Features and Concepts of Ideotype breeding for different crops
Summary
Authored a publication detailing the principles and applications of ideotype breeding for diverse crops, focusing on designing genetically superior plant varieties.
Highly motivated Plant Breeder and agricultural post-graduate with a strong foundation in genetics, crop science, and advanced phenotyping techniques, including non-destructive methods for abiotic stress tolerance. Adept at research, experimental design, and data analysis, demonstrated through academic publications and a thesis focused on rice improvement. Eager to contribute expertise in crop enhancement and sustainable agricultural practices within a dynamic research environment.
Intern
Gwalior, Madhya Pradesh, India
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Summary
Contributed to seed processing operations and quality assurance as a company representative, gaining practical experience in agricultural production.
Highlights
Assisted in various stages of seed processing, including cleaning, grading, and packaging, ensuring adherence to quality standards.
Supported inventory management and record-keeping for seed stock, contributing to efficient operational flow and traceability.
Gained hands-on experience in the commercial aspects of seed production and distribution within an agricultural enterprise.
Trainee (Bee Keeping)
Pantnagar, Uttarakhand, India
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Summary
Participated in comprehensive training on bee keeping, acquiring practical skills in apiculture and sustainable agricultural practices.
Highlights
Completed hands-on training in apiary management, including hive inspection, honey extraction, and disease prevention techniques.
Learned about the ecological importance of bees for pollination and their role in enhancing crop yield and biodiversity.
Developed practical knowledge of sustainable bee farming methods and their economic implications for agricultural communities.
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Master of Science (M.Sc.)
Plant Breeding and Genetics
Courses
Thesis on Rice (NFV)
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Bachelor's Degree
Agricultural Science
Grade: 7.53
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Intermediate (10+2)
Science
Grade: 60%
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Matriculation (10th Grade)
General Studies
Grade: 6.8
Summary
Authored a publication detailing the principles and applications of ideotype breeding for diverse crops, focusing on designing genetically superior plant varieties.
Summary
Co-authored research exploring the physiological traits influencing chickpea seed yield under varying environmental conditions, contributing to genetic improvement strategies.
Issued By
Agricultural Research Institute
Issued By
Geospatial Training Center
Plant Breeding, Crop Genetics, Molecular Breeding, Germplasm Management, Hybridization, Selection.
Experimental Design, Data Collection, Statistical Analysis, Scientific Writing, Literature Review, Field Trials.
Non-destructive Phenotyping, Abiotic Stress Tolerance, Crop Physiology, Trait Measurement, High-throughput Phenotyping.
Remote Sensing (RS), Geographic Information Systems (GIS), Spatial Data Analysis, Digital Mapping, Natural Resources Management.
Rice Cultivation, Chickpea Genetics, Ideotype Breeding, Crop Improvement, Agronomy, Seed Technology.
Statistical Software, Data Interpretation, Quantitative Analysis, Research Methodology.
Adaptability, Communication, Leadership, Time Management, Active Listening, Problem-Solving, Team Collaboration.
Agricultural Research, Scientific Inquiry, Innovation.
Genetic Improvement, Variety Development, Sustainable Agriculture.
Continuous Learning, Skill Development, Knowledge Acquisition.