I am a current faculty member of the Department of Genetics and Plant Breeding at Sher-e-Bangla Agricultural University, Bangladesh. I am also an Honorary Research Fellow at The UWA Institute of Agriculture, The University of Western Australia (UWA), Australia. My research focuses on improving the abiotic stress tolerance of crops. My current research focuses on the wheat (Triticum aestivum L.) root system architecture (RSA) under abiotic stress, which encompasses physiology, cytology and genetics. Previously, I completed my doctoral degree from the UWA School of Agriculture and Environment and The UWA Institute of Agriculture at UWA. My PhD research focused on the phenotyping and molecular genetics of RSA in wheat (https://research-repository.uwa.edu.au/en/persons/tanushree-halder). I also investigated the effect of salinity and waterlogging stresses on chilli and common weeds in Bangladesh. Preceding my doctoral journey, I completed an MSc in Applied Biotechnology in 2017 at the University of Westminster, UK, focusing on the production of antibacterial polyhydroxyalkanoates (PHA) with medicinal plant extracts. I also completed an MS in Genetics and Plant Breeding from Sher-e-Bangla Agricultural University, Bangladesh, investigating phenotypic and genotypic variabilities in advanced lines of Brassica rapa developed from inter-varietal crosses. Besides, research, I am/was actively involved in teaching the following courses:
Courses:
Undergraduate courses:
• Cytology and Cytogenetics (GEPB 203; GEPB 204)
• Genetics (GEPB 306)
• Plant Breeding (GEPB 456)
• Plant Improvement Strategy (GEPB 375)
• Principles of Inheritance (GENE2250)
• Frontiers in Plant Biology (BIOL1130)
Postgraduate courses:
• Heterosis Hybrid and Transgenic Seed Technology (STEC 515)
• Experimentation and Data analysis (GEPB 508)
I am a Master’s student in Genetics and Plant Breeding at Sher-e-Bangla Agricultural University, specializing in crop genomics and stress resilience. My research focuses on ‘Genetic variability and character association studies in sesame (Sesamum indicum L.)’, aiming to enhance genetic improvement strategies. I am also serving as a research assistant for the project ‘Selection of wheat (Triticum aestivum L.) varieties under heat stress based on morpho-physiological, cytological, and genetic characteristics.’
With expertise in bioinformatics, molecular genetics, biochemical research, and climate-resilient agriculture, I am actively contributing to advancing plant breeding technologies. I have co-authored genome-wide studies on key gene families in oilseed crops, with my research published in leading scientific journals:
• Genome-wide identification, characterization, and functional prediction of the SRS gene family in sesame, Oil Crop Science. (DOI: 10.1016/j.ocsci.2024.02.002)
• Genome-wide identification, characterization, and functional prediction of the SPL gene family in sesame, Journal of Crop Science and Biotechnology. (DOI: 10.1007/s12892-024-00269-w)
A recipient of the National Science and Technology (NST) Fellowship (2024-25), I am committed to leveraging genomic insights for sustainable agriculture and climate-adaptive crop breeding.
I am a graduate student specializing in Genetics and Plant Breeding, with a keen interest in wheat research. My work focuses on crop improvement, stress tolerance, and sustainable agricultural practices. I am particularly passionate about integrating genetics, molecular biology, and bioinformatics to develop climate-resilient crop varieties. Currently, I am pursuing my MSc in Genetics and Plant Breeding and conducting research on heat stress adaptation in wheat. My MSc thesis is supervised by Associate Professor Dr. Tanushree Halder, an esteemed scholar and researcher in Genetics and Plant Breeding, specializing in wheat genetics and stress physiology. Under her mentorship, I have developed a strong foundation in experimental design, data analysis, and scientific writing, while cultivating a research-oriented mindset. In the future, I look forward to continuing my collaboration with Dr. Halder, exploring advanced research in heat stress adaptation, genetic improvement, and molecular strategies for wheat resilience. I aspire to pursue a PhD in Plant Genetics, Pathology, or Entomology, aiming to contribute to sustainable agriculture and global food security. The knowledge and skills I have gained under Dr. Halder’s mentorship will undoubtedly serve as a strong foundation for my future research endeavors.
I completed my Bachelor of Science in Agriculture at Sher-e-Bangla Agricultural University, Bangladesh, where I cultivated a deep interest in plant genetics and advanced crop research.
Under the mentorship of Associate Professor Tanushree Halder, I gained valuable hands-on experience in designing experiments, analyzing genetic data, and evaluating crop characteristics. My research has emphasized biochemical and cytological studies, leading to the identification of key traits such as heat tolerance and high yield potential in crops. I have developed strong expertise in biochemical techniques, molecular genetics, and data analysis.
Driven by the challenges posed by global climate change, I am committed to advancing innovative genetic research and crop improvement strategies. My goal is to contribute to sustainable agriculture and ensure food security through the development of superior wheat varieties.
Since my undergraduate years, I have been working in genetics and plant breeding under the guidance of Tanushree Halder, an inspiring mentor whose expertise has greatly shaped my research approach. Through this experience, I have gained valuable skills in both fieldwork and laboratory techniques, particularly in biochemical studies and cytolog.My work involves conducting research experiments, analyzing genetic data, and participating in field trials to identify traits that enhance yield and heat tolerance With hands-on experience in biochemical and molecular genetics, I am committed to leveraging my expertise in genetics and plant breeding to advance the development of climate-resilient wheat varieties.
I’m Kamrun Nahar Anika, a graduate student at Sher-e-Bangla Agricultural University with a keen research focus on Genetics and Plant Breeding. Under the guidance of Associate Professor Tanushree Halder, I’ve gained in-depth, hands-on experience in both field trials and laboratory analysis. My work has involved evaluating wheat genotypes for crucial traits such as heat tolerance and yield potential—traits that are increasingly vital in the face of climate change. In the lab, I’ve explored the genetic and cellular mechanisms behind these traits through cytological studies and molecular biology techniques. These interdisciplinary experiences have not only honed my analytical and trait identification skills but also deepened my commitment to leveraging science for sustainable crop development. My goal is to contribute meaningfully to global food security by advancing innovative, climate-resilient breeding strategies.
I’m Ramiz Fariha Ria, a dedicated Agriculture graduate from Sher-e-Bangla Agricultural University, with a keen focus on Wheat Genetic Research. Under the mentorship of Associate Professor Tanushree Halder, I’ve gained hands-on experience in genetic analysis, which has strengthened my analytical skills and deepened my appreciation for how genetic principles can enhance crop performance. My research has fueled my passion for applying Genetics and Plant Breeding to tackle pressing agricultural challenges, including climate resilience, food security, and sustainable crop improvement. Beyond academia, I actively engage as a volunteer, believing in the power of collaborative research and knowledge-sharing to drive meaningful progress in agriculture. Moving forward, I aspire to contribute to innovative solutions that bridge scientific discovery with real-world impact, ensuring a more food-secure and sustainable future.