Track Categories

The track category is the heading under which your abstract will be reviewed and later published in the conference printed matters if accepted. During the submission process, you will be asked to select one track category for your abstract.

Agricultural engineering is the branch of engineering that deals with the applied use of the scientific and technological advancements for efficient production and processing of food, feed, fibre and fuels. It is a combination of civil, electrical, mechanical and chemical engineering principles with the basics of agriculture and technology related to it. The key goal of this discipline is to improve the efficacy and the sustainability of the on-going agricultural practices.

  • Track 1-1Agricultural advanced machines
  • Track 1-2Agricultural resource management
  • Track 1-3Agricultural machinery
  • Track 1-4Precision farming
  • Track 1-5Bio-information system
  • Track 1-6Remote Sensing and Agri-GIS

Post harvest technology plays a major role in fulfilling the dietary needs of the people through proper processing which includes the elimination of nutritional losses from the food products and adequate fortification. It carries a great potential for developing rural industries as post harvesting is vital for healthy processing and consumers are attracted to the quality of these well-processed products.

  • Track 2-1Agricultural science
  • Track 2-2Plant pathology and plant-microbe biology
  • Track 2-3Plant environmental sciences and forecast ecosystems
  • Track 2-4Plant breeding and molecular breeding
  • Track 2-5Post-harvest technology of oilseeds and pulses
  • Track 2-6Plant biotechnology

Agriculture law is a broad canopy that covers seed, water,  fertilizer, pesticide use, agricultural infrastructure, agricultural insurance, agricultural marketing, agricultural labour, agricultural finance, farming rights, land tenure and tenancy system and law on Agricultural processing and rural industry. Issues of environmental law, sustainability, animal welfare, and food law and policy are monitored under Ag-law.

  • Track 3-1Agricultural labour
  • Track 3-2Agricultural finance
  • Track 3-3Farming rights
  • Track 3-4Land tenure
  • Track 3-5Agricultural exceptionalism
  • Track 3-6Agricultural district

Rice is one of the most consumed cereal in the world as a food product. Rice is the seed of the grass species Oryza sativa or Oryza glaberrima. Rice is important with regard to human nutrition and caloric intake, providing more than one fifth of the calories consumed worldwide by humans. Many species of wheat together make up the genus Triticum of which the most widely grown is common wheat (T. aestivum).

  • Track 4-1Hybrid rice & wheat
  • Track 4-2Rice & wheat diseases
  • Track 4-3Rice nutrition
  • Track 4-4Functional properties of rice and wheat
  • Track 4-5Rice and wheat yield
  • Track 4-6Rice blast
  • Track 4-7Golden rice

Smart nutrition and food choice can be the factors that ensure a healthy intake. Understanding good nutrition and managing the food accordingly can help in prevention of diseases. A proper balanced diet is the solution to a healthy living and should include the essential nutrients like proteins, carbohydrates, fats and oils, fibre, vitamins and minerals in adequate amount simultaneously fulfilling the body’s water demand as well.

  • Track 5-1Food science and chemistry
  • Track 5-2Public health research
  • Track 5-3Probiotics and prebiotics
  • Track 5-4Nutrition and metabolism
  • Track 5-5Human nutrition and dietetics
  • Track 5-6Nutrition value and quality of foods
  • Track 5-7Food and nutritional disorders

Horticulture falls between domestic gardening and agriculture, though all forms of cultivation naturally have close links. Horticulture is all about growing fruits and vegetables for consumption and ornamental plants for commercial purposes. Olericulture which is concerned with ornamental plants mainly focuses on herbaceous plants which can be easily accommodated in homes and indoor places for beautification.

  • Track 6-1Fruit and vegetable breeding
  • Track 6-2Arboriculture
  • Track 6-3Turf management
  • Track 6-4Seed physiology
  • Track 6-5Horticultural produce marketