Bsc Agriculture

Meaning, structure, recognition, and academic scope of the BSc Agriculture degree in India.

Complete career scope for MSc Agricultural Economics graduates in India — ICAR JRF, NABARD Grade A, RBI Grade B, UPSC IES, UGC NET, international organizations, and private sector. Official notifications, salary details, and eligibility.

Agronomy study material for BSc Agriculture students, covering crop production, crop management, water, weather, weeds, and farming systems.

Semester 2 subject map, credit structure, and learning focus under the ICAR 6th Deans' Committee 2024 framework.

BSc Agriculture Semester 3 subjects as per ICAR 6th Deans' Committee 2024. Genetics, Kharif Crop Production Technology, Fruit & Plantation Crops, Natural Farming, Extension Education, Nematology, Entrepreneurship. 22 credits.

BSc Agriculture Semester 4 subjects as per ICAR 6th Deans' Committee 2024. Rabi Crops, Agricultural Informatics & AI, Farm Machinery, Water Management, Plant Breeding, Vegetables & Spices, Problematic Soils, Agricultural Economics. 23 credits, NEP-2020 aligned.

BSc Agriculture Semester 7 elective courses as per ICAR 6th Deans' Committee 2024. Complete list of 20 electives: Organic Farming, Precision Farming, Biotechnology, Agribusiness, Food Technology, Horticulture. Choose 5 courses × 4 credits.

BSc Agriculture Semester 5 complete subjects, syllabus and notes as per ICAR 6th Deans' Committee 2024. Crop Physiology, Pest Management, Disease Management, Weed Management, Agro-meteorology, Agroforestry, Agricultural Marketing. 22 credits (13 Theory + 9 Practical).

BSc Agriculture Semester 6 subjects as per ICAR 6th Deans' Committee 2024. Agri Biotechnology, Agricultural Statistics, Seed Science, Plant Biochemistry, Renewable Energy, Dryland Agriculture. 21 credits.

BSc Agriculture Semester 8 as per ICAR 6th Deans' Committee 2024. Student READY programme: RAWE (Rural Agricultural Work Experience), Industrial Attachment, Internship, Project Work. 20 credits. Complete guide.

Semester-wise structure, credits, and major curriculum changes in the BSc Agriculture programme under the ICAR 6th Deans' Committee 2024 framework.

Complete guide to the 10 mandatory online course credits in BSc Agriculture as per ICAR 6th Deans' Committee 2024. Recommended SWAYAM, NPTEL, and AgriDots courses with credit details, enrollment process, and credit transfer procedure.

Learn who an entrepreneur is, the major entrepreneurial traits, and why entrepreneurs matter in economic and social development.

Understand what economics studies, why scarcity creates choice, and how the subject is organized for agricultural decision-making.

Lecture notes covering Fundamentals of Agricultural Economics as per ICAR 5th Dean Committee syllabus. Course Code: AECO 141 | Credits: 2(2+0).

Understand why agricultural finance matters, how farm finance differs from finance in other sectors, and why credit is central to agricultural development.

Understand the meaning, scope, and importance of agricultural marketing and why marketing is essential to agricultural development.

Understand agribusiness as a full system connecting input supply, farm production, processing, marketing, and support services.

Understand the meaning, scope, objectives, and importance of farm management in allocating scarce resources efficiently.

Understand the purpose and basic use of major surveying and leveling instruments used in agricultural engineering.

Lecture notes covering Introductory Soil and Water Conservation Engineering as per ICAR 5th Dean Committee syllabus. Course Code: AENG 151 | Credits: 2(1+1).

Understand what a greenhouse is, why protected cultivation developed, and how controlled environments improve crop production.

Understand the major forms of energy and the broad classification of energy resources used in engineering and agriculture.

Understand the meaning of education, extension, extension education, and why agricultural extension works as the bridge between research and rural life.

Understand the meaning, process, and major models of communication, with special relevance to agricultural extension.

Lecture notes covering Fundamentals of Agricultural Extension Education as per ICAR 5th Dean Committee syllabus. Course Code: AEXT 191 | Credits: 3(2+1).

Understand the meaning, definitions, scope, characteristics, and need of extension education in rural development.

Learn the meaning, elements, importance, and barriers of communication in agricultural extension and technology transfer.

Understand the meaning, characteristics, importance, and types of entrepreneurship with special relevance to agriculture and rural enterprise.

Understand the origins of microbiology, the microbial world, and the major scientists who shaped the field.

Learn what biochemistry studies and understand the importance, occurrence, and classification of carbohydrates.

Lecture notes covering Agricultural Microbiology as per ICAR 5th Dean Committee syllabus. Course Code: AMBE 101 | Credits: 2(1+1).

Lecture notes covering Fundamentals of Plant Biochemistry and Biotechnology as per ICAR 5th Dean Committee syllabus. Course Code: BIC 101 | Credits: 3(2+1).

Understand the meaning, scope, components, and significance of agribusiness in modern agriculture.

Course overview and lesson index for ELEC 01, focused on the business, marketing, processing, and trade dimensions of agriculture.

Understand what agrochemicals are, how they are classified, and why classification matters for safe and effective agricultural use.

Understand the structure of the seed industry, the seed chain, key institutions, and the regulatory framework governing quality seed.

Understand the major principles of landscape design and how they guide the arrangement of plants, structures, and open space.

Understand what food safety means, why it matters, and how the farm-to-fork approach helps prevent food-borne illness.

Understand what biopesticides are, how they are classified, why they matter in sustainable agriculture, and where they fit in crop protection.

Understand what hi-tech horticulture means, why it is needed, and which technologies make horticultural production more precise and market-oriented.

Understand the meaning, principle, history, and importance of plant tissue culture as the foundation of micropropagation.

Understand what weeds are, why they survive so successfully, and why weed management is central to profitable crop production.

Understand what agricultural systems modeling is, why systems thinking matters, and how models help interpret and predict crop performance.

Understand what agricultural journalism is, why it matters, and how it connects science, policy, and farmer decision-making.

Understand what protected cultivation is, why it is needed, and how it changes crop production compared with open-field farming.

Understand what natural resources are, how they are classified, and why their management is central to agriculture and development.

Definition, background, need, types, advantages, and limits of bioformulations in sustainable agriculture.

Lecture notes covering biological and nano-enabled agricultural formulations, their production, quality control, and regulation as per ICAR 6th Deans' Committee 2024. Course Code: ELEC 14 | Credits: 4(3+1).

Importance of quality seed, growth of the Indian seed sector, and major laws and policies governing seed quality and farmers' rights.

Lecture notes covering seed industry structure, seed production systems, quality assurance, storage, and seed business management as per ICAR 6th Deans' Committee 2024. Course Code: ELEC 16 | Credits: 4(3+1).

Lecture notes covering tissue culture, molecular breeding, genomics, transformation, genome editing, and biotech regulation as per ICAR 6th Deans' Committee 2024. Course Code: ELEC 17 | Credits: 4(3+1).

Lecture notes covering GIS, GPS, remote sensing, image analysis, crop monitoring, and precision-farming technologies as per ICAR 6th Deans' Committee 2024. Course Code: ELEC 18 | Credits: 4(3+1).

Lecture notes covering organic farming principles, certification, nutrient and pest management, conservation agriculture, natural farming, and market-policy aspects as per ICAR 6th Deans' Committee 2024. Course Code: ELEC 19 | Credits: 4(3+1).

Scientific evidence, greenhouse gases, IPCC findings, and India-specific climate trends relevant to agriculture.

Lecture notes covering climate change evidence, agricultural vulnerability, climate-smart adaptation, and mitigation strategies as per ICAR 6th Deans' Committee 2024. Course Code: ELEC 15 | Credits: 4(3+1).

Lecture notes covering post-harvest losses, handling, storage, processing, packaging, value addition, and enterprise policy as per ICAR 6th Deans' Committee 2024. Course Code: ELEC 21 | Credits: 4(3+1).

Lecture notes covering food composition, nutritional needs, digestion, processing, spoilage, quality standards, and food safety as per ICAR 6th Deans' Committee 2024. Course Code: ELEC 20 | Credits: 4(3+1).

Study the historical development of entomology in India and understand the importance of insects within the animal kingdom.

Understand applied entomology, its scope, and the economic classification of insects in agriculture.

Lecture notes covering Fundamentals of Entomology as per ICAR 5th Dean Committee syllabus. Course Code: ENTO 231 | Credits: 4(3+1).

Learn how to read a prose passage critically by identifying its main idea, tone, and supporting argument.

Lecture notes covering Comprehension and Communication Skills in English as per ICAR 5th Dean Committee syllabus. Course Code: ENGL 101 | Credits: 2(1+1).

Introduction to Beneficial Insects in Agriculture.

Understand what environmental studies covers, why it is multidisciplinary, and why it matters for sustainable development.

Lecture notes covering Environmental Studies and Disaster Management as per ICAR 5th Dean Committee syllabus. Course Code: ENVS 302 | Credits: 3(2+1).

Understand the productive and protective roles of forests in economy, ecology, and rural livelihoods.

Lecture notes covering Introduction to Forestry as per ICAR 5th Dean Committee syllabus. Course Code: FRST 201 | Credits: 2(1+1).

Foundational meaning of agriculture as art, science, and business, along with its scope, branches, and institutional development.

Course overview and lecture index for AGRO 101, covering core agronomy principles together with basic agricultural meteorology.

Understand agricultural heritage, the long evolution of Indian agriculture, globally important agricultural heritage systems, and why traditional knowledge still matters.

Learn what agrometeorology is, why it matters in farming, and how weather knowledge improves crop planning and risk management.

Understand irrigation, irrigation management, major irrigation systems, and why efficient water allocation matters in Indian agriculture.

Core concept, components, types, and objectives of farming systems in Indian agriculture.

Core concepts, principles, history, and Indian status of organic farming.

Understand the season, major crops, and practical management logic of Rabi crop production in India.

Introduction to Food Science — definition, scope, and the food industry in India.

A practical workflow for planning, raising, managing, harvesting, and evaluating Kharif field crops.

Lecture notes covering Principles of Food Science and Nutrition as per ICAR 5th Dean Committee syllabus. Course Code: FST 201 | Credits: 2(2+0).

