Agronomy

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

Introduction to Rainfed Agriculture.

Introduction to Geoinformatics in Agriculture.

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

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

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

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

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

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

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.

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

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

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

Moisture Conservation Techniques.

Precision Farming — Concepts and Technologies.

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

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.

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

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

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

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

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

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.

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

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

Watershed Management — Concepts and Planning.

Nanotechnology in Agriculture.

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

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.

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

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

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

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

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

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.

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

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

Rainwater Harvesting and Water Management.

Drones and IoT in Agriculture.

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

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.

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

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

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

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

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

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.

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

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

Dryland Farming Practices and Contingency Planning.

Yield Monitoring and Site-Specific Management.

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

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.

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

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

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

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

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

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

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

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

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

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

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

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

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

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.

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

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

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

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.

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

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

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.

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

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

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

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.

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

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

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

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

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

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

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

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

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

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.

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

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

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

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.

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

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.

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

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

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.

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

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

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

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.

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

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

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

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

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.

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

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

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

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

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.

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

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

Explore nanoformulations of pesticides, targeted delivery systems, nanosensors for soil and disease detection, and biosafety concerns in nano-enabled agriculture.

Learn how herbicides are classified by selectivity, mobility, timing, chemistry, and formulation, and how application methods affect performance.

Study sugarcane as a major sugar crop, including industrial importance, by-products, origin, crop groups, and agronomic significance.

Study redgram as a major pulse crop, including its importance, origin, climate, soil, crop types, varietal groups, and management principles.

Importance, species groups, uses, and practical agronomy of rapeseed-mustard under Indian Rabi conditions.

Lecture notes covering Practical Crop Production-II (Rabi Crops) as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 203 | Credits: 2(0+2).

Field pea, lathyrus, chickpea overview, intercropping, and soil fertility benefits of Rabi pulse crops in Indian agriculture.

Production guide for sunflower covering heliotropism, boron nutrition, honeybee pollination, Alternaria blight and Sclerotinia diseases, and comparison with other oilseed crops.

Understand greenhouse gases, major agricultural impacts of climate change, and the core adaptation and mitigation responses.

Quality of irrigation water, salinity and sodicity hazards, and agronomic precautions for using poor-quality or wastewater in agriculture.

Ancient Indian ideas on pests, diseases, seed treatment, fumigation, grain storage, and post-harvest handling.

Definition of tillage and tilth, objectives of soil manipulation, and the major tillage systems used in agronomy.

Master Site-Specific Crop Management (SSCM), management zone delineation, variable rate application of fertilizers and irrigation, and precision farming economics in Indian context.

Understand the difference between common names, trade names, and chemical names of herbicides used in agriculture.

Study tropical sugarbeet as an alternative sugar and ethanol-linked crop, including its importance, hybrids, climate, soils, and management logic.

Study blackgram as a short-duration pulse crop, including its importance, adaptation, climate, crop features, management, and role in sequential cropping.

Importance, oil quality, adaptation, and agronomic management of sunflower under Indian field conditions.

Integrated management of Rabi cropping systems, key resource decisions, and practical economics of major Rabi crops.

Production guide for sesame covering Queen of Oilseeds status, geocarpy avoidance, phyllody disease, capsule shattering management, and comparison with other Kharif oilseeds.

Lecture notes covering Principles of Organic Farming as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 107 | Credits: 2(1+1).

Study forecast horizons, forecasting methods, and the role of agromet advisories in improving farm decisions.

Water management in saline, sodic, and saline-sodic soils, including causes, classification, reclamation, and practical management measures.

Indigenous crop heritage of India, including rice, cotton, sugarcane, and major crop introductions from other world regions.

Seed rate calculation, sowing methods, germination factors, plant population, and crop geometry in agronomy.

Lecture notes covering Geoinformatics, Nano-technology and Precision Farming as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 308 | Credits: 2(1+1).

Explore IoT sensor networks, AI-based crop diagnostics, blockchain traceability, government digital agriculture initiatives (AgriStack, GEMINI), and India's agri-tech startup ecosystem.

Study low-volume spraying, herbicide mixtures, adjuvants, resistance and tolerance concepts, and the effect of sublethal dosage.

Study what fibre crops are, how plant and animal fibres differ, and why fibre-crop classification matters in agronomy.

Study greengram as a versatile short-duration pulse, including its importance, adaptation, crop features, management, and use in grain, forage, and green manuring.

