ENবাং
Plant Stress Physiologist · CAAS PhD · BADC Bangladesh

Ripon Kumar Sikder, PhD

PhD at CAAS Beijing — the world’s largest agricultural research institution. 32+ peer-reviewed publications spanning five crops, three countries, one mission. From Dhaka to Beijing — now shaping Bangladesh’s national seed policy at BADC.

Profile

Ripon Kumar Sikder, PhD

Dhaka · Beijing · Bangladesh

BADC

Deputy Program Director — Seed and Horticulture Wing

CAAS

PhD Fellow — Institute of Cotton Research

SAU

MSc Student — Horticulture Department

About

From Bangladesh to Beijing — A Journey

Ripon Kumar Sikder, PhD is a plant stress physiologist whose scientific journey began at Sher-e-Bangla Agricultural University (SAU), Dhaka, and carried him to the frontiers of crop science in Beijing. His work focuses on how crops survive salinity, drought, and nutrient stress — and how those discoveries can be translated into real food security for millions.

His PhD at the Chinese Academy of Agricultural Sciences (CAAS) in Beijing — the world’s largest national agricultural research institution — centered on salinity stress physiology in cotton, identifying reliable salt-tolerance markers and the role of nitrogen and mineral nutrition in alleviating abiotic stress. Today, as Deputy Program Director at BADC, he helps shape Bangladesh’s national seed policy.

Research Interest

What I Study, And Why It Matters

Three primary research streams — all connected by one question: how do crops survive the worst conditions Earth throws at them?

JOURNAL OF COTTON RESEARCH · 2020

Salinity & Plant Tolerance

Screening and identifying salt-tolerant crop genotypes using advanced physiological markers.

PLANTS (MDPI) · 2021

Exogenous Mineral Supplementation

Using nitrogen and micronutrient applications to protect crops from abiotic stress damage.

PLANTS (MDPI) · 2021

Cotton Crop Physiology & Management

Investigating ROS metabolism, photosynthesis, and chemical defoliation in Gossypium hirsutum.

Also Researching: Rice Genetics & Crop Improvement · Horticulture & Vegetable Crops

Featured Publication

Selected Work

32+ peer-reviewed publications across cotton, rice, and horticulture.

2021 · Plants (MDPI)

Nitrogen Enhances Salt Tolerance by Modulating the Antioxidant Defense System and Osmoregulation Substance Content in Gossypium hirsutum

Sikder R.K. et al.

Salinity · Nutrition · Cotton · Antioxidant

2021 · Plants (MDPI)

Evaluation of Cotton Leaf Abscission Sensitivity Triggered by Thidiazuron through Membership Function Value

Jin D., Xu Y., Gui H., … Sikder R.K. … Song M.

Cotton · Defoliation · Physiology

2020 · Journal of Cotton Research

Screening and Evaluation of Reliable Traits of Upland Cotton Genotypes for Salt Tolerance

Sikder R.K. et al.

Salinity · Cotton · Abiotic Stress

Impact

A Decade of Plant Stress Science

Peer-Reviewed Publications
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Years of Research
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Crops Studied
0
Salt-Tolerant Cotton Lines
0
PhD Co-Authors
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Countries of Work
0

Affiliations: BADC · CAAS · SAU · UPM

Work With Me

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1000৳

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2000৳

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