Understand the national importance and production profile of cereals, pulses, oilseeds, sugar crops, medicinal crops, and forage crops.

Understand oilseed crops as an agronomic group, including their energy-rich nature, edible-oil role, major crop categories, and historical importance in Indian agriculture.

National production significance of cereals, millets, pulses, and oilseeds with an exam-focused comparative view.

Understand what weeds are, why they persist, and how they reduce crop yield, produce quality, and farm efficiency.

Introduction to Geoinformatics in Agriculture.

Introduction to Rainfed Agriculture.

Principles, objectives, and importance of quality seed production in the agricultural system.

Study the origin, species relationships, breeding objectives, and ideal plant type in rice improvement.

Understand the aims, objectives, and long-term role of plant breeding in crop improvement.

Understand the meaning, goals, and major methods of crop improvement for kharif crops.

Origin, cytogenetics, and breeding objectives of wheat (Triticum aestivum). Hexaploid genome AABBDD, yield improvement, rust resistance, and quality breeding.

Trace the development of genetics from pre-Mendelian ideas to chromosome theory and molecular genetics.

Lecture notes covering Fundamentals of Genetics as per ICAR 5th Dean Committee syllabus. Course Code: GPBR 111 | Credits: 3(2+1).

Core meaning, evolution, major branches, and agricultural applications of plant biotechnology.

Meaning, scope, branches, and agricultural importance of horticulture.

Lecture notes covering Fundamentals of Horticulture as per ICAR 5th Dean Committee syllabus. Course Code: HORT 180 | Credits: 2(1+1).

Understand how livestock and poultry support farm income, nutrition, soil fertility, and risk reduction in Indian agriculture.

Lecture notes covering Livestock and Poultry Management as per ICAR 5th Dean Committee syllabus. Course Code: LPM 201 | Credits: 4(3+1).

Nutritional, economic, export, and public health importance of vegetable cultivation.

Production technology, varieties, seed rhizome treatment, and post-harvest handling of ginger.

Ornamental horticulture is vital for economic growth, employment, environmental health, and human well-being. Learn its importance, branches, classification, and scope in India.

Why post-harvest management matters for reducing losses, protecting quality, and improving value realization.

Learn the early roots of Indian agriculture, major classical texts, and the role of traditional agricultural knowledge in shaping later farming systems.

Understand the cell as the basic unit of life, the difference between prokaryotic and eukaryotic cells, and the major organelles of plant cells.

Lecture notes covering Agricultural Heritage as per ICAR 5th Dean Committee syllabus. Course Code: RMED 101 | Credits: 1(1+0).

Learn what crop physiology studies and why understanding plant function is essential for crop productivity and stress management.

Build a strong foundation in number systems, arithmetic operations, and BODMAS for agricultural calculations.

Lecture notes covering Fundamentals of Crop Physiology as per ICAR 5th Dean Committee syllabus. Course Code: PPHY 261 | Credits: 2(1+1).

Economic, nutritional, industrial, and national importance of fruit crops in India.

Learn what plant nematology studies, why plant-parasitic nematodes matter in agriculture, and how the subject developed.

Learn the meaning, scope, objectives, and practical importance of plant pathology in crop protection.

Lecture notes covering Fundamentals of Plant Pathology as per ICAR 5th Dean Committee syllabus. Course Code: PATH 171 | Credits: 4(3+1).

Learn the basic framework of crop disease management, including the disease triangle, pathogen groups, and integrated disease management.

Diseases of Mango — Anthracnose, Powdery Mildew, Malformation.

Learn why IPDM developed, how it differs from routine pesticide-based control, and what principles guide integrated pest and disease management.

Learn what statistics studies, how data are collected, and how primary, secondary, qualitative, and quantitative data are classified.

Learn what a computer is, how input-processing-output works, and the main hardware parts of a basic computer system.

Lecture notes covering Statistical Methods as per ICAR 5th Dean Committee syllabus. Course Code: STAM 101 | Credits: 2(1+1).

Learn what intellectual property is, the main types of IPR, and why intellectual property matters in agriculture and innovation.

Learn the basic coordinate geometry of straight lines, slope, and standard equation forms used in applied mathematics.

Learn what soil science studies and how pedological and edaphological viewpoints help us understand soils in agriculture.

Lecture notes covering Fundamentals of Soil Science as per ICAR 5th Dean Committee syllabus. Course Code: SSAC 121 | Credits: 3(2+1).

Study the important diseases of citrus and learn how symptoms, spread, and management differ across gummosis, scab, canker, and tristeza.

Introduction to problematic soils — types, extent in India, and impact on agricultural productivity.

Learn what soil chemistry studies and why chemical reactions in soil matter for nutrient availability, contamination, and crop response.

Classification of bulky and concentrated manures, their sources, and nutrient role in soil fertility.

Understand the major sources of farm power in India, their uses, merits, limits, and role in farm mechanization.

Detailed lecture notes and study materials covering Farm Power and Machinery. Perfect for academic and professional preparation.

A complete BSc Agriculture hub with course details, semester-wise subjects, syllabus, study notes, eligibility, and career guidance.

BSc Agriculture eligibility 2026: who can apply after 12th, whether PCM or PCB students are eligible, and how CUET (ICAR-UG), state CETs, age rules, and college-wise admission work.

A practical BSc Agriculture horticulture gateway covering core crop production, propagation, floriculture, plantation crops, and post-harvest topics.

Programme Outcomes (POs), Programme Specific Outcomes (PSOs) and Graduate Attributes for BSc Agriculture as per ICAR 6th Deans' Committee 2024 and NBA/NEP-2020 framework.

Programme guide covering the ICAR 6th Deans' Committee 2024 syllabus, semester structure, credits, assessment, outcomes, and NEP-linked curriculum design.

Understand entrepreneurship as a process of opportunity recognition, enterprise creation, and capability development.

Learn how households and firms interact, and compare capitalist, socialist, communist, and mixed economic systems with agricultural examples.

Learn present value, future value, compounding, and discounting, and understand why time must be considered in agricultural investment decisions.

Lecture notes covering Agricultural Finance and Co-Operation as per ICAR 5th Dean Committee syllabus. Course Code: AECO 241 | Credits: 3(2+1).

Learn the structure-conduct-performance framework and how it is used to evaluate agricultural markets.

Learn the role, characteristics, opportunities, and limits of small businesses in the agricultural economy.

Learn the main types of farm decisions and the economic process used to choose among alternatives under farm constraints.

Learn the principle, procedure, and field uses of chain surveying and cross-staff offset measurement.

Learn how greenhouses are classified by shape, span arrangement, and utility, and understand where each type is most suitable.

Learn what renewable energy is, why it matters, and how major renewable sources differ in origin and application.

Lecture notes covering Farm Machinery and Power as per ICAR 5th Dean Committee syllabus. Course Code: FMP 211 | Credits: 2(1+1).

Learn the core philosophy, principles, objectives, and educational process of agricultural extension.

Understand verbal, non-verbal, written, visual, formal, and informal communication used in agricultural and professional settings.

Learn the meaning, scope, and importance of sociology and rural sociology, especially for extension education and rural development.

Lecture notes covering Rural Sociology and Educational Psychology as per ICAR 5th Dean Committee syllabus. Course Code: AEXT 391 | Credits: 2(2+0).

Understand extension programme planning, its meaning, need, steps, principles, and the role of evaluation in improving extension work.

Learn the entrepreneurial process, idea generation methods, SWOT analysis, and feasibility assessment for agri-enterprise opportunities.

Learn how germ theory established microorganisms as causes of disease and understand Koch's postulates and their significance.

Occurrence & Structure.

Agribusiness Environment — micro and macro environmental factors affecting agribusiness operations in India.

Insecticides — chemical groups, mode of action, systemic vs contact insecticides, and IRAC classification.

Course overview and lesson index for ELEC 02, focused on agrochemicals, their safe use, and their role in integrated pest management.

DUS Testing and Variety Registration — distinctness, uniformity, stability testing, and the PPV&FR Act for plant variety protection.

Elements and Components of Landscaping.

Food-Borne Diseases and Microbial Hazards.

Bacterial Biopesticides — Bacillus thuringiensis (Bt), Cry proteins, strains, formulations, and Bacillus subtilis in crop protection.

Precision Farming in Horticulture.

Laboratory Setup and Media Preparation.

Weed Biology and Ecology — reproduction, seed bank dynamics, competitive interactions, and allelopathy in weed populations.

Crop Growth Models — structure, inputs, and applications of DSSAT, APSIM, WOFOST, and InfoCrop simulation platforms.

Agricultural Information Sources — ICAR publications, KVK reports, research journals, databases, and digital repositories for agricultural knowledge.

Types of Protected Structures — Greenhouse Polyhouse Net House.

Land use statistics, soil erosion types, USLE formula, land capability classification, and conservation practices for ELEC 13 Natural Resources Management.

Carrier-based, liquid, and granular biofertilizer formulations — production methods, quality standards, and inoculation techniques.

Detailed coverage of seed classes (Breeder, Foundation, Certified, TL), certification process, field standards, and quality declared seed.

Totipotency, culture requirements, morphogenesis, specialized culture systems, and major agricultural applications of plant tissue culture.

Meaning, components, historical development, and agricultural importance of geoinformatics in India.

Definition, principles, history, major systems, and comparison of organic farming with conventional agriculture.

Detailed analysis of how climate change affects crop yields, livestock, water resources, pests, and livelihoods in Indian agriculture.

Types and causes of post-harvest losses and the main physiological processes responsible for deterioration after harvest.

Major nutrients, protective food components, and the nutritive value of important food groups.

Environmental and biological factors that influence insect population build-up and distribution.

Trace the development of beekeeping from early honey collection to organized apiary practice and scientific apiculture.

Lecture notes covering Pests of Crops and Stored Grains and their Management as per ICAR 5th Dean Committee syllabus. Course Code: ENTO 232 | Credits: 3(2+1).

Comprehension: Reading.

Honeybee Species, Biology, and Colony Organization.

Nature Resourses: Renew.

Status Of Forests.

How Indian agriculture shapes employment, GDP, food security, farm income, and policy change after the Green Revolution.

Human cultural stages, the shift from hunting to food production, and the early beginnings of agriculture in India.

Understand the gaseous composition of the atmosphere and the characteristics of its major layers from the crop perspective.