Importance, oil quality, uses, adaptation, and agronomic management of safflower under dryland and Rabi conditions.

Complete production guide for pigeonpea covering short, medium, and long duration types, sterility mosaic disease, Maruca pod borer IPM, and India's 80% global share.

Understand agroclimatic zonation in India and why region-specific planning is essential in agriculture.

Paired-row, alternate-furrow, gradual-widening, and surge-irrigation techniques for improving water-use efficiency in non-rice crops.

Historical development of orchards, gardens, sacred trees, Mughal gardens, botanical introductions, and native ornamental plants in India.

Role of manures and fertilizers in crop production, fertilizer-use efficiency, and major intercultural operations after sowing.

Lecture notes covering Rainfed Agriculture and Watershed Management as per ICAR 5th Dean Committee syllabus. Course Code: AGRO 309 | Credits: 2(1+1).

Understand how herbicides act inside plants and why some herbicides control weeds without seriously injuring the crop.

Study cotton as a major fibre crop, including economic importance, species groups, plant structure, climate, soils, and agronomic significance.

Study rice-fallow pulse systems, including residual-moisture use, suitable crops, sowing timing, management logic, and harvesting under zero-tillage or relay conditions.

Importance, adaptation, fibre and oil value, and practical agronomy of linseed under Indian conditions.

Combined production guide for green gram (mung bean) and black gram (urd bean) covering varieties, MYMV disease management, multiple pickings, and fast-maturing pulse management.

Learn how local crop-level climate differs from general weather and how crops respond to specific weather conditions.

Command area development, on-farm development works, irrigation distribution systems, and rotational water supply in major irrigation commands.

Indigenous agricultural knowledge related to crop protection, weather forecasting, and animal management in traditional farming systems.

Meaning of irrigation, optimum soil-moisture range, irrigation scheduling basics, and major irrigation methods with drainage concepts.

Learn how herbicides interact with water, fertilizers, insecticides, fungicides, and adjuvants, and why compatibility matters for efficacy and crop safety.

Study jute as a major bast fibre crop, including its importance, species differences, climate, soil, retting, and role in packaging and eco-friendly fibre systems.

Study cowpea as a multi-purpose pulse crop, including its origin, adaptation, uses, crop features, management, and place in mixed and sequential systems.

Importance, production context, and by-product utilization of sugarcane and sugarbeet in Indian agriculture.

Integrated management of Kharif crops covering cropping systems, intercropping, nutrient management, pest timing, and post-harvest planning.

Causes and effects of water logging, need for drainage, and major surface-drainage methods used in agricultural fields.

Indian vegetable diversity across agro-ecological regions, ancient floriculture traditions, perfume culture, and the historical relevance of medicinal plants.

Planting geometry, spacing logic, crop arrangement methods, and how plant population affects growth and yield.

Study crop-specific weed-management strategies for major field crops using cultural, manual, and herbicidal approaches.

Study mesta as a jute-allied bast fibre crop, including crop types, fibre quality, adaptation, and agronomic relationship with jute.

Study the importance of rabi pulses and the agronomic identity of major cool-season pulse crops such as chickpea, field pea, lentil, lathyrus, and related legumes.

Introduction, importance, by-products, origin, and broad production significance of sugarcane.

Key cost concepts, MSP linkage, crop budgeting, and practical economics of major Kharif crops.

Learn the principle, components, merits, limitations, and practical use of drip irrigation and fertigation systems.

Historical importance of cattle, buffaloes, goats, sheep, and other domestic animals in agriculture, dairying, draught power, and rural life.

Cropping pattern, cropping systems, intensive and multiple cropping, and the role of sustainability and integrated farming in agronomy.

Understand weed-management principles in horticultural systems, including seedbeds, mulching, tillage, hand weeding, and cautious herbicide use.

Study tobacco as a commercial crop, including origin, crop types, nursery raising, spacing, topping, and agronomic management linked to product quality.

Study selected minor pulses such as sword bean and understand why lesser-grown pulses still matter in agronomy through niche adaptation and multiple uses.

Importance, adaptation, hybrids, and practical agronomy of tropical sugarbeet as an alternative sugar crop.

Principle, advantages, crop response, types, and main components of sprinkler irrigation systems.

Study how Greek, Chinese, Persian, and European travelers described Indian agriculture, crops, gardens, cotton, irrigation, and peasant life.

Principles of organic and eco-friendly agriculture, their advantages and limits, and the relation of these approaches to dryland and rainfed farming.

