salinity · Nutrient: content · Gossypium hirsutum (cotton)

Cell Wall Properties of Cotton Roots as Influenced by Calcium and Salinity¹ · 1973

• negative
  Salinity reduced calcium uptake and concentration in cotton roots.

cited by 1 paper here

Uptake of Nitrogen‐15 by Cotton under Salt Stress · 1985

• negative
  High salinity substantially reduced nitrogen-15 absorption rate.
• no effect
  Low and medium salinity had no significant effect on nitrogen-15 absorption rate.

Influx of Na⁺, K⁺, and Ca²⁺ into Roots of Salt-Stressed Cotton Seedlings · 1987

• negative
  Sodium influx into cotton roots increased with increasing salinity.

cited by 1 paper here

Effects of Salinity on Stomatal Conductance, Photosynthetic Capacity, and Carbon Isotope Discrimination of Salt-Tolerant (Gossypium hirsutum L.) and Salt-Sensitive (Phaseolus vulgaris L.) C₃ Non-Halophytes · 1991

• negative
  Salinity lowered saturated CO2 uptake and oxygen evolution in cotton.

Phosphorus translocation in salt‐stressed cotton · 1991

• negative
  Salinity inhibited 32P translocation from root to shoot in cotton.

cites 1 paper herecited by 1 paper here

Cotton Response to Salinity and Different Potassium‐Sodium Ratio in Irrigation Water · 1993

• negative
  Increasing irrigation salinity increased sodium content in cotton leaves.
• no effect
  Increasing irrigation salinity did not increase potassium or calcium content in cotton leaves.

cited by 1 paper here

Micronutrient Uptake at Different Growth Stages of Cotton Genotypes in Relation to Soil Salinity · 1995

• negative
  Salinity caused the largest decrease in manganese uptake among the four micronutrients, larger than Zn, Fe and Cu.

  compared with Zn, Fe and Cu

• negative
  Increasing soil salinity significantly reduced Cu uptake in cotton.

  compared with S0: control

• negative
  Increasing soil salinity significantly reduced Fe, Mn and Zn uptake in cotton.

  compared with S0: control

Effect of Different Soil Salinity Levels and Application Rates of Nitrogen on the Growth of Cotton under Drip Irrigation · 2007

• negative
  Cotton N uptake decreased with increasing salinity from 0.37 to 2.19 dS m-1; N uptake was significantly affected by salinity, N and the N-salinity interaction.

Study on Ion Distribution in Cotton under Salinity Condition · 2007

• negative
  Salinity significantly inhibited Ca2+ absorption.

Cotton Growth and Nitrogen Uptake in Response to Rates of Water and Nitrogen Under Drip Irrigation with Saline Water · 2010

• negative
  Total nitrogen content of cotton decreased as water salinity increased.

Effects of Salt Stress on Soil Microbial Biomass and Soil Nutrients in Cotton Field · 2011

• negative
  Soil organic matter and nitrogen and available phosphorus, nitrogen and potassium declined with salinity.

Impact of waterlogging on the nutrition of cotton (Gossypium hirsutum L.) produced in sodic soils · 2013

• negative
  Sodicity exacerbated the effects of waterlogging on cotton root function and nutrition in the soil experiment.
• no effect
  Sodicity did not exacerbate the effects of waterlogging on cotton root function and nutrition in the nutrient solution experiment.

Effects of water salinity and nitrogen rate on yield, WUE and NUE of cotton under drip irrigation with saline water conditions · 2013

• negative
  High-salinity irrigation significantly decreased cotton N uptake.

Antagonistic effect of Mn and NaCl in irrigation water on cotton growth and yield · 2014

• negative
  Salinity inhibited Mn accumulation in cotton leaves.
• negative
  Salinity promoted Na accumulation in cotton leaves.

K-priming positively modulates growth and nutrient status of salt-stressed cotton (Gossypium hirsutum) seedlings · 2015

• negative
  Salinity significantly affected cotton seedling nutrient status.

RESPONSE OF UPLAND COTTON GENOTYPES TO SALINITY AT EARLY GROWTH STAGES · 2018

• negative
  Potassium absorption declined as salinity rose in shoots and roots.

  compared with control

Ionomic and transcriptomic analyses of two cotton cultivars (Gossypium hirsutum L.) provide insights into the ion balance mechanism of cotton under salt stress · 2019

• negative
  NaCl stress significantly decreased Mo concentration in cotton roots.
• negative
  NaCl stress significantly increased Na concentration in cotton roots, stems and leaves.
• negative
  NaCl stress significantly decreased Mg and S concentrations in cotton leaves.
• negative
  NaCl stress significantly decreased K, Cu and B concentrations in cotton roots.

cites 3 papers herecited by 2 papers here

Growth and physiological responses of cotton plants to salt stress · 2021

• negative
  Salt significantly reduced leaf potassium and potassium-to-sodium ratio.

  compared with control

Effects of water quality and nitrogen applied on soil salinity and cotton growth under drip irrigation in arid region · 2021

• negative
  Higher irrigation water salinity lowered cotton nitrogen uptake.

Ion homeostasis and Na+ transport-related gene expression in two cotton (Gossypium hirsutum L.) varieties under saline, alkaline and saline-alkaline stresses · 2021

• negative
  Saline stress significantly inhibited P absorption and P, K and Mg transport in the salt-sensitive cotton variety.
• negative
  Saline-alkaline stress significantly inhibited P, K, Ca, Mg and Zn uptake and transport in the salt-sensitive cotton variety.

cites 2 papers here

The Effects of Soil Salt Stress on the Nitrogen Uptake, Yield Response and Nitrogen Use Efficiency of Cotton in Arid Areas · 2024

• negative
  Soil salt stress limited cotton nitrogen uptake.

Chito-oligosaccharide composites enhanced the adaptability of cotton seedlings to salinized soil by modulating photosynthetic efficiency and metabolite · 2025

• negative
  Salt stress reduced leaf K+ and Ca2+ contents in cotton compared with the control.

  compared with control