Water in the soil-plant-atmosphere continuum and its physiological, ecological, and production-related importance in crop growth.

Concept, principles, models, linkages, and benefits of integrated farming systems in Indian conditions.

Organic nutrient sources, biofertilizers, and nutrient planning for exam-focused agronomy.

Production technology of wheat covering climate, varieties, sowing, nutrient management, irrigation, and practical yield-oriented field operations.

Carbohydrates in food — monosaccharides, disaccharides, polysaccharides, and dietary fiber.

Comprehensive guide to rice cultivation including varieties, nursery management, transplanting, nutrient and water management, IPM, and harvesting for kharif season.

Origin, importance, species groups, growth stages, and practical cultivation points of wheat under Indian conditions.

Study groundnut as a major oilseed crop, including origin, distribution, growth stages, climate, soil, seasonal fit, and agronomic management principles.

Origin, geographical distribution, economic importance, and major cultivation systems of rice.

Learn how weeds are classified by life span, habitat, morphology, origin, and other agronomic criteria.

Precision Farming — Concepts and Technologies.

Moisture Conservation Techniques.

National seed policy, regulation, and institutional framework governing seed production and trade in India.

Important released rice varieties and the breeding methods used to develop them.

Lecture notes covering Principles of Seed Technology as per ICAR 5th Dean Committee syllabus. Course Code: GPBR 112 | Credits: 3(1+2).

Sexual and asexual modes of reproduction and their breeding significance in crop plants.

Origin, taxonomy, and botanical description of Oryza sativa with a focus on indica and japonica subspecies and key breeding objectives.

Breeding methods in wheat including pedigree, backcross, and shuttle breeding. Rust resistance genes and quality parameters for bread and chapati wheat.

Mendel’s laws of genetics: Law of Dominance, Law of Segregation, and Law of Independent Assortment. Proposed by Gregor Mendel — the father of genetics — using garden pea experiments.

History of plant tissue.

Classification of Horticultural Crops.

Extensive, semi-intensive, and intensive livestock production systems used under different farm conditions.

Learn the major types of vegetable gardens, their layout principles, cropping patterns, and protected cultivation systems.

Cultivation practices, varieties, curing, and quality traits of turmeric as a major spice crop.

Rose — Varieties, Propagation, and Production Technology.

Maturity indices, harvesting.

Indus Valley Civilization and Agriculture.

Cell Division.

Lecture notes covering Introductory Biology as per ICAR 5th Dean Committee syllabus. Course Code: RMED 102 | Credits: 2(1+1).

Significance of Water.

Algebra.

Overview of fruit area, output, post-harvest losses, and export trends in India.

Lecture notes covering Production Technology for Fruit and Plantation Crops as per ICAR 5th Dean Committee syllabus. Course Code: HORT 181 | Credits: 2(1+1).

History of Nematology in India.

Understand the major biotic groups that cause plant disease and how they differ in nature, spread, and examples.

Diseases of Rice — Blast, Brown Spot, Sheath Blight.

Diseases of Citrus — Canker, Greening, Gummosis.

Plant Quarantine and Regulatory Methods.

Lec 02.

Units of Memory, Hardware.

Lecture notes covering Agri-Informatics as per ICAR 5th Dean Committee syllabus. Course Code: STAM 102 | Credits: 2(1+1).

Patents.

3D Analytical Geometry.

Explains Earth's origin and geologic evolution as a foundation for soil genesis in BSc Agriculture.

Diseases of Mango.

Saline soils — characteristics, genesis, and distribution in India.

Soil pH and Buffer pH.

Lecture notes covering Soil Chemistry, Soil Fertility and Nutrient Management as per ICAR 5th Dean Committee syllabus. Course Code: SSAC 122 | Credits: 2(1+1).

Green manures, oil cakes, and related organic inputs used to improve nutrient supply and soil health.

Learn the working cycles, construction logic, and practical differences between two-stroke and four-stroke internal combustion engines.

Complete BSc Agriculture subjects list — all 8 semesters, 21 disciplines, year-wise breakdown as per ICAR 6th Deans' Committee Syllabus 2024. Covers agronomy, genetics, horticulture, soil science, entomology, and 16 more subjects with lesson links.

Theory, practical, attendance, grading, and progression rules in the BSc Agriculture assessment framework.

Core Soil Science courses for BSc Agriculture covering soil formation, properties, fertility, nutrient management, fertilizers and problematic soils.

Learn how entrepreneurs are classified by business type, technology use, motivation, growth pattern, and development stage.

Learn utility, consumer behavior, the law of diminishing marginal utility, and the law of equi-marginal utility in the cardinal approach.

Understand the meaning, need, and classification of agricultural credit by purpose, time, security, source, and repayment structure.

Understand agricultural marketing channels, the role of intermediaries, and how channel choice affects costs, margins, and producer share.

Lecture notes covering Agricultural Marketing, Trade and Prices as per ICAR 5th Dean Committee syllabus. Course Code: AECO 242 | Credits: 3(2+1).

Understand management as a decision-oriented process and learn the main functions used in agribusiness organizations.

Understand key farm-management concepts such as resources, output, production, cost, returns, and efficiency measures.

Understand the principle of compass surveying, bearings, traverses, and common field errors such as local attraction.

Study the main environmental factors inside a greenhouse and learn how they influence crop growth and productivity.

Compare renewable and non-renewable energy resources and understand direct, indirect, commercial, and non-commercial energy classifications.

Lecture notes covering Renewable Energy and Green Technology as per ICAR 5th Dean Committee syllabus. Course Code: AENG 352 | Credits: 2(1+1).

Understand the concept, scope, objectives, and national importance of rural development in the Indian context.

Learn the physical, semantic, psychological, and cultural barriers that weaken communication and how to overcome them.

Understand the major features of Indian rural society and the broad rural-urban differences relevant to extension work.

Study the meaning, classification, and use of individual, group, and mass extension teaching methods in technology transfer.

Understand the purpose, structure, and financing role of a business plan, DPR, and bankable agri-enterprise project.

Lecture notes covering Entrepreneurship Development and Business Communication as per ICAR 5th Dean Committee syllabus. Course Code: AEXT 393 | Credits: 2(1+1).

Understand sterilization, disinfection, antisepsis, and the major physical and chemical methods used to control microorganisms.

Structure of Disaccharides.

Strategic Management in Agribusiness — planning, formulation, implementation, and evaluation of business strategies.

Fungicides and Bactericides — classification, mode of action, systemic and contact fungicides, and usage in crop protection.

Hybrid Seed Production Technology — principles, male sterility systems, isolation requirements, and commercial hybrid seed production.

Course overview and lesson index for ELEC 03, focused on commercial breeding, seed systems, variety protection, and the business side of crop improvement.

Trees Shrubs and Climbers for Landscaping.

Chemical Hazards in Food.

Fungal Biopesticides — Trichoderma species, Beauveria bassiana, Metarhizium anisopliae, modes of action, and field applications.

Drip and Fertigation Systems.

Techniques — Meristem Callus Somatic Embryogenesis.

Weed Classification and Identification — grasses, broadleaves, sedges, and parasitic weeds with key identification features.

Weather-Based Crop Simulation — meteorological data integration, growing degree days, water balance modeling, and weather-yield relationships.

Writing for Print Media — news writing using 5W1H, feature articles, editorials, press releases, and agricultural journalism for newspapers and magazines.

Climate Control and Environmental Management.

Hydrological cycle, groundwater, water quality parameters, watershed management, rainwater harvesting, and waterlogging solutions for ELEC 13.

Classification, production, and formulation of microbial biopesticides including Bt, NPV, entomopathogenic fungi, and Trichoderma.

Principles and practices of seed production in self-pollinated crops including rice, wheat, pulses, and oilseeds — isolation, rouging, and harvest management.

Stages of micropropagation, commercial applications in India, cryopreservation, and somatic hybridization through protoplast fusion including cybrids and applications.

Definition, components, raster vs vector data, spatial analysis operations, GIS software, and agricultural applications.

NPOP, PGS-India, USDA NOP, EU organic standards, certification process, conversion period, and labelling requirements.

Framework for assessing climate vulnerability in agriculture: exposure, sensitivity, adaptive capacity, risk mapping, and district-level profiling methods.

Maturity indices and harvesting standards for major crops; post-harvest handling operations including sorting, grading, pre-cooling, curing, and packaging.

ICMR 2020 RDA values, malnutrition in India (PEM, anaemia, VAD, iodine deficiency, overnutrition), nutritional assessment, and government nutrition programmes.

Major taxonomic divisions of Arthropoda with emphasis on insect-relevant groups.

Learn practical apiary management, including site selection, colony inspection, seasonal care, feeding, swarming control, and bee forage planning.

Synonyms.

Apiculture Equipment and Management.

Lecture notes covering Management of Beneficial Insects as per ICAR 5th Dean Committee syllabus. Course Code: ENTO 233 | Credits: 2(1+1).

Nature Resources: Forest, En.

Agroforestry.

How agriculture evolved from early cultivation to Indian agricultural heritage, classical texts, and ecological farming traditions.

Agricultural features of the Indus Valley and Vedic periods, including crops, tools, irrigation, storage, and livestock use.

Study solar radiation, PAR, and the main agricultural processes driven by incoming solar energy.

Soil moisture tension, saturated and unsaturated flow, vapour movement, and important soil-moisture constants used in irrigation planning.

Definition, pillars, indicators, and major approaches to sustainable agriculture in Indian farming.

Preventive, biological, botanical, and mechanical pest-disease control in organic farming.

Production technology of mustard with emphasis on climate, sowing, sulphur nutrition, irrigation timing, and integrated protection in Rabi systems.

Proteins and lipids in foods — amino acids, essential fatty acids, and food sources.

Complete production guide for maize covering botanical features, varieties, nutrient and water management, IPM including fall armyworm, and post-harvest practices.

Origin, importance, stress tolerance, major uses, and practical agronomy of barley under Indian conditions.

Study sesame as a quality oilseed crop, including its importance, oil quality, origin, climate, soil, plant features, and management logic.

Study maize as a major cereal crop, including origin, importance, grain types, ecological requirements, varieties, cultural practices, and yield logic.

Study how weeds multiply and spread through seed production, vegetative structures, and different dispersal agents.

