Professor (Dr.) A. Zaman, PhD in Agronomy, the esteemed author, is an internationally recognized scientist with 40 years of profound experience in agricultural water management. His ground-breaking and original research in fields such as irrigation water management, rainfed agriculture, cropping systems, watershed management, dry land agriculture, and biodiversity conservation has garnered global appreciation and established him as an outstanding teacher within farm universities worldwide. Dr. Zaman is credited with developing a wealth of original concepts, strategies, techniques, and tools that have profoundly contributed to agricultural science and benefited global society.

Born May 27, 1954, is a distinguished Agronomist specializing in Agricultural Water Management for enhancing crop and water productivity. His extensive career spans influential leadership roles at Bidhan Chandra Krishi Viswavidyalaya (BCKV) and Uttar Banga Krishi Viswavidyalaya (UBKV) in West Bengal, India. He has notably served as Dean, Faculty of Agriculture; Director of Research; Head of the Department of Agronomy; and Chief Scientist in AICRP on Water Management (ICAR). With significant research experience in water management, a background in post-graduate teaching, and considerable administrative acumen,

Since May 2020, Prof. Zaman has served as the Dean of the School of Agricultural Sciences at Sister Nivedita University, Kolkata. His extensive professional journey includes pivotal roles as Founder In-charge of Agriculture at The Neotia University (June 2018 to 2020), Emeritus Professor in Agriculture at M.S. Swaminathan School of Agriculture, Centurion University of Technology and Management (September 2016 – May 2018), and Programme Coordinator for the World Bank-funded West Bengal Accelerated Development of Minor Irrigation Project (September 2014 – August 2016).

Prior to these roles, Dr. Zaman gained invaluable international experience as Head of the Irrigation Expatriate Team for the Government of Uganda (1994-1996) under an ITEC Programme. In this capacity, he was instrumental in designing, laying out, and installing farmer-managed small-scale irrigation systems for sustainable crop cultivation. His vast academic contributions include authorship of 10 textbooks in agriculture, several book chapters, over 150 peer-reviewed research papers, and 179 publications in national and international seminar and conference proceedings. Furthermore, he has significantly shaped future researchers, having guided 7 Ph.D. candidates and supervised over 50 postgraduate thesis works.

Principles of Genetics

Table of Content (Theory)

Chapter Topic/Content/ Lesson Plan Page

1 Pre and post Mendelian concepts of heredity

2 Mendelian principles of heredity

3 Study of model organisms

4 Architecture of Chromosomes

5 Special types of chromosomes

6 Chromosomal theory of inheritance-cell cycle and cell division-mitosis and meiosis

7 Probability and Chi square (χ²) test

8 Types of DNA and RNA

9 Dominance relationship

10 Epistatic Interaction

11 Introduction and definition of Cytology, Genetics and Cytogenetics and their interrelation

12 Multiple Alleles, pleiotropism and psedualleles

13 Sex Determination and sex linkage, sex limited and sex influenced traits

14 Blood Group Genetics

15 Structural Chromosomal variations

16 Numerical Chromosomal variations

17 Mutation, Classification, Mutagenic agents and Induction of mutation

18 Qualitative and quantitative traits, Polygenes & continuous variations,

19 Multiple Factor Hypothesis

20 Cytoplasmic inheritance

21 Nature and structure of genetic materials

22 DNA Replication

23 Transcription

24 Translation25 Gene Concept: Gene Structure, function and regulation

Practical

1. Studies on microscope: Operation, Calibration, and Specimen Mounting

2. Comparative Studies on Plant and Animal Cell Structures

3. Mitosis: Identifying Stages of Somatic Cell Division in Prepared Slides

4. Meiosis: Analysis of Gamete Formation Stages

5. Mendelian Inheritance I: Experimental Analysis of Monohybrid Crosses

6. Mendelian Inheritance II: Investigating Dihybrid Crosses and Independent Collection

7. Trihybrid Cross Analysis and Complex Phenotypic Ratios

8. Conducting Test Crosses to Determine Genotypes

9. Performing Back Crosses and Their Utility

10. Experimental Design for Epistatic Interactions

11. Preparation of Microscopic Slides of Mitosis- Onion Root Tips

12. Slide Preparation for Meiosis in Onion Flower Buds

13. Probability and Chi-Square Statistical Tests

14. Determination of Linkage and Crossover Analysis

15. Sex-Linked Inheritance: Studying X-Linked Traits in Drosophila melanogaster

16. Constructing and Analyzing DNA (Double Helix) Structure

17. Exploring Diverse RNA Structures and Functions