irrigation · Yield · Linum usitatissimum (flax)

Influence of Row Spacing, Irrigation, and Weeds on Dryland Flax Yield, Quality, and Water Use¹ · 1970

• positive
  Fruiting-stage irrigation increased flaxseed yield only when weeds were controlled.

Barley, Lentil, and Flax Yield under Different Intercropping Systems · 1990

• positive
  One irrigation increased yield by 12 to 21% over zero irrigation.

  compared with zero irrigation

Effect of pre-sowing irrigation and soil mulch on yield attributes, yield and wateruse of chickpea (Cicer arietinum), linseed (Linum usitatissimum) and Indian mustard (Brassica juncea) · 1999

• positive
  Linseed grain yield increased 69% with 10 cm irrigation.
• positive
  Linseed grain yield increased 61% with 5 cm irrigation.
• positive
  Yield attributes, grain and equivalent yield, and water use rose with irrigation depth.

  compared with depth of irrigation

Agronomic studies of flax ( Linum usitatissimum L.) in south-eastern Australia · 2000

• positive
  Irrigation between early November and January gave clear yield benefits.

cited by 1 paper here

Experimental Study on Mulched Hole-planting and Water-saving Supplied Irrigation on Dryland Flax · 2000

• positive
  Supplemental irrigation of 300~450 m 3/hm 2 increased yield by 30%~44%.
• positive
  The supplemental irrigation yield was 8%~14.9% greater than the contrast.

  compared with the contrast

RESPONSE OF FLAX TO IRRIGATION FREQUENCE AND SOME MICRO-NUTERIENTS APPLICATION IN CALCAREOUS SOILS I· YIELD, YIELD COMPONENTS AND QUALITY OF LAX · 2002

• positive
  Seed yield per Fadden increased by 159.4 Kg with 7 irrigations compared with 3.

  compared with 3 times

• positive
  Plants irrigated 7 times out-yielded those irrigated 3 times in straw yield per plant by 33.05%.

  compared with irrigated 3 times

• positive
  Seed yield per plant increased by 0.27 g with 7 irrigations compared with 3.

  compared with 3 times

• positive
  Plants irrigated 7 times out-yielded those irrigated 3 times in straw yield per Fadden by 26.78%.

  compared with irrigated 3 times

The influence of plant population, nitrogen and irrigation on yield and yield components of linseed. · 2005

• positive
  Total dry matter production increased with irrigation from 509 g/m to 763 g/m.
• positive
  Seed yield components other than thousand seed weight increased with irrigation.

cites 1 paper herecited by 2 papers here

Interaction Between Various Irrigation and Nitrogen Levels Affect on Linseed (Linum utitatissimumL.) Fatty Acids, Yield and Growth Factors · 2011

• positive
  High nitrogen and irrigation significantly increased fruit Numbers in linseed.
• positive
  High nitrogen and irrigation significantly increased yield per hectare in linseed.

Effects of Planting Date and Water Deficit on Quantitative and Qualitative Traits of Flax Seed · 2012

• positive
  The first sowing date with full irrigation gave the highest capsule numbers per plant (65.9); later sowing and limited irrigation reduced it.

  compared with later sowing dates and limited irrigation stress

• positive
  The first sowing date with full irrigation gave the highest seed numbers per capsule (5.78); later sowing and limited irrigation reduced it.

  compared with later sowing dates and limited irrigation stress

• positive
  The first sowing date with full irrigation gave the highest biological yield (5935 kg/ha); later sowing and limited irrigation reduced it.

  compared with later sowing dates and limited irrigation stress

• positive
  The first sowing date with full irrigation gave the highest seed yield (1763 kg/ha); later sowing and limited irrigation reduced it.

  compared with later sowing dates and limited irrigation stress

• positive
  The first sowing date with full irrigation gave the highest harvest index (29.9); later sowing and limited irrigation reduced it.

  compared with later sowing dates and limited irrigation stress

cited by 1 paper here

Impact of biofertilizer and irrigation in enhancing productivity potential of linseed (Linum usitatissimum L.) under utera condition · 2015