Nanotechnology in Agriculture.

Watershed Management — Concepts and Planning.

Methods used to estimate seed demand, plan multiplication, and align supply with crop requirements.

CMS-based hybrid rice seed production, parental lines, and practical crossing procedures.

Learn the meaning, types, and breeding importance of apomixis.

Lecture notes covering Fundamentals of Plant Breeding as per ICAR 5th Dean Committee syllabus. Course Code: GPBR 211 | Credits: 3(2+1).

Pedigree, mutation, and hybrid rice breeding including CMS systems and notable released varieties of rice in India.

Breeding objectives and methods in barley (Hordeum vulgare). 2-row vs 6-row barley, malting quality traits, and disease resistance breeding.

Types of Gene Action.

Scope and importance.

Climate and Soil Requirements for Horticultural Crops.

Integration of livestock with crops and allied enterprises to improve income, recycling, and resilience.

Understand how vegetables are classified by botany, hardiness, edible part, cultural requirement, and season of cultivation.

Lecture notes covering Production Technology of Vegetables and Flowers. Course Code: HORT 281 | Credits: 2(1+1).

Growth habit, training, varieties, and crop management of black pepper under Indian conditions.

Chrysanthemum and Marigold — Production Technology.

Maturity and Ripening process.

Medieval Indian Agriculture.

Biomolecules.

Understand field capacity, soil water storage, and basic water-potential terms used to explain water availability to plants.

Ratio, Proportion, and Percentage.

Lecture notes covering Elementary Mathematics as per ICAR 5th Dean Committee syllabus. Course Code: RMED 103 | Credits: 2(2+0).

Classification Of Fruits.

Morphology and Anatomy.

Major structural, reproductive, and ecological characteristics that define fungi in plant pathology.

Diseases of Rice — BLB, Tungro, False Smut.

Lecture notes covering Diseases of Field & Horticultural Crops & their Management-I as per ICAR 5th Dean Committee syllabus. Course Code: PATH 272 | Credits: 3(2+1).

Diseases of Banana — Panama Wilt, Sigatoka, Bunchy Top.

Cultural Methods of Disease Management.

Lec 03.

Personal Computers, Types.

Plant Variety Protection.

Bionomial.

Covers major rocks, minerals, and their role in parent material and soil development for BSc Agriculture.

Diseases of Banana.

Management of saline soils — leaching, drainage, salt-tolerant crops, and bio-drainage.

Soil pH and Percent Base.

Principles, methods, and field relevance of composting organic residues into stable nutrient-rich manure.

Lecture notes covering Manures, Fertilizers and Soil Fertility Management as per ICAR 5th Dean Committee syllabus. Course Code: SSAC 222 | Credits: 3(2+1).

Understand the fuel, lubrication, ignition, cooling, and governing systems that keep an internal combustion engine working efficiently.

BSc Agriculture scope includes government jobs (IBPS AFO, NABARD, FCI), private agribusiness, ICAR research, AgriTech startups, and international organizations. Complete scope analysis with sector-wise opportunities and future trends.

Entomology study material for BSc Agriculture students, covering insect structure, ecology, pest management, and beneficial insects.

How the credit system works in BSc Agriculture as per ICAR 6th Deans' Committee 2024. What is 1 credit, theory vs practical credits, 3(2+1) notation explained, total 177 credits breakdown, Academic Bank of Credits.

Understand how entrepreneurs and professional managers differ in ownership, risk, vision, and operational responsibility.

Understand indifference curves, marginal rate of substitution, budget line, and consumer equilibrium in the ordinal approach.

Learn the principles of creditworthiness, farm loan appraisal, project viability, repayment capacity, and risk-bearing ability.

Learn the meaning, importance, and policy context of external trade in agricultural commodities.

Learn planning as the first management function, including its characteristics, importance, limitations, and main steps.

Learn how output changes when a variable input is combined with fixed resources, and why this relationship guides optimum input use.

Lecture notes covering Farm Management, Production and Resource Economics as per ICAR 5th Dean Committee syllabus. Course Code: AECO 342 | Credits: 2(1+1).

Learn the principle, setup, and practical uses of plane table survey for field plotting and rapid mapping.

Learn the main systems used to cool, ventilate, circulate air, and automate greenhouse environmental control.

Lecture notes covering Protected Cultivation and Secondary Agriculture as per ICAR 5th Dean Committee syllabus. Course Code: AENG 252 | Credits: 2(1+1).

Learn the major biomass components and the physical and chemical characteristics used to evaluate biomass for energy conversion.

Study the important pre-independence rural development experiments in India and their contribution to the growth of agricultural extension.

Understand active listening, empathetic listening, and feedback as core skills for effective communication and extension work.

Lecture notes covering Communication Skills and Personality Development as per ICAR 5th Dean Committee syllabus. Course Code: AEXT 194 | Credits: 2(1+1).

Learn the meaning, characteristics, formation, and major classifications of social groups in rural sociology.

Understand farm and home visits, office calls, and demonstrations as important individual contact methods in extension teaching.

Study major sources of finance for agri-entrepreneurs, including institutional credit, bank lending, and equity-based support.

Study bacterial metabolism, energy flow, catabolism and anabolism, and major pathways of ATP generation in heterotrophic and autotrophic bacteria.

Muta rotation, optical activity.

Supply Chain Management in agriculture — components, models, cold chain, and FPO-based supply chains.

Herbicides — classification based on timing, selectivity, mode of action, and HRAC grouping for weed management.

Quality Seed Production — field standards, isolation, roguing, and seed production techniques for rice, wheat, maize, cotton, and vegetables.

Lawn Development and Maintenance.

Course overview and lesson index for ELEC 04, focused on landscape planning, ornamental gardening, and the practical business side of landscaping.

HACCP Principles and Implementation.

Viral Biopesticides — Nuclear Polyhedrosis Virus (NPV), Granulosis Virus (GV), production methods, and field application.

Canopy Management and High-Density Planting.

BSc Agriculture notes on the five micropropagation stages: mother plant selection, culture initiation, multiplication, rooting, hardening, protocol checks, and common problems.

Cultural and Mechanical Weed Management — crop rotation, stale seedbed technique, hand weeding, and tillage-based weed control methods.

Soil-Plant-Atmosphere Continuum — water uptake models, nutrient dynamics, evapotranspiration modeling, and SPAC concept in crop simulation.

Radio and Television in agricultural journalism — farm radio programs, DD Kisan channel, script writing, community radio, and broadcast techniques.

Growing Media and Soilless Culture.

Types of Indian forests, Champion & Seth classification, National Forest Policy 1988, social forestry, JFM, and afforestation programmes for ELEC 13.

Quality parameters, BIS standards, shelf-life enhancement, and registration procedures for biofertilizers and biopesticides in India.

Principles and practices for seed production in cross-pollinated crops including maize, bajra, sunflower, and sorghum — isolation, roguing, and detasseling.

Types of molecular markers — RFLP, RAPD, AFLP, SSR, ISSR, SNP, DArT — principles, comparison, and applications in diversity analysis, genetic mapping, fingerprinting, and crop breeding.

GPS principles, trilateration, GNSS systems (NavIC, GLONASS, Galileo, BeiDou), DGPS, RTK, and agricultural applications.

FYM, compost methods (Berkely, Indore, NADEP), vermicompost, green manuring, biofertilizers, liquid manures, and nutrient management planning in organic systems.

FAO's Climate Smart Agriculture framework: triple-win objectives, CSA practices, India's initiatives, NDCs, and linkages with SDGs.

Cold chain concept and components; pre-cooling methods; cold storage types; controlled atmosphere and modified atmosphere storage principles and applications.

Digestive enzymes, absorption mechanisms, and metabolic pathways for carbohydrates, proteins, and fats including glycolysis, TCA cycle, beta-oxidation, and hormonal control.

Layers, composition, and functional importance of the insect cuticle and moulting process.

Understand how honey bees support crop pollination, improve yield and quality, and outperform most other commercial pollinators in agriculture.

Verbal Ability.

Bee Products — Honey, Beeswax, Royal Jelly, Propolis.

Ecosystems: Definition, Con.

Classification of Agroforestry.

How agriculture moved from food gathering to settled farming, irrigation, metal tools, and organized agrarian systems.

Changing position of farmers across Harappan, Vedic, Buddhist, Mauryan, Gupta, Sangam, and Thirukkural traditions.

Learn how temperature governs crop growth, thermal time, and stress at different developmental stages.

Direct and indirect methods of soil-moisture measurement, including oven-dry method, volumetric method, tensiometers, and resistance blocks.

Cropping system concepts, rotation principles, intercropping types, and diversification strategies.

NPOP, PGS-India, conversion period, and certification process for organic farming.

Production technology of chickpea covering desi and kabuli types, sowing, moisture management, nodulation support, and major biotic stresses.

Vitamins and minerals — classification, deficiency diseases, RDA, and food sources.

Detailed guide to cotton cultivation including Bt cotton technology, varieties, fibre quality, nutrient management, IPM for bollworm and sucking pests, and harvesting.

Origin, importance, major traits, adaptation, and practical significance of triticale as a wheat-rye hybrid cereal.

Study sunflower as a modern oilseed crop, including its oil quality, origin, adaptation, plant traits, and agronomic management logic.

Understand wheat and barley as cool-season cereals, including origin, importance, ecological needs, species groups, and practical crop-management principles.

Understand weed life cycles, reproductive behavior, adaptation, and ecological persistence in crop environments.

Drones and IoT in Agriculture.

Rainwater Harvesting and Water Management.

Causes of varietal deterioration and the field practices needed to preserve genetic purity.

Origin, ploidy, species relationships, and major breeding objectives in wheat.

Autogamy, geitonogamy, and allogamy with their role in breeding behavior of crops.

Study maize origin, floral biology, and why it became the classical crop for heterosis breeding.

Breeding objectives and methods in chickpea (Cicer arietinum). Desi vs kabuli types, wilt resistance, machine harvestability, and quality improvement.

Multiple Alleles.

Totipotency & Morphogenesis.

Nursery types, site selection, infrastructure, and propagation basics for healthy planting material.

Meaning of breed and the basis for classifying important cattle and buffalo breeds.