Study horse gram as a hardy pulse crop, including its adaptation, soil tolerance, crop uses, management, and role in low-input farming.

Importance, production context, and economic role of medicinal and aromatic crops in Indian agriculture.

Plastic mulching, its advantages, limitations, moisture-conservation role, weed suppression, and major film properties relevant to crop production.

Trace the rise of modern agricultural research in India through IARI, ICAR, coordinated research projects, KVKs, and long-term national vision.

Meaning of agro-climatic zoning, the major Planning Commission regions of India, and the agro-climatic zones of Andhra Pradesh.

Study green manuring and green leaf manuring, including their purpose, nitrogen contribution, system fit, and major crops used in South Indian agriculture.

Types, uses, adaptation, and agronomic management of mint as an important aromatic crop.

Classification of irrigation methods with emphasis on surface irrigation, including border, check-basin, and furrow methods.

Meaning and scope of agro-meteorology, atmospheric structure, lapse rate, and the monsoon importance of Indian agriculture.

Study why forages matter in agriculture, including their role in livestock feeding, pasture development, crop-livestock integration, and farm sustainability.

Importance, varieties, propagation, agronomy, and oil extraction of lemongrass as an aromatic crop.

Comparative understanding of irrigation-method selection, including surface, subsurface, and pressurized approaches, with major field limitations.

Difference between weather and climate, factors affecting climate, and the agricultural importance of microclimate, mesoclimate, and macroclimate.

Study major forage grasses and fodder cereals, including their agronomic value, management logic, and role in livestock-feed systems.

Importance, adaptation, cultivation, and oil-use significance of citronella as an aromatic grass crop.

Solar radiation, heat transfer, wavelength ranges, and the influence of major weather elements on crop growth.

Study major forage legumes and legume-based fodder systems, including lucerne, hedge lucerne, stylos, fodder cowpea, and their agronomic role in improving fodder quality.

Understand palmarosa as an aromatic grass crop, including its importance, ecology, varieties, cultivation practices, harvesting, and oil uses.

Atmospheric-pressure basics, monsoon wind systems, and the agricultural importance of seasonal rainfall in India.

Study temperate forage grasses and legumes, including their ecological behavior, seasonal growth pattern, and role in cooler and alpine fodder systems.

Study isabgol as a medicinal seed crop, including its importance, export value, ecology, agronomic practices, harvesting, and husk production.

Cloud formation, cloud classification, precipitation forms, and the agricultural significance of clouds in weather interpretation.

Study the importance of fodder trees, their role in integrated farming, and their contribution to livestock feeding, soil improvement, and agroforestry systems.

Understand the importance of major tuber crops in India, including cassava, sweet potato, yams, and related crops, with emphasis on food security and biodiversity.

Drought, flood, and abnormal weather situations that disturb crop production, with their agronomic significance.

Study potato as a major tuber crop, including its importance, adaptation, varieties, agronomic management, and yield-related practices.

Climatic normals, types of weather forecast, synoptic charts, and the practical role of forecasts in agriculture.

Understand the production context and economic importance of narcotic crops in India, with primary focus on tobacco and its agronomic significance.

Concept, applications, cloud-seeding methods, and limitations of weather modification in agricultural use.

Study tobacco as a commercial field crop, including origin, classification, climate, nursery raising, field management, topping, curing, and quality considerations.

Remote sensing basics, agricultural applications, crop-weather models, climate variability, and the significance of El Nino and La Nina.

Understand the importance of forage crops, major forage grasses and legumes, their agronomic requirements, harvest stage, biomass production, and role in livestock systems.

Study berseem as a major irrigated rabi fodder legume, including its importance, climate, soil, varieties, sowing, nutrient management, irrigation, and cutting schedule.

Study lucerne as a perennial fodder legume, including its importance, climate, soil, varieties, sowing, irrigation, cutting schedule, and fodder value.

Study oats as a rabi fodder crop, including its importance, varieties, soil and climate requirements, sowing, irrigation, cutting schedule, and fodder value.

Understand fodder preservation through hay, silage, haylage, and fortification, including principles, quality factors, nutrient losses, and practical management.

Course overview and lecture index for AGRO 102, focused on the heritage, evolution, and institutional growth of Indian agriculture.

Course overview and lecture index for AGRO 103, focused on irrigation principles, water-use efficiency, and micro irrigation systems.

Lecture notes covering Field Crops-III (Commercial Crops). Course Code: AGRO 303 | Credits: 2(1+1).