• positive
  One irrigation increased yield by a greater percentage than no irrigation.

  compared with no irrigation

• positive
  Two irrigations with nitrogen and inoculants yielded 844 kg/ha in 2013-14.
• positive
  Two irrigations with nitrogen and inoculants yielded 1074 kg/ha in 2012-13.
• positive
  Two irrigations produced the highest linseed yield.
• positive
  Two irrigations with nitrogen and inoculants gave the highest net return and benefit cost ratio.

  compared with one irrigation with 100% RDN + PSB and Azotobacter

Productivity and water use of flax at different moisturing of drained soil · 2016

• positive
  Three to four irrigations increased straw flax yield by 22.7 to 40.4%.
• positive
  Under KMN + NPK, irrigation increased seed yield by 53.2%.
• positive
  Under residual KMN, irrigation increased seed yield by 26.7%.
• positive
  Under KMN + NPK, irrigation increased straw yield by 40.4%.
• positive
  Under residual KMN, irrigation increased straw flax yield by almost 30%.

Effect of Irrigation and Nitrogen on Growth and Yield of linseed (Linum usitatissimum L.) · 2017

• positive
  I3 irrigation produced higher seed and straw yields.
• positive
  I3 irrigation produced higher growth characters and yield attributes.
• positive
  N at 90 kg N ha-1 with irrigation at 0.8 IW:CPE produced maximum seed yield of 465 kg ha-1.

Quality of linseed (Linum usitatissimum L.) influenced by irrigation and level of nitrogen · 2017

• positive
  Irrigation at 0.8 IW: CPE yielded higher available soil nitrogen after harvest.

Effect of irrigation scheduling and nitrogen levels on growth, yield and water productivity of linseed (Linum usitatissimum L.) under Vertisols · 2017

• positive
  Two irrigations produced the highest seed yield of 1683 kg ha-1.

cites 2 papers here

Effect of establishment methods and varieties on yield and economics of linseed in vertisols · 2018

• positive
  Dry seeding with planking followed by irrigation produced higher net income of `37938/ha.
• positive
  Dry seeding with planking followed by irrigation enhanced growth and yield attributes.
• positive
  Dry seeding with planking followed by irrigation produced significantly higher seed yield of 1298 kg/ha.

Effects of Plant Growth Promoting Bacteria and Irrigation Levels on Physiological Traits and Yield of Flax (Linum usitatissimum L.) · 2019

• positive
  Bacillus sp. strain1 at full irrigation raised seed yield by 62% over control.

  compared with control

• positive
  Full irrigation gave the most seeds per capsule.

  compared with the other levels

Yield ability and quality of seeds of flax varieties in the Southern steppe of Ukraine depending on different growing conditions · 2020

• positive
  Irrigation increased Vira seed yield by 0.82 t/ha with N90P60.
• positive
  Irrigation increased Evrika seed yield by 1.03 t/ha with N90P60.
• positive
  Irrigation increased Orfei seed yield by 0.79 t/ha with N90P60.

Yield and economics of linseed as influenced by different land configuration and irrigation levels · 2020

• positive
  Broad bed furrows gave the highest yield component values, at par with ridges and furrows.

  compared with sowing on ridges and furrow

• positive
  Broad bed furrows gave the highest straw yield, at par with ridges and furrows.

  compared with sowing on ridges and furrow

• positive
  Broad bed furrows gave the highest seed yield, at par with ridges and furrows.

  compared with sowing on ridges and furrow

• positive
  Three irrigations gave significantly higher yield attributes than one irrigation and were at par with two irrigations.

  compared with one irrigation at flowering

• positive
  Broad bed furrow sowing produced a higher benefit to cost ratio of 4.37 than other treatments.

  compared with other treatments

• positive
  Three irrigations gave maximum gross monetary return.
• positive
  Three irrigations gave significantly higher seed yield than one irrigation and were at par with two irrigations.

  compared with one irrigation at flowering

• positive
  Three irrigations gave maximum net monetary returns.
• positive
  Three irrigations gave significantly higher straw yield than one irrigation and were at par with two irrigations.