Study tomato cultivation, including origin, varieties, climate, nutrient management, irrigation, disorders, and harvesting.

Cultivation requirements, varieties, shade management, and curing of cardamom for exam revision.

Gladiolus, Tuberose, and Lily — Production Technology.

Lecture notes covering Production Technology for Ornamental Crops, MAPs and Landscaping as per ICAR 5th Dean Committee syllabus. Course Code: HORT 284 | Credits: 2(1+1).

Factors affecting ripening.

Traditional Farming Systems.

Plant Anatomy.

Absorption of Water.

Mensuration.

Adaptation, varietal diversity, and production fundamentals of mango.

Anatomy: Inner Body Tube.

Principles of scientific naming and taxonomic notation used for plant pathogens.

Diseases of Wheat — Rusts.

Diseases of Grape — Downy Mildew, Powdery Mildew, Anthracnose.

Lecture notes covering Diseases of Field & Horticultural Crops & their Management-II as per ICAR 5th Dean Committee syllabus. Course Code: PATH 373 | Credits: 3(2+1).

Biological Control of Plant Diseases.

Lec 04.

Computer Viruses, Worms &.

Copyright and Trademark.

Lecture notes covering Intellectual Property Rights as per ICAR 5th Dean Committee syllabus. Course Code: STAM 104 | Credits: 1(1+0).

Conic sections.

Explains physical, chemical, and biological weathering processes that initiate soil formation.

Diseases of Grapes.

Sodic soils — characteristics, deflocculation, and poor physical properties.

Lecture notes covering Problematic Soils and their Management as per ICAR 5th Dean Committee syllabus. Course Code: SSAC 223 | Credits: 2(1+1).

Soil as a source.

Major fertilizer classes based on nutrient content, nutrient form, and agronomic use.

Learn tractor development, classification, selection criteria, major parts, and common utilities in agricultural mechanization.

Core BSc Agriculture Plant Pathology courses covering plant pathogens, nematodes, crop diseases, and practical disease management.

Complete guide to BSc Agriculture multiple exit options under NEP-2020 as per ICAR 6th Deans' Committee 2024. UG Certificate after Year 1, UG Diploma after Year 2, B.Sc. Degree after 4 years. Re-entry conditions, internship requirements, Academic Bank of Credits.

Understand the main stages of the entrepreneurial process, the role of organizational structure, and common barriers to entrepreneurship.

Learn individual demand, market demand, determinants of demand, the law of demand, and the difference between movement along a curve and shifts in demand.

Learn how agricultural finance in India evolved from informal lending to a multi-agency institutional credit system.

Understand the meaning, structure, functions, and limits of cooperative marketing institutions in Indian agriculture.

Understand organizing as a management function, including division of work, authority, delegation, and structure design.

Understand diminishing marginal returns, the three stages of production, and why Stage II is the rational zone of input use.

Learn the purpose, parts, setup, and field use of the dumpy level in agricultural surveying.

Learn how site selection, orientation, structural planning, and covering choice determine greenhouse performance and cost.

Learn why loose biomass is densified and study the main steps and technologies used in briquetting and similar compaction systems.

Study important post-independence rural development experiments and understand how they shaped organized extension in India.

Learn speech preparation, audience engagement, visual aids, and delivery skills for professional and extension presentations.

Understand the meaning, characteristics, functions, and change processes of culture in rural sociology.

Study group contact methods in agricultural extension, including meetings, circular letters, demonstrations, and field trips.

Study the major schemes that support agri-entrepreneurs through subsidy, training, incubation, credit, and startup assistance.

Understand how microorganisms generate ATP through substrate-level phosphorylation, oxidative phosphorylation, and proton motive force.

Chemical Properties.

Agri Marketing and Commodity Markets — marketing channels, APMC, eNAM, commodity exchanges, and price discovery.

Biopesticides and Botanicals — types, mechanisms, neem-based products, Bt, Trichoderma, and their role in sustainable pest management.

Seed Processing and Storage — cleaning, grading, drying, treatment, packaging, and storage conditions for maintaining seed viability.

Indoor Gardening and Terrace Gardening.

Good Manufacturing Practices and GHP.

Course overview and lesson index for ELEC 05, focused on food hazards, preventive systems, legal standards, and food-safety management.

Botanical Pesticides — Neem (azadirachtin), Pyrethrum, Rotenone, essential oils, and their role in sustainable crop protection.

Protected Cultivation for Vegetables and Flowers.

Hardening and Acclimatization.

Chemical Weed Control — Herbicide Classification covering pre/post-emergence timing, contact vs systemic action, and selectivity principles.

Yield Gap Analysis — potential vs actual yield, constraint analysis, model-based diagnosis, and strategies for closing yield gaps.

Digital Media and Social Media for agricultural journalism — blogs, YouTube, Instagram, WhatsApp groups, and digital content strategies for reaching farmers.

Hydroponics and Aeroponics.

Levels of biodiversity, India's mega-diversity, hotspots, HIPPO threats, in-situ and ex-situ conservation, Protected Area network, and CBD for ELEC 13.

Fundamentals of nanotechnology, classification of nanomaterials, synthesis methods, and agricultural applications including IFFCO Nano Urea.

CMS 3-line system, EGMS, genetic male sterility, hybrid seed production in rice, maize, cotton, and sunflower — the basis of commercial hybrid seed industry.

MAS types — foreground, background, MABB, pyramiding, genomic selection — QTL mapping methods, association mapping (GWAS), fine mapping, and success stories in Indian crop breeding.

Electromagnetic spectrum, atmospheric interactions, sensor types, spatial/spectral/temporal resolution, and key agricultural satellites.

Organic IPM pyramid, botanical pesticides, biocontrol agents, copper-sulphur fungicides, and mechanical/mulching/cover crop weed management strategies.

ICAR-released stress-tolerant varieties for drought, submergence, heat, and salinity, plus crop management strategies for climate resilience.

In-depth coverage of CA and MA storage: physiological basis, equipment, DCA, edible coatings, MAP films, and India's apple CA infrastructure.

Effects of cooking, milling, fermentation, germination, and processing on nutrients; antinutrients and their reduction; blanching and other unit operations.

Segmentation and external body regions of insects with emphasis on head, thorax, and abdomen.

Understand the major bee products such as honey, wax, royal jelly, propolis, pollen, and bee venom, along with their formation and uses.

Comprehension.

Pollination Biology and Crop Pollination.

Producers, Consumers and.

Agrisilvicultural Systems.

Step-by-step timeline of Indian agriculture from early domestication to post-independence research, irrigation, and Green Revolution milestones.

Agriculture, animal husbandry, trade, rainfall logic, and village administration in Kautilya's Arthashastra.

Understand humidity, dew point, rainfall types, and how atmospheric moisture affects farming operations.

Lecture notes covering Introductory Agrometeorology and Climate Change as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 105 | Credits: 2(1+1).

Crop moisture extraction, water uptake in the soil-plant-atmosphere system, and the effects of soil and plant water stress on crop growth.

Major resource conservation technologies (RCTs), applications, and efficiency gains in Indian agriculture.

Soil, seed, nutrient, weed, and crop package practices under organic farming.

Production overview of barley, lentil, field pea, safflower, and linseed, with their practical role in Rabi diversification and farm resilience.

Water activity concept, microbial growth, and the basis of food preservation.

Complete production guide for groundnut covering geocarpy, varieties, Rhizobium inoculation, gypsum use, IPM for tikka disease and rosette, and aflatoxin management.

Importance, major species, production context, and agronomic role of cool-season Rabi pulses in Indian agriculture.

Study rapeseed-mustard as a major rabi oilseed group, including crop groups, canola concept, economic importance, climate, soils, and agronomic distinctions.

Study oats, rye, and triticale as cool-season cereals with distinct forage, grain, and adaptation value in agronomy.

Understand how weeds compete with crops for resources and how allelopathic effects may intensify crop suppression.

Yield Monitoring and Site-Specific Management.

Dryland Farming Practices and Contingency Planning.

Genetic, physical, physiological, and health attributes that define good quality seed.

Origin, teosinte theory, floral biology, and breeding approaches used in maize improvement.

Classification of crop plants based on pollination behavior and breeding system.

Development of QPM, baby corn, sweet corn hybrids, and the single, double, and three-way cross systems used in maize improvement.

Lecture notes covering Crop Improvement-I (Kharif) as per ICAR 5th Dean Committee syllabus. Course Code: GPBR 213 | Credits: 2(1+1).

Genetics and breeding of lentil (Lens culinaris). Rust resistance, early maturity, bold seeded types, and breeding methods for improved varieties.

Multiple Factor Hypothesis.

Nutritional requirements.

Vegetative Propagation — Cutting, Layering, Grafting, Budding.

Role of selection, crossbreeding, and artificial insemination in livestock improvement.

Learn brinjal production practices, including varieties, seasons, nutrient management, plant protection, and seed production basics.

Dual-purpose coriander production for leaves and seed, including varieties and agronomic practices.

Orchids and Anthurium — Commercial Production.

How pre-harvest environment, nutrition, water, and crop management influence post-harvest behavior.

Lecture notes covering Post-harvest Management and Value Addition of Fruits and Vegetables as per ICAR 5th Dean Committee syllabus. Course Code: HORT 381 | Credits: 2(1+1).

Indigenous Knowledge in Agriculture.

Plant Morphology.

Translocation of Solutes.

Trigonometry Basics.

Mango- Major Problems.

Anatomy: Oesophageal glands.

Important features of Myxomycota and their position among plant-associated lower organisms.

Complete guide to bunt disease of wheat: common bunt (Tilletia caries), Karnal bunt (T. indica), loose smut, flag smut, and powdery mildew — causal organisms, symptoms, disease cycle, and management.

Diseases of Pomegranate and Guava.

Fungicides — Classification and Mode of Action.

Lecture notes covering Principles of Integrated Pest and Disease Management as per ICAR 5th Dean Committee syllabus. Course Code: PATH 374 | Credits: 3(2+1).

Lec 05.

Operating System — Some.

Geographical Indications.

Differential Calculus(1).

Covers CLORPT soil-formation factors and their influence on soil properties and distribution.

Diseases of Pomegranate.

Reclamation of sodic soils — gypsum requirement, amendments, and phytoremediation.

Forms of nutrients.

