Scholar Publications
Assistant Professor
Imran Ahammad Siddique
Department of Soil Science
Bangladesh Agricultural University
Mymensingh-2202, Bangladesh
A soil scientist and PhD Fellow advancing climate-smart agriculture through research on carbon and nitrogen fluxes, greenhouse gas emissions, and soil organic carbon across annual and perennial cropping systems.
"Healthy soils are the quiet foundation of food security and a stable climate."
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Publications
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Scholar Citations
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Years Research
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Scholar Citations
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Research Domains
Collaboration Countries
Research Domain Analysis
Core contribution fields behind the research portfolio.
Greenhouse Gas Emissions
Measurement and modelling of N2O and methane fluxes from rice and field cropping systems using automated and manual chamber methods.
Soil Carbon & Nitrogen Cycling
Research on C and N fluxes, soil organic carbon stocks, and the fate of applied nitrogen across different cropping patterns.
Perennial & Annual Cropping Systems
Meta-analysis and field work on perennialization, carbon sequestration, and soil organic carbon stock change.
Soil Fertility & Nutrient Management
Studies on urea application methods, ammonium retention, and fertilizer management to improve yield and reduce losses.
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more focus areas
Climate-Smart Agriculture
Soil Microbiology
Key Research Contributions
Expandable evidence cards for the most commercially useful work.
Findings
- Integrates automated and manual chamber data for robust N2O flux estimates
- Compares annual and perennial cropping systems
- Improves accuracy of greenhouse gas accounting in the field
- Published in Agricultural and Forest Meteorology
Why Important
Strengthens the measurement foundation for farm-level emission inventories and mitigation research.
UI concept
Automated vs manual chamber flux comparison across cropping systems.
Career Timeline
A scroll story of evolving research focus.
2015
B.Sc. in Agriculture, BAU
2016
M.Sc. in Soil Science; Visiting Fellow, Okayama University, Japan
2017
Lecturer, Department of Soil Science, BAU
2019
Assistant Professor, BAU; Visiting Fellow, IRRI, Philippines
2020
PhD Fellow (C & N fluxes), Aarhus University
2023
Soil organic carbon perennialization meta-analysis
2025+
N2O measurement and climate-smart residue research
Research Philosophy
Practical science for developing economies.
Soil health is the foundation of food security.
Measure rigorously, mitigate practically.
Climate-smart agriculture for developing economies.
Publication Library
Searchable papers with year, topic, journal, and citation context.
2019Soil Fertility & Nutrient Management45 citations
Movement and Retention of NH4-N in Wetland Rice Soils as Affected by Urea Application Methods
Journal of Soil Science and Plant Nutrition 20, 589-597
I. A. Siddique, A. Al Mahmud, M. Hossain, et al.
2019Greenhouse Gas Emissions30 citations
Rice Genotypic Variation in Methane Emission Patterns in Irrigated Culture
Fundamental and Applied Agriculture 4 (1), 693-703
M. R. Islam, I. A. Siddique, M. H. Ali, M. R. Islam, A. A. Mahmud
2021Soil Microbiology25 citations
Soil Microbial Community Based on PLFA Profiles in an Age Sequence of Pomegranate Plantation in the Middle Yellow River Floodplain
Diversity 13 (9), 408
S. Wang, X. Yan, D. Wang, I. A. Siddique, J. Chen, Q. Xu, C. Zhao, L. Yang, Y. Miao, S. Han
2023Perennial & Annual Cropping Systems22 citations
Soil organic carbon stock change following perennialization: a meta-analysis
Agronomy for Sustainable Development 43 (5)
I. A. Siddique, D. Grados, J. Chen, P. E. Lærke, U. Jørgensen
2025Greenhouse Gas Emissions8 citations
Combining automated and manual chambers to provide reliable estimates of N2O emissions in annual and perennial cropping systems
Agricultural and Forest Meteorology
I. A. Siddique, D. Abalos, J. W. M. Pullens, K. S. Larsen, U. Jørgensen, P. E. Lærke
2025Climate-Smart Agriculture6 citations
Quantifying reasonable straw removal rate to achieve food security, bioenergy transition and climate mitigation in China
Resources, Conservation and Recycling 215
W. Shi, T. Tan, Y. Fang, X. Liu, Y. Chang, Z. Liu, I. A. Siddique, A. Ameen, X. Xu, Y. Yang
2026Soil Carbon & Nitrogen Cycling5 citations
Microbial and plant-derived carbon contributions to particulate and mineral-associated organic carbon in perennial and annual cropping systems
Geoderma
Y. Shang, Z. Liang, I. A. Siddique, M. Dippold, D. Abalos, J. E. Olesen
Industry Use Cases
How the research helps businesses, farms, retailers, and policy teams.
Farms
- Fertilizer optimization
- Yield improvement
- Emission reduction
Climate Policy
- GHG inventories
- Mitigation strategy
- Residue guidance
Research Institutes
- Soil carbon monitoring
- Flux measurement
- Field trials
Agribusiness
- Sustainable cropping
- Bioenergy planning
- Soil restoration
Innovation Impact
What applied meat science and food safety research unlocks.
Lower Farm Emissions
Evidence-based fertilizer and residue practices that cut N2O and methane from cropping systems.
Healthier Soils
Perennialization and carbon-focused management that build soil organic carbon over time.
Climate-Smart Cropping
Strategies that balance food security, bioenergy, and climate mitigation.
Data-Backed Policy
Reliable flux measurement and meta-analysis informing agricultural climate policy.
Collaborate with Imran Ahammad Siddique
For soil science research, greenhouse gas measurement, and climate-smart agriculture partnerships.
Contact
imran.siddique@bau.edu.bd
+8801832715138
Bangladesh Agricultural University