Lecture notes covering Weed Management. Course Code: AGRO 304 | Credits: 3(2+1).

ICAR JRF Agronomy (Code 05) complete preparation — 9-unit syllabus, PYQ quizzes 2020–2025, weed management, water management, dryland agronomy, soil fertility.

ICAR JRF Agronomy 2020 official question paper — 120 MCQs with answers and explanations.

Complete ICAR JRF Agronomy syllabus 2026 — Code 05 unit-wise topics for crop production, agronomy principles, field crops, weeds, irrigation, nutrient management, dryland farming, and sustainable agriculture.

ICAR JRF Agronomy 2021 official question paper — 120 MCQs with answers and explanations.

ICAR JRF Agronomy 2022 official question paper — 120 MCQs with answers and explanations.

ICAR JRF Agronomy 2023 Shift 1 official question paper — 120 MCQs with answers and explanations.

ICAR JRF Agronomy 2023 Shift 2 official question paper — 120 MCQs with answers and explanations.

ICAR JRF Agronomy 2024 official question paper — 120 MCQs with answers and explanations.

ICAR JRF Agronomy 2025 official question paper — 120 MCQs with answers and explanations.

IBPS AFO interview agriculture questions: agronomy, soil pH, Soil Health Card 12 parameters, IPM, crop seasons, animal husbandry breeds, and aquaculture. Carries 35% interview weight.

Principles of agronomy — soil-plant-atmosphere relationships, cropping systems, crop rotations, intercropping, weed-crop competition, sustainable agriculture, organic farming, and natural-farming policy concepts. 8 lessons.

Atmospheric layers, monsoons, solar radiation, temperature, humidity, wind, clouds, drought, agro-climatic zones, and climate classification for competitive exams.

Irrigation methods (surface, drip, sprinkler), water use efficiency, drainage systems, watershed management, water harvesting structures, command area development — high-scoring topic for all agriculture exams.

Comprehensive course on Weed Science covering classification, control methods, herbicides, allelopathy, weed indices, and integrated weed management.

Kharif and rabi crop production — paddy, wheat, maize, cotton, sugarcane, pulses, oilseeds. Covers tillage, sowing methods, seed rate, fertilizer schedules, irrigation, harvesting and threshing. 36 lessons.

Pedagogically arranged mushroom cultivation course from fungal basics to spawn, substrate science, button mushroom production, tropical mushrooms, IPM, post-harvest and enterprise.

IBPS AFO interview agronomy questions: Norin 10 gene in Green Revolution, Khaira disease from zinc deficiency, all 12 SHC parameters, Jhoom regional names, and crop scientific names.

Principles of agronomy — soil-plant-atmosphere relationships, cropping systems, crop rotations, intercropping, weed-crop competition, sustainable agriculture, organic farming, and natural-farming policy concepts. 8 lessons.

Atmospheric layers, monsoons, solar radiation, temperature, humidity, wind, clouds, drought, agro-climatic zones, and climate classification for competitive exams.

Irrigation methods (surface, drip, sprinkler), water use efficiency, drainage systems, watershed management, water harvesting structures, command area development — high-scoring topic for all agriculture exams.

Comprehensive course on Weed Science covering classification, control methods, herbicides, allelopathy, weed indices, and integrated weed management.

Kharif and rabi crop production — paddy, wheat, maize, cotton, sugarcane, pulses, oilseeds. Covers tillage, sowing methods, seed rate, fertilizer schedules, irrigation, harvesting and threshing. 36 lessons.

Pedagogically arranged mushroom cultivation course from fungal basics to spawn, substrate science, button mushroom production, tropical mushrooms, IPM, post-harvest and enterprise.

Principles of agronomy — soil-plant-atmosphere relationships, cropping systems, crop rotations, intercropping, weed-crop competition, sustainable agriculture, organic farming, and natural-farming policy concepts. 8 lessons.

Atmospheric layers, monsoons, solar radiation, temperature, humidity, wind, clouds, drought, agro-climatic zones, and climate classification for competitive exams.

Irrigation methods (surface, drip, sprinkler), water use efficiency, drainage systems, watershed management, water harvesting structures, command area development — high-scoring topic for all agriculture exams.

Comprehensive course on Weed Science covering classification, control methods, herbicides, allelopathy, weed indices, and integrated weed management.

Kharif and rabi crop production — paddy, wheat, maize, cotton, sugarcane, pulses, oilseeds. Covers tillage, sowing methods, seed rate, fertilizer schedules, irrigation, harvesting and threshing. 36 lessons.