Types, properties, and industrial nitrogen fixation concepts behind major nitrogenous fertilizers.

Learn the meaning of tillage, its major objectives, main categories, and the basic tillage systems used in crop production.

Career options after BSc Agriculture include IBPS AFO, NABARD Grade A, FCI AGT, ICAR Scientist, State Agriculture Officer, AgriTech, agribusiness, MSc Agriculture, and MBA. Complete career guide with roles, salaries, and eligibility.

Core BSc Agriculture study section covering genetics, seed technology, plant breeding, crop improvement, and plant biotechnology.

Complete guide to the 6 Skill Enhancement Courses (SEC I–VI) in BSc Agriculture as per ICAR 6th Deans' Committee 2024. What SECs cover, institution-wise options, evaluation pattern, and how to make the most of SECs.

Learn how organizations become receptive to innovation through entrepreneurial policies, practices, and performance measurement.

Understand price, income, and cross elasticity of demand, their degrees, methods of measurement, and why elasticity matters in agricultural markets.

Understand the role of commercial banks in agricultural lending, including nationalization, rural branch expansion, priority sector lending, and agricultural credit delivery.

Learn why governments intervene in agricultural trade and how quality control systems support fair and efficient markets.

Learn directing as a management function through supervision, leadership, motivation, and communication in agribusiness.

Learn fixed cost, variable cost, total cost, average cost, and marginal cost concepts used in farm production decisions.

Understand the basic methods used to compute area and earthwork volume from survey data.

Study the frame and covering materials used in greenhouse construction and compare them on strength, durability, and cost.

Understand the stages of biomass combustion, the role of air supply and mixing, and the main combustion-system types used for biomass energy.

Learn the concept, objectives, organization, and significance of the Community Development Programme in India.

Understand evaluation criteria, preparation methods, and communication strategies for group discussions and interviews.

Learn the meaning of values and attitudes, their social roots, and their importance in behaviour change and extension work.

Understand small group discussion techniques such as lecture, dialogue, symposium, and debate in extension teaching.

Understand agricultural start-ups, FPOs, incubation support, and emerging entrepreneurship opportunities in India.

Study autotrophic and heterotrophic microbial metabolism, including fermentation, respiration, chemolithotrophy, and photosynthesis.

Lipids.

Risk Management in Agriculture — types of agricultural risks, crop insurance, hedging, and risk mitigation strategies.

Pesticide Formulations and Application — types of formulations, application equipment, dosage calculation, and safe handling practices.

Seed Certification and Testing — certification process, field and seed standards, seed testing procedures, and ISTA rules.

Rock Garden Water Garden and Japanese Garden.

Learn the purpose, structure, and practical importance of the Food Safety and Standards Act, 2006 in India.

Introduction to Biofertilizers — definition, types, classification, and importance in sustainable agriculture.

Course overview and lesson index for ELEC 06, focused on biological crop-protection inputs, biological nutrient inputs, and their production and marketing.

Post-Harvest Technology and Cold Chain.

Applications — Virus-Free Plants and Clonal Propagation.

Herbicide Selectivity and Mode of Action — ALS inhibitors, ACCase inhibitors, PSII inhibitors, EPSPS inhibitors, and auxin mimics.

Learn how agro-advisory services work in India and why weather-based advisories are important for crop decision-making.

Agricultural Photography — field photography techniques, documentation of farming practices, visual storytelling, and ethical considerations.

Crop Production Under Protected Conditions.

CPR definition, rural importance, Ostrom's theory, JFM, and key environmental laws (EPA 1986, FCA 1980, WPA 1972, BDA 2002, NGT 2010) for ELEC 13.

Types, mechanisms, and agronomic performance of nanofertilizers including IFFCO nano-urea, nano-DAP, nano-zinc, and slow-release systems.

Unit operations in seed processing, ISTA quality testing procedures, germination, vigour, purity, moisture, and seed health testing methods.

Structural and functional genomics — crop genome sequencing, NGS technologies, transcriptomics, proteomics, metabolomics, reverse genetics (RNAi, TILLING), bioinformatics tools, and comparative genomics.

Image preprocessing, visual interpretation, supervised and unsupervised classification, accuracy assessment, and vegetation indices including NDVI, SAVI, and EVI.

FAO definition, three pillars of CA, history, global and India adoption, benefits, challenges, and comparison of tillage systems.

SRI, AWD, deficit irrigation, rainwater harvesting, soil organic carbon, biochar, conservation tillage, and INM for climate-resilient agriculture.

Drying methods (sun, hot air, spray, freeze), canning, freezing, pickling, fermentation, and juice processing — principles, processes, and quality parameters.

Categories of food additives (preservatives, antioxidants, colours, emulsifiers, sweeteners), food preservation principles (heat, cold, drying, MAP, irradiation), water activity, and hurdle technology.

Types of metamorphosis and the role of diapause in insect development and survival.

Learn how pesticides and other farm inputs harm honey bees through direct exposure, residues, drift, and contamination of colonies and bee products.

Comprehension.

Silkworm Biology and Life Cycle.

Bio-diversity: Definition, Clas.

Some Sub Systems.

Agricultural administration, rainfall logic, crop-season planning, and traditional agrarian practices from Arthashastra and Sangam literature.

Agricultural ideas from Sangam literature, especially Tholkappiyam and Thirukkural, including land, crops, irrigation, and agronomic practice.

Study wind measurement, major wind types, and both the beneficial and harmful effects of wind on crops.

Crop water requirement, evapotranspiration, consumptive use, irrigation requirement, and factors affecting crop water demand.

Nutrient cycles in agricultural ecosystems, biological nitrogen fixation, energy use efficiency, carbon cycling, and nutrient use efficiency in integrated farming.

Earthworm species, methods, quality benchmarks, and farm-scale vermicompost production.

Practical irrigation scheduling and weed-management strategy across major Rabi crops.

Thermal processing of foods — blanching, pasteurization, sterilization, and UHT.

Complete guide to soybean cultivation covering the Golden Bean's importance, varieties, Rhizobium inoculation, weed management, IPM, and harvest practices in Madhya Pradesh and India.

Importance, origin, types, agronomy, and practical management of lentil under Indian Rabi conditions.

Lecture notes covering Crop Production Technology-I (Kharif Crops) as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 301 | Credits: 2(1+1).

Study safflower as a specialty oilseed crop, including its oil quality, by-products, adaptation, climate, soil, and management principles.

Origin, importance, adaptation, and practical production features of sorghum.

Study the main non-chemical approaches to weed control, including prevention, mechanical removal, tillage, rotation, and crop-based suppression.

Understand GPS working principles, NavIC India-specific constellation, error sources, RTK accuracy, and field applications for precision agriculture.

Bunds, check dams, farm ponds, terracing, gully control, and vegetative measures for soil and water conservation in rainfed watersheds.

Breeder, foundation, registered, and certified seed classes used in organized seed multiplication.

Floral biology, breeding objectives, and varietal development in sorghum.

Botanical and floral characters of important cereals used in breeding work.

Breeding objectives for grain and fodder sorghum with emphasis on the CMS system and dual-purpose cultivar development.

Breeding for yield and disease resistance in field pea (Pisum sativum). Powdery mildew resistance, semi-leafless types, and modern breeding approaches.

Lecture notes covering Crop Improvement-II (Rabi) as per ICAR 5th Dean Committee syllabus. Course Code: GPBR 214 | Credits: 2(1+1).

Quantitative Traits.

Techniques of in vitro.

Orchard Planning and Layout Systems.

Principles of farm layout, site selection, and housing management for dairy animals.

Understand bhendi or okra cultivation, from varieties and sowing to irrigation, interculture, harvest, and disease management.

Climate, varieties, sowing, and crop protection practices for profitable cumin cultivation.

Jasmine and Crossandra — Production Technology.

Primary and secondary causes of post-harvest losses in fruits and vegetables.

Agricultural Revolution in India.

Reproduction in Plants.

Transpiration.

Learn the Cartesian coordinate system, distance, slope, and line equations with agricultural applications.

Banana — Soil, Climate.

Male Reproductive System.

Key features, classification basis, and importance of Eumycota in plant pathology.

Diseases of Maize.

Diseases of Papaya and Other Tropical Fruits.

Fungicide Application Methods and Resistance Management.

Lec 06.

WINDOWS: GUI, Desktop &.

Trade Secrets.

Differential Calculus(2).

Introduces soil horizons, profile development, and diagnostic features for field interpretation.

Learn the major diseases listed for guava and related fruit crops in this lesson, with emphasis on symptom recognition and management logic.

Saline-sodic soils — properties and combined management approach.

Understand how nutrients move from soil to the root surface and how roots absorb them for plant growth.

Manufacturing routes, properties, and handling aspects of major ammoniacal nitrogen fertilizers.

Study the major primary tillage implements, their parts, working principles, and field uses in soil opening and inversion.

Complete competitive exam ecosystem for BSc Agriculture graduates — academic entrance (CUET, ICAR AIEEA-PG, ICAR JRF), banking (IBPS AFO, NABARD), central govt (FCI, SSC), state services (ADO, AO), research (ASRB NET, ARS), agribusiness MBA, and private sector pathways.

Agricultural Engineering study material for BSc Agriculture students, covering machinery, water, structures, post-harvest systems, and renewable energy.

Complete guide to Deeksharambh — the 2-week induction programme for new BSc Agriculture students as per ICAR 6th Deans' Committee 2024. Schedule, activities, objectives, and what to expect.

Understand the major internal and external sources from which entrepreneurial opportunities emerge.

Learn Engel's law of family expenditure, how household spending patterns change with income, and why family budget studies matter in agricultural economics.

Learn why Regional Rural Banks were created, how they function, and what role they play in serving small farmers and weaker rural sections.

Study warehousing functions, warehouse receipts, and the role of FCI in procurement, buffer stocks, and food distribution.

Understand controlling as a management function through standards, performance review, deviation analysis, and corrective action.

Understand economies and diseconomies of scale, break-even logic, and how farm size influences cost efficiency.

Learn the major agronomic, vegetative, and engineering measures used to control soil erosion.

Understand the space, load, service-building, and erection criteria that guide functional greenhouse design.

Learn what a gasifier does, the major stages inside a gasifier, and the main technology choices used in biomass gasifier design.

