and 1.2 IW/CPE gave significantly superior plant growth characters over 4 cm and 0.8 IW/CPE.

  compared with 4 cm irrigation at 0.8 IW/CPE ratio

• positive
  Irrigation at 5 cm and 1.0 IW/CPE gave significantly superior plant growth characters over 4 cm and 0.8 IW/CPE.

  compared with 4 cm irrigation at 0.8 IW/CPE ratio

• no effect
  Irrigation at 5 cm and 1.0 IW/CPE gave no significant difference in leaf area index from 6 cm at 1.2 IW/CPE.

  compared with 6 cm irrigation at 1.2 IW/CPENo difference from an alternative treatment

Impact of Stage-Specific Irrigation on the Growth and Yield of Wheat · 2024

• positive
  Irrigated treatments significantly improved wheat growth parameters over no irrigation.

  compared with control (T0)

Effects of seeding methods and nutrient management practices on growth and yield of organic wheat (Triticum aestivum) · 2024

• positive
  The nutrient practice 75% RDN through FYM basal + 25% RDN at first irrigation + jeevamrit + panchagavya gave the highest plant height (43.43 and 44.51 cm).

Soil moisture influences wheat yield by affecting root growth and the composition of microbial communities under drip fertigation · 2024

• positive
  Subsurface drip irrigation increased root length of winter wheat by 121.1 percent compared with flood irrigation.

  compared with FP

cites 1 paper here

Effect of source and time of nitrogen application on growth parameters, phenology and yield of Zero-tillage wheat (Triticum aestivum L.) · 2024

• positive
  Three split N applications gave higher wheat growth parameters than two split applications in Hisar.

  compared with 1/2 as basal application + 1/2 after 1st irrigation

Wheat Yield, Biomass, and Radiation Interception and Utilization Under Conservation Tillage: Greater Response to Drip Fertigation Compared to Intensive Tillage · 2024

• positive
  Post-anthesis biomass was promoted by 36.7–47.3%.

Optimization of Irrigation Scheduling and Foliar Spray of Silicon on Growth, Yield and Water Use Efficiency of Wheat · 2024

• positive
  Irrigation at 0.8 IW/CPE with 1.0% foliar silicon significantly enhanced wheat growth.

cites 2 papers here

Effect of sowing methods and nutrient management practices on growth and phenological parameters of organic wheat · 2024

• positive
  The specified FYM, jeevamrit and panchagavya practice yielded 8.37 % leaf dry matter partitioning.

Drip Fertigation with Moderate Nitrogen Topdressing Rate Achieves High Nitrogen and Water Use Efficiencies for Irrigated Wheat · 2025

• positive
  DF combined with T80 achieved high root length density, surface density and dry weight density.

Optimal water, nitrogen, and density management increased wheat yield by improving population uniformity · 2025

• positive
  Increasing nitrogen and irrigation improved single-stem biomass and grain dry weight.
• positive
  Increasing density, nitrogen and irrigation improved upper and middle canopy LAI and light interception.
• negative
  Increasing density, nitrogen and irrigation decreased lower canopy LAI and light interception.

Impact of drip fertigation on growth and yield of wheat in a conservation agriculture-based rice (Oryza sativa)-wheat (Triticum aestivum) system in eastern Indo-Gangetic plains of India · 2025

• positive
  At 90 DAS, SDF increased zero-till wheat dry matter and LAI relative to flood irrigation.

  compared with ZTW with flood irrigation

• positive
  At 90 DAS, sub-surface drip fertigation (SSDF) produced the highest wheat height.
• positive
  At 90 DAS, surface drip fertigation (SDF) produced the highest wheat height.
• positive
  At 90 DAS, SSDF increased zero-till wheat dry matter and LAI relative to flood irrigation.

  compared with ZTW with flood irrigation

Biomass Partitioning and Yield Performance of Wheat Genotypes as Influenced by Different Irrigation Levels · 2025

• positive
  Normal irrigation gave significantly higher dry weight of all plant parts in wheat than one or two irrigations.

  compared with one and two irrigations

Irrigation and nitrogen fertilizer increase wheat productivity by improving root-shoot population coordination · 2025

• positive
  Irrigation increased LAI and vegetation indices.

cites 2 papers herecited by 1 paper here

Spatial patterns and key driving factors of wheat harvest index under irrigation and rainfed conditions in arid regions · 2025

• positive
  Irrigated wheat had higher aboveground biomass than rainfed wheat.

  compared with rainfed wheat

cites 1 paper here

Effects of Water Deficit Stress and Mycorrhiza, Azotobacter chroococcum, and Azospirillum lipoferum Biofertilizers on Yield and Morphological Traits of Wheat (Triticum aestivum L.) Cultivars · 2025

• positive
  Chamran under full irrigation and biofertilizer application had the highest root length, volume and fresh weight.

Effect of Dew Irrigation on Biomass Production in Wheat and Chickpea · 2025

• positive
  Dew irrigation produced 91% germination in wheat versus no germination without irrigation.

  compared with non‐irrigated control group

• no effect
  Wheat early growth parameters did not differ significantly between conventional and dew irrigation.

  compared with conventional irrigationNo difference from an alternative treatment

Effects of micro-sprinkler irrigation and topsoil compaction on winter wheat grain yield and water use efficiency in the Huaibei Plain, China · 2025

• positive
  Micro sprinkler irrigation enhanced root activity during grain filling.

  compared with CI and RF

• positive
  Micro sprinkler irrigation boosted root growth.

  compared with CI and RF

cited by 1 paper here

Comparison of the Performance of Commercially Introduced Wheat Varieties with Approved Ones in Terms of Water Requirement in Production Characteristics · 2025

• positive
  Flood irrigation produced the highest wheat plant height.

  compared with other treatments

Optimizing Irrigation Strategies for Wheat in Sindh: Balancing Yield, Water Use Efficiency, and Water Footprint · 2025

• positive
  CFI biomass was 5.0-12.3% higher than AFI and FFI.

  compared with AFI and FFI

Effect of Sowing Time Variations and Irrigation Water Levels on Growth, Yield of Wheat, and Water Footprints · 2025

• positive
  Regular planting with sufficient irrigation gave maximum height of the plant.

Microalgae‐Based Soil Amendment Promotes Wheat Growth, Yield, and Physiological Responses Under Regulated Deficit Irrigation · 2026

• positive
  SDI 90% promoted greater wheat morphological growth and biomass than MDI 60%.

  compared with MDI 60%

cites 1 paper here

Wheat water productivity under saline irrigation in Northern China: a meta-analysis of effects and management practices · 2026

• positive
  Alternate saline and freshwater irrigation increased plant height by 12.1%.

Foliar application of Kappaphycus alvarezii extract improves drought tolerance in wheat (Triticum aestivum) by modulating physiologicaland biochemical responses · 2026

• positive
  Irrigation with 10% KE produced the highest shoot biomass, 1.858 g DW/plant.

  compared with drought-stressed plants without KE

Micro-sprinkler irrigation based on soil moisture improves wheat grain yield and water-nitrogen utilization by coordinating root and shoot development in the Huaibei Plain of China · 2026

• positive
  MSI promoted root length density at anthesis.
• positive
  MSI elevated leaf area index and maintained higher chlorophyll after anthesis.

cites 4 papers here