  compared with one irrigation at flowering

cites 1 paper here

Response of growth and yield linseed (Linum usitatissimum L.) as influenced in cropping system, irrigation and phosphorous · 2023

• positive
  Net return was maximum (Rs. 21,632 and Rs. 22,128) under chickpea:linseed in 4:2 row ratio with two irrigations and 60 kg P2O5/ha.
• positive
  The maximum B:C ratio (1.87 and 1.91) was obtained from chickpea:linseed in 4:2 with one irrigation at flowering and 60 kg P2O5/ha.

Combination of Organic and Inorganic Fertilizers to Counteract Climate Change Effects on Cultivation of Oilseed Flax (Linum usitatissimum L.) Using the APSIM Model in Arid and Semiarid Environments · 2023

• positive
  Full irrigation at 180 mm increased flax yield by 3.37% versus 120 mm irrigation.

  compared with irrigation of 120 mm

Effect of Irrigation Scheduling on Growth, Yield and Irrigation Water use Efficiency of Linseed (Linum usitatissimum L.) · 2024

• positive
  The three-irrigation schedule gave significantly higher straw yield (2344 kg ha-1), on par with two irrigations.

  compared with pre-sowing irrigation fb two irrigations at vegetative stage (30-35 DAS) and flowering stage (40-45 DAS)

• positive
  The three-irrigation schedule gave significantly higher total dry matter production (16.41 g plant-1), on par with two irrigations.

  compared with pre-sowing irrigation fb two irrigations at vegetative stage (30-35 DAS) and flowering stage (40-45 DAS)

• positive
  The three-irrigation schedule gave significantly higher number of branches plant-1 (6.18), on par with two irrigations.

  compared with pre-sowing irrigation fb two irrigations at vegetative stage (30-35 DAS) and flowering stage (40-45 DAS)

• positive
  The three-irrigation schedule gave significantly higher number of seeds (8.18 capsule-1), on par with two irrigations.

  compared with pre-sowing irrigation fb two irrigations at vegetative stage (30-35 DAS) and flowering stage (40-45 DAS)

• positive
  The three-irrigation schedule gave significantly higher number of capsules plant-1 (44.27), on par with two irrigations.

  compared with pre-sowing irrigation fb two irrigations at vegetative stage (30-35 DAS) and flowering stage (40-45 DAS)

• positive
  The three-irrigation schedule gave significantly higher seed yield (1106 kg ha-1), on par with two irrigations.

  compared with pre-sowing irrigation fb two irrigations at vegetative stage (30-35 DAS) and flowering stage (40-45 DAS)

• positive
  The three-irrigation schedule gave significantly higher seed weight (2.98 g palnt-1), on par with two irrigations.

  compared with pre-sowing irrigation fb two irrigations at vegetative stage (30-35 DAS) and flowering stage (40-45 DAS)

Optimizing linseed yield potential through morpho-phenological trait alignment using KNO₃, humic acid, and sulphur under irrigation scheduling · 2025

• positive
  Potassium nitrate and humic acid with two irrigations at critical stages gave a statistically significant dry matter accumulation of 6.3 and 6.7 g per plant.
• positive
  Potassium nitrate and humic acid with two irrigations at critical stages gave a statistically significant grain yield of 12.5 and 13.3 q/ha, and grain yield improved.

Effect of fertility levels on growth and quality parameters of linseed (Linum usitatissium L.) under different irrigation levels · 2025

• positive
  Three irrigations gave significantly higher growth parameters than lower irrigation levels.

  compared with two irrigations

The effect of different irrigation and salicylic acid applications on yield and quality of linseed (Linum usitatissimum L.) · 2026

• positive
  Increasing irrigation improved capsule and seed counts, seed yield and thousand seed weight.

Optimizing irrigation and salicylic acid strategies to enhance drought resilience and water productivity in linseed · 2026

• positive
  Three irrigations increased linseed dry matter accumulation by 16% versus rainfed conditions.

  compared with IR₁: rainfed