Innovative Research Award
Saeideh Maleki Farahani
Shahed University, Iran
Saeideh Maleki Farahani is a researcher affiliated with Shahed University, Iran, whose scholarly work is associated with seed science, crop production, plant breeding, seed quality, germination, and sustainable agricultural systems. Her publication record includes collaborative studies addressing seed performance and plant responses under environmental and agronomic conditions. [1]
Abstract
Saeideh Maleki Farahani’s academic profile is centered on seed science and crop production research at Shahed University. Her documented scholarly contributions include investigations of seed quality, germination, seed development, environmental effects, crop management, and sustainable production systems. Her collaborative publications demonstrate an applied research orientation connecting seed biology with agricultural productivity and resilience.[2]
Keywords
Seed Science; Seed Quality; Seed Germination; Seed Development; Crop Production; Plant Breeding; Seed Technology; Agricultural Sustainability; Crop Physiology; Lallemantia; Chickpea; Environmental Stress.
Introduction
Saeideh Maleki Farahani is associated with seed science and crop production research at Shahed University in Iran. Her scholarly work examines seed quality, germination, development, crop management, and environmental influences on agricultural performance. These themes connect fundamental seed biology with practical approaches to sustainable crop production and improved resource use.[3]
Research Profile
Her research profile encompasses seed physiology, seed quality, germination behavior, crop production, plant breeding, and responses to environmental conditions. Published collaborations investigate species including Lallemantia, chickpea, cotton, cumin, barley, and other agricultural crops. The reported Scopus profile contains 27 documents, 196 citations, and an h-index of 8. [1]
Research Contributions
Documented contributions include studies of seed germination responses, seed deterioration, maternal environmental effects, seed quality, intercropping, and agricultural treatments. Recent collaborative research has examined chickpea and Lallemantia intercropping and relationships between production conditions and seed characteristics. These studies contribute experimental evidence relevant to seed management, crop establishment, and sustainable agricultural practices.[3]
Publications
Her documented publications include collaborative articles addressing seed quality, seed development, environmental effects, and crop production. Examples include research on seed quality in chickpea–Lallemantia intercropping systems, physiological and biochemical responses of Lallemantia during seed development, and field treatments affecting barley seed sensitivity. These publications demonstrate continuing engagement with experimental seed and crop research. [2]
Research Impact
The documented research addresses agricultural questions involving seed quality, crop establishment, environmental stress, and resource-efficient production. Studies involving Lallemantia and chickpea intercropping provide evidence concerning seed performance and sustainable cropping systems, while earlier work examines germination and seed sanitation. The reported citation record indicates measurable scholarly dissemination of the research. [1]
Award Suitability
The documented record is relevant to an Innovative Research Award in the plant-science domain because it includes research on seed biology, crop production, environmental responses, and sustainable agricultural systems. Her publications demonstrate experimental and collaborative work addressing practical agricultural questions. The profile therefore provides research evidence for consideration within a seed-science-focused recognition framework. [3]
Conclusion
Saeideh Maleki Farahani’s documented scholarly work reflects sustained engagement with seed science, crop production, seed quality, and environmental influences on agricultural systems. Her collaborative publications span experimental seed research and sustainable cropping approaches. The reported bibliometric profile and documented publications provide a factual basis for academic recognition consideration in plant science.[2]
External Link
References
- Barley Grain Mineral Analysis as Affected by Different Fertilizing Systems and by Drought Stress
https://www.researchgate.net/publication/267369460_Barley_Grain_Mineral_Analysis_as_Affected_by_Different_Fertilizing_Systems_and_by_Drought_Stress
- Adapting Rice Production to Climate Change in Iran: Mitigating Yield Losses through Strategic Planting Date Adjustments
https://link.springer.com/article/10.1007/s42106-025-00397-5
- Strip Intercropping With Chickpea Supports Production of a Valuable Medicinal Oilseed
https://onlinelibrary.wiley.com/doi/full/10.1002/leg3.70051