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Growth Response of Sunflower to Potassium Sulphate Application in Saline-sodic Soil

Badar- uz-Zaman, Arshad Ali, Muhammad Arshadullah, Jalal- Ud-Din, Muhammad Suhaib, Munazza Yousra, Shoaib Ahmed

Asian Journal of Research in Agriculture and Forestry · pp. 1–7 · Published 9 Jun 2018

10.9734/AJRAF/2018/42238

Abstract

Aims: To evaluate the effect of SO42- and K+ application on growth of sunflower hybrids besides on growth parameters in a saline sodic soil. Study Design: Laid out the experiment in Complete Randomized Design in triplicates, applying potassium sulphate in saline- sodic soil for the growth of sunflower. Place and Duration of Study: The study was conducted in Soil Salinity and Bio-saline Research green house of Land Resources Research Institute at National Agricultural Research Centre, Islamabad, Pakistan during the period from January to March, 2018. Methodology: Applied potassium sulphate @ 50 mg kg-1 in saline- sodic soil (ECe = 6.5dS m-1, pH = 7.7, SAR = 17) for the growth of sunflower hybrids viz.  SMH-9706 and PARSUN-3. Results: Sunflower responded significantly (P = 0.01) for growth and chemical parameters. Fresh and dry mass of PARSUN-3 were higher 14 and 12 percent respectively than that of SMH-9706. Sulphur and potassium ions uptakes were higher 32 and 22 percent respectively in PARSUN-3 than SMH-9706. Sulphur and potassium decreased Na+/K+ ratio in both the hybrids. However, this decline was higher in PARSUN-3 than SMH-9706. Conclusion: This study identified the way to evaluate promising genotypes of sunflower for growth and production with sulphur and potassium nutrition under saline sodic soil. 

Sunflower hybrids saline-sodic soil bio-mass potassium sulphate Na /K ratio

Cited by 3

Vegetative Growth and Ion Relations in Soybean with Potassium Sulphate Application under Saline Environment

Badar-uz- Zaman, Zaryab Gul, Muhammad Suhaib, Muhammad Ishaq, Haris Khurshid · Asian Soil Research Journal · 2021

Showing 2 of 3 known citations — external sources report more than can currently be individually listed.

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