Pedagogically arranged mushroom cultivation course from fungal basics to spawn, substrate science, button mushroom production, tropical mushrooms, IPM, post-harvest and enterprise.

Principles of agronomy — soil-plant-atmosphere relationships, cropping systems, crop rotations, intercropping, weed-crop competition, sustainable agriculture, organic farming, and natural-farming policy concepts. 8 lessons.

Atmospheric layers, monsoons, solar radiation, temperature, humidity, wind, clouds, drought, agro-climatic zones, and climate classification for competitive exams.

Irrigation methods (surface, drip, sprinkler), water use efficiency, drainage systems, watershed management, water harvesting structures, command area development — high-scoring topic for all agriculture exams.

Comprehensive course on Weed Science covering classification, control methods, herbicides, allelopathy, weed indices, and integrated weed management.

Kharif and rabi crop production — paddy, wheat, maize, cotton, sugarcane, pulses, oilseeds. Covers tillage, sowing methods, seed rate, fertilizer schedules, irrigation, harvesting and threshing. 36 lessons.

Pedagogically arranged mushroom cultivation course from fungal basics to spawn, substrate science, button mushroom production, tropical mushrooms, IPM, post-harvest and enterprise.

Principles of agronomy — soil-plant-atmosphere relationships, cropping systems, crop rotations, intercropping, weed-crop competition, sustainable agriculture, organic farming, and natural-farming policy concepts. 8 lessons.

Atmospheric layers, monsoons, solar radiation, temperature, humidity, wind, clouds, drought, agro-climatic zones, and climate classification for competitive exams.

Irrigation methods (surface, drip, sprinkler), water use efficiency, drainage systems, watershed management, water harvesting structures, command area development — high-scoring topic for all agriculture exams.

Comprehensive course on Weed Science covering classification, control methods, herbicides, allelopathy, weed indices, and integrated weed management.

Kharif and rabi crop production — paddy, wheat, maize, cotton, sugarcane, pulses, oilseeds. Covers tillage, sowing methods, seed rate, fertilizer schedules, irrigation, harvesting and threshing. 36 lessons.

Pedagogically arranged mushroom cultivation course from fungal basics to spawn, substrate science, button mushroom production, tropical mushrooms, IPM, post-harvest and enterprise.

Principles of agronomy — soil-plant-atmosphere relationships, cropping systems, crop rotations, intercropping, weed-crop competition, sustainable agriculture, organic farming, and natural-farming policy concepts. 8 lessons.

Atmospheric layers, monsoons, solar radiation, temperature, humidity, wind, clouds, drought, agro-climatic zones, and climate classification for competitive exams.

Irrigation methods (surface, drip, sprinkler), water use efficiency, drainage systems, watershed management, water harvesting structures, command area development — high-scoring topic for all agriculture exams.

Comprehensive course on Weed Science covering classification, control methods, herbicides, allelopathy, weed indices, and integrated weed management.

Kharif and rabi crop production — paddy, wheat, maize, cotton, sugarcane, pulses, oilseeds. Covers tillage, sowing methods, seed rate, fertilizer schedules, irrigation, harvesting and threshing. 36 lessons.

Pedagogically arranged mushroom cultivation course from fungal basics to spawn, substrate science, button mushroom production, tropical mushrooms, IPM, post-harvest and enterprise.

Principles of agronomy — soil-plant-atmosphere relationships, cropping systems, crop rotations, intercropping, weed-crop competition, sustainable agriculture, organic farming, and natural-farming policy concepts. 8 lessons.

Atmospheric layers, monsoons, solar radiation, temperature, humidity, wind, clouds, drought, agro-climatic zones, and climate classification for competitive exams.

Irrigation methods (surface, drip, sprinkler), water use efficiency, drainage systems, watershed management, water harvesting structures, command area development — high-scoring topic for all agriculture exams.

Comprehensive course on Weed Science covering classification, control methods, herbicides, allelopathy, weed indices, and integrated weed management.

Kharif and rabi crop production — paddy, wheat, maize, cotton, sugarcane, pulses, oilseeds. Covers tillage, sowing methods, seed rate, fertilizer schedules, irrigation, harvesting and threshing. 36 lessons.

Pedagogically arranged mushroom cultivation course from fungal basics to spawn, substrate science, button mushroom production, tropical mushrooms, IPM, post-harvest and enterprise.