Understand democratic decentralization, the three-tier Panchayati Raj structure, and its role in rural development.

Learn the Big Five, MBTI, Type A and Type B patterns, and practical tools for self-awareness and personality assessment.

Understand the meaning, characteristics, and major types of social institutions in rural society.

Study radio, television, posters, films, and other mass contact methods used in agricultural extension.

Learn core marketing management concepts for agri-entrepreneurs, including the 4Ps, segmentation, and agricultural pricing strategy.

Understand the structure, composition, host specificity, and significance of bacteriophages as bacterial viruses.

Study major, minor, unusual, and essential fatty acids along with simple and compound lipids.

Agri-Food Processing Industry — sectors, technologies, government schemes, and business opportunities in food processing.

Learn what pesticide residues are, how they are regulated, what affects residue levels, and how safe use practices protect food and human health.

Private Sector in Plant Breeding — role of seed companies, R&D investment, molecular breeding, and public-private partnerships.

Landscape for Institutions and Public Spaces.

Food Labeling and Packaging Regulations.

Nitrogen-Fixing Biofertilizers — Rhizobium, Azotobacter, Azospirillum, Blue-Green Algae, and Azolla in agricultural systems.

Organic Horticulture.

Somaclonal Variation and Genetic Fidelity.

Herbicide Resistance — mechanisms of resistance, resistant weed populations worldwide and in India, and management strategies.

Decision Support Systems — Nutrient Expert, STCR-based recommendations, pest forecasting systems, and DSS architecture for agriculture.

Science Communication — translating agricultural research into farmer-friendly language, popular science writing techniques, and effective science journalism.

Pest and Disease Management in Protected Cultivation.

Course overview and lesson index for ELEC 07, focused on controlled-environment production, structure management, crop performance, and enterprise economics.

EIA definition, India's EIA Notification 2006, screening, scoping, baseline study, impact prediction, EMP, public hearing, Leopold matrix for ELEC 13.

Nanoencapsulation techniques, targeted delivery systems, and case studies in nano-enabled pesticide formulations.

Seed longevity, Harrington's rules, storage structures including hermetic storage, seed packaging materials, labelling requirements under Seed Act.

Methods of genetic transformation — Agrobacterium, biolistic, floral dip — selection and confirmation, transgenic crops globally and in India, regulatory framework, and biosafety concerns.

Crop area estimation, soil mapping, drought and flood monitoring, disease detection, precision soil sampling, FASAL programme, and PMFBY remote sensing applications.

Zero-till equipment (Happy Seeder, ZTFSD, strip-till), stubble burning problem, alternatives to burning, government schemes, and mulching in conservation agriculture.

NICRA, NAPCC, NMSA, PMFBY, PM-KUSUM, watershed development, India's NDCs, and state climate action plans for agriculture adaptation.

Value addition concepts; fruit and vegetable products; cereal, pulse, and dairy value addition; agricultural waste utilization; nutraceuticals and functional foods.

Types of food spoilage (microbial, chemical, physical), key spoilage organisms, foodborne diseases, mycotoxins (aflatoxin, ochratoxin), HACCP principles, and indicator organisms.

Major larval and pupal forms used in insect identification and classification.

Understand how pollinators, insect weed-control agents, and other beneficial insects support crop production, biodiversity, and natural pest regulation.

Homonyms.

Sericulture — Mulberry Cultivation and Rearing.

Learn the meaning of pollution, types of pollutants, major air pollutants, their effects, and common control strategies.

Silvipasture System.

Definition of agronomy, disciplinary scope, linkage with allied sciences, and the practical role of an agronomist.

Traditional astronomical and observational methods used in Indian agriculture for seasonal weather and rainfall prediction.

Learn the mechanism, branches, withdrawal, and agricultural significance of the Indian monsoon.

Crop-wise water requirement and critical irrigation stages in rice, groundnut, finger millet, sugarcane, maize, cotton, sorghum, and pulses.

Classification, important systems, species, benefits, carbon sequestration, and national policy of agroforestry in India — with regional examples.

System-level organic production strategy across major crops and conversion economics.

Complete guide to potato cultivation — varieties, agronomy, IPM, storage, and economics for Rabi season production in India.

Dehydration and concentration methods — sun drying, mechanical drying, freeze-drying, and osmotic dehydration.

Comprehensive guide to sugarcane cultivation covering sett planting, varieties, earthing up, trash mulching, red rot disease, ratoon crop management, and ethanol uses.

Importance, types, adaptation, and agronomic management of field pea as a cool-season Rabi pulse crop.

Study castor as a commercial non-edible oilseed crop, including its industrial importance, origin, climate, soil, plant traits, and management logic.

Study pearl millet as a major dryland cereal, including origin, importance, adaptation, ecological zones, and agronomic strengths.

Lecture notes covering Crop Production Technology-II (Rabi Crops) as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 302 | Credits: 2(1+1).

Learn how herbicides and biological agents are used in weed control, along with their benefits, limits, and safe use principles.

Learn how Geographic Information Systems capture, store, and analyze spatial agricultural data — from soil mapping to watershed delineation using ArcGIS, QGIS, and ISRO's Bhuvan.

Pre-designed alternative crop plans for delayed monsoon, dry spells, floods, and aberrant weather — CRIDA district plans, short-duration varieties, and farm pond use.

Field standards, isolation, and crop management practices for varietal seed production in maize.

Origin, floral biology, and crop-improvement methods used in finger millet breeding.

Maize - Zea mays (2n.

CMS-based hybrid development, nutritional improvement, and biofortification strategies in pearl millet.

Breeding objectives in rapeseed-mustard (Brassica juncea/napus). Oil content improvement, erucic acid reduction, yellow seeded types, and hybrid development.

Cytoplasmic Inheritance.

Micro propagation.

Training and Pruning of Fruit Crops.

Single-row, double-row, loose, and conventional cattle housing systems with their practical uses.

Learn the general features, flowering biology, pollination behavior, and production relevance of cucurbitaceous vegetables.

Fenugreek cultivation for leaf, seed, and diosgenin value with key production practices.

Loose Flowers — Production and Marketing.

Ripening Chemicals.

Understand the major institutions that support agricultural research, education, extension, and national agricultural development in India.

Photosynthesis.

Mineral Nutrition.

Matrices and Determinants.

Banana — Major Production.

Biology of Plant Parasitic.

Defining characters and examples of Zygomycotina relevant to plant pathology study.

Diseases of Sorghum and Pearl Millet.

Diseases of Apple — Scab, Fire Blight, Canker.

Host Plant Resistance — Concepts and Types.

Lec 07.

MSWORD: Word-processing.

Understand how patents, biodiversity rules, and benefit-sharing issues intersect with agricultural biotechnology.

Differential Equations.

Explains soil texture and core physical properties that control water, air, and root behavior.

Disease of Apple.

Acid soils — characteristics, aluminum and manganese toxicity, and distribution in India.

Nitrogen—Transformation.

Industrial steps, reactions, and handling basics involved in manufacturing urea fertilizer.

Learn the major implements used in secondary tillage, seedbed finishing, leveling, and wetland preparation.

Broad career map after BSc Agriculture, organized by priority, exam type, sector, and long-term direction.

Top agricultural universities in India using NIRF 2025 Agriculture & Allied Sectors rankings, with admission-route guidance, fees context, course fit, and how to choose the right agricultural university.

Learn the main steps of marketing research and how entrepreneurs use market information before launching or expanding a business.

Understand production as transformation of inputs into output, and study land, labor, capital, and organization as the main factors of production.

Understand the role of apex and higher-level institutions such as RBI and NABARD in shaping agricultural and rural credit.

Understand agricultural price behavior, administered prices, and the main methods used to manage marketing risk.

Learn the scope of production management, including production decisions, facility planning, layout, workflow, and operational efficiency.

Learn how two variable inputs can be combined to produce a given output at minimum cost.

Understand the meaning of soil erosion, its major types, and the physical process through which soil is detached and transported.

Study why greenhouse heating is needed, how heat is lost, and which heating and heat-distribution systems are used in practice.

Understand the biomass gasification process, its reaction zones, product gas, and why it is attractive for decentralized energy applications.

Learn the logic, objectives, and significance of major agricultural development programmes such as IADP, IAAP, HYVP, and IVLP.

Understand emotional intelligence, empathy, self-regulation, and interpersonal skills for communication and leadership.

Learn the meaning, characteristics, and importance of social organisations in collective action and rural development.

Learn the meaning, types, principles, and uses of audio-visual aids in agricultural extension teaching.

Study the principles of effective business communication, the 7Cs, channel selection, and professional etiquette.

Learn the major phage multiplication cycles, including lytic growth, lysogeny, prophage formation, and lysogenic conversion.

Learn the role of export-import trade in agribusiness, major commodities, institutions, procedures, and policy considerations.

Integrated Use of Agrochemicals — combining pesticides, fertilizers, and bioagents in IPM and INM for sustainable crop production.

Learn how intellectual-property systems protect plant-breeding innovation while balancing breeder, farmer, and researcher interests.

Learn why maintenance is essential in landscaping and how ornamental horticulture creates practical business opportunities.

Global Food Safety Standards.

Phosphorus Biofertilizers — Phosphate Solubilizing Bacteria (PSB), VAM/AM fungi, mechanisms, and agricultural applications.

Learn how horticultural production becomes export-oriented through quality, traceability, infrastructure, and market compliance.

Learn how micropropagation becomes a commercial enterprise through laboratory scale-up, quality control, marketing, and economic planning.

Course overview and lesson index for ELEC 08, focused on plant tissue culture, micropropagation methods, acclimatization, and industry applications.

Learn how cultural, mechanical, chemical, biological, and preventive methods are combined in an integrated weed-management system.

Climate Change Impact Assessment — RCP/SSP scenarios, crop model projections, adaptation planning, and mitigation strategies for Indian agriculture.

Learn the meaning, types, design logic, and communication value of extension literature in agricultural information systems.

Learn how investment, operating cost, crop choice, and marketing strategy determine the success of protected cultivation.

Learn how sustainable development, policy frameworks, and governance approaches shape natural-resource management.

Biosafety principles, safety testing, and Indian and international regulation of bioformulations and nano-agricultural products.

Seed distribution systems, pricing logic, enterprise setup, support schemes, and business opportunities in the seed sector.

ZFN, TALENs, and CRISPR-Cas9 genome editing — mechanism, advanced tools (base editors, prime editing), applications in crop improvement, and regulatory status globally and in India.

Site-specific crop management, precision farming cycle, soil sampling strategies, VRT, yield monitoring, sensors, FMIS, and economics of precision agriculture.

Zero Budget Natural Farming four pillars (Beejamrit, Jeevamrit, Mulching, Waaphasa), Andhra Pradesh scaling, Fukuoka method, biodynamic farming, permaculture, and comparison of natural farming systems.

Agriculture as both a greenhouse-gas source and a mitigation pathway through soil carbon, methane reduction, nutrient efficiency, and carbon-market approaches.

Packaging types and materials; active and intelligent packaging; pack houses; cold storage and transport infrastructure; food processing parks and government schemes.

FSSAI, AGMARK, BIS, Codex Alimentarius, food labelling regulations, food adulteration, FSS Act 2006, and quality attributes in food safety and trade.

Structure and functions of the alimentary canal and digestive organs in insects.

Learn the foundations of insect ecology, including ecosystem terms, agroecosystems, balance of nature, and the environmental forces that regulate insect populations.

Homophones.

Silk Reeling and Post-Cocoon Technology.

Global Warming and Climate.

Learn agrisilvopastoral systems, home gardens, woody hedgerows, and related integrated land-use models.

Crop classification by life cycle, use, season, and climate, along with the major soils of India and their agronomic significance.

Ancient Indian soil classification systems and traditional methods used to maintain soil fertility and productivity.

Understand the major types of drought and the crop, soil, water, and institutional measures used to manage drought risk.

Water budgeting, irrigation scheduling, practical considerations, and major approaches for allocating irrigation water efficiently.

Food security pillars, India's food production journey, SDGs, sustainable intensification, national food security schemes, and addressing post-harvest losses.

Lecture notes covering Farming System and Sustainable Agriculture as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 106 | Credits: 1(1+0).

Jeevamrit, Panchagavya, Beejamrit, FPJ, FAA, seaweed extract, and vermiwash use cases.

Comprehensive coverage of rapeseed and mustard cultivation — species, varieties, agronomy, IPM, oil quality, and economics for Rabi season.

Low temperature preservation — refrigeration, freezing, IQF, and cold chain management.

Production guide for sorghum covering grain, fodder, and sweet types, CSH hybrids, shoot fly and stem borer IPM, anti-quality traits, and dual-purpose management.

Importance, adaptation, and agronomic management of French bean as a pulse and vegetable-type legume in Indian systems.

Study linseed as a dual-purpose oil and fibre crop, including its uses, crop types, origin questions, climate, soil, and agronomic significance.

Study finger millet as a resilient small millet, including origin, morphology, adaptation, climate, soils, varieties, and stand-establishment principles.

Understand integrated weed management as a planned combination of methods that keeps weeds below economic damage levels.

Explore how satellite remote sensing, vegetation indices (NDVI, EVI, NDWI), and platforms like Sentinel-2 and Resourcesat-2 are used for crop area estimation, yield forecasting, and stress detection.

Evolution of watershed programmes from DPAP to PMKSY-WDC, key institutions, success stories (Ralegan Siddhi, Sukhomajri), and impacts of watershed development.

Detasseling, parental line management, and hybrid seed production steps in maize.

Breeding methods, floral traits, and varietal improvement in pearl millet.

Botanical features and breeding-relevant floral traits of important small millet crops.

Genetics of male sterility, CGMS-based hybrid development, and disease resistance breeding in pigeonpea.

Heterosis breeding and quality improvement in sunflower (Helianthus annuus). CMS-based hybrids, high oleic acid breeding, and disease resistance.

Methods of inducing.

Anther and microspore.

Irrigation and Nutrient Management in Horticulture.

Learn the immediate care, colostrum feeding, housing, hygiene, and heifer management practices required for healthy calf rearing.

Study ridge and sponge gourd cultivation, including varieties, climate, cultivation practices, and major pests and diseases.

Lemongrass cultivation, citral-rich oil production, harvesting, and distillation fundamentals.

Landscaping — Principles and Design Elements.

Methods of Storage.

Agriculture in Indian Culture.

Respiration.

Mechanism of Uptake-.

Learn the ideas of limits, differentiation, and integration as tools for studying change and accumulation.

Citrus.

Taxonomy of Plant Parasitic.

Major characters, reproduction, and significance of Ascomycotina fungi in crop diseases.

Diseases of Chickpea and Pigeonpea.

Diseases of Tomato — Early Blight, Late Blight, Wilt.

The gene-for-gene hypothesis was proposed by Harold Henry Flor in 1956. Learn how R-genes and Avr genes interact, the guard hypothesis, and implications for IPDM.

Lec 08.

MSEXCEL: Electronic.

International Agreements.

Equation of a circle.

Describes soil structure types, grades, and their effect on tilth, aeration, and root growth.

Diseases of Chilli.

Lime requirement and acid soil management — liming materials, methods, and acid-tolerant crops.

Phosphorus.

Concept, materials, and agronomic value of slow-release nitrogen fertilizers for efficient nutrient use.

Study sowing methods, seed drills, seed-cum-fertilizer drills, and the main metering and furrow-opening mechanisms used in crop establishment.

Agricultural Economics study material for BSc Agriculture students, covering economics, finance, marketing, agribusiness, and farm management.

Understand the immediate business forces that directly affect an enterprise, including customers, suppliers, competitors, and intermediaries.

Understand the meaning, characteristics, types, and formation of capital, and why capital matters in agricultural growth and farm management.

Understand why insurance is linked with agricultural credit and how insurance reduces production and repayment risk in farm finance.

Learn how commodity exchanges support price discovery, futures trading, hedging, and risk transfer in agricultural markets.

Learn how agribusiness firms manage purchasing, inventory, storage, supplier relations, and material flow efficiently.

Understand expansion path, ridge lines, and how least-cost input combinations connect to profit maximization.

Learn the basic principles used in designing contour bunds and terraces for soil and water conservation.

Learn the main irrigation systems used in greenhouses and understand how watering rules affect crop quality under protected cultivation.

Learn why producer gas must be cleaned and study the main methods used to remove tar, particulates, and trace impurities.

Understand NATP, ATMA, and watershed development programmes as important institutional innovations in agricultural extension.

Understand leadership styles, core leadership qualities, team development stages, and conflict resolution in professional settings.

Understand the meaning, direction, causes, and factors of social change in rural society.

Learn the meaning, importance, tools, and practical role of ICT and cyber extension in agricultural communication and technology transfer.

Learn the formats and uses of business letters, reports, proposals, minutes, and memos in agribusiness communication.

Learn how viroids and prions differ from viruses and why these unusual infectious agents cause important plant and animal diseases.

Mass Production and Quality Control of biofertilizers and biopesticides — fermentation, carrier-based formulations, BIS standards, and shelf life.

Course overview and lesson index for ELEC 09, focused on technology-intensive horticulture from nursery to market.

Indian GM-crop regulation, genome-editing policy, major bioinformatics tools, and intellectual property systems relevant to crop biotechnology.

Agricultural drones, IoT sensor systems, AI-enabled analytics, digital farms, and future directions in geoinformatics and precision agriculture.

Transition economics, organic market structure, certification costs, government schemes, and policy support for organic and conservation-oriented farming.

Food processing enterprise logic, regulatory requirements, government support schemes, value-chain finance, and post-harvest business opportunities.

Food hazards, preventive food safety systems, and the role of fortification in public nutrition.

Open circulatory system, haemolymph flow, and dorsal vessel structure in insects.

Understand insect population attributes, growth forms, life tables, and how competition, predators, parasites, and diseases regulate pest populations.

Vocabulary and Reading.

Lac Insect Biology and Lac Culture.

Causes, Effects.

Agroforestry Diagnosis.

Internal and external factors that influence crop growth, yield, and field-level agronomic performance.

Ancient Indian irrigation, tank systems, rainwater harvesting methods, and their continuing relevance to sustainable agriculture.

Learn how frost forms, how it injures crops, and the main passive and active methods used for protection.

Irrigation efficiency, conveyance efficiency, application efficiency, crop water-use efficiency, and field water-use efficiency.

Detailed guide to lentil (masoor) cultivation — botany, varieties, agronomy, IPM, and comparative agronomy with other Rabi pulses.

Fermentation technology — lactic acid, alcohol, acetic acid fermentation, and traditional fermented foods.

Production guide for pearl millet covering drought tolerance, HHB-67 hybrid, Dhanshakti biofortification, downy mildew and ergot disease management, and Rajasthan's importance.

Lecture notes covering Practical Crop Production-I (Kharif Crops) as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 202 | Credits: 2(0+2).

Overview of major oilseeds, their production significance, and the value of by-products in Indian agriculture.

Study niger as a minor oilseed crop, including its importance, adaptation to poor soils, climate, oil quality, and agronomic role in marginal farming.

Study the major small millets, their stress tolerance, ecological value, and agronomic importance in dryland and contingency farming.

Study the role of herbicides in weed management, along with their main benefits, risks, and safe-use principles.

Understand nanofertilizer technology including IFFCO Nano Urea, Nano DAP, controlled-release mechanisms, NUE improvement, and regulatory status under India's FCO.

Seed production techniques, isolation, and rouging requirements for varietal paddy seed.

Breeding features, objectives, and varietal improvement in kodo and barnyard millets.

Botanical and floral characters of important pulse crops used in breeding.

Breeding strategies for short duration, MYMV resistance, and photo-insensitivity in greengram and blackgram.

Breeding of safflower (Carthamus tinctorius) and linseed (Linum usitatissimum). Oil quality improvement, thornless safflower, and dual-purpose linseed.

Mutations.

Ovule Culture.

Weed Management in Horticultural Crops.

Care & mgt- pregnant.

Understand ash gourd cultivation, including crop identity, flowering behavior, varieties, management, harvest, and seed production.

Citronella grass production, essential oil recovery, and its insect-repellent importance.

Garden Types and Styles — Formal, Informal, Japanese, Mughal.

Packaging functions, packaging materials, and modern methods for shelf-life extension of produce.

Plant Hormones.

Foliar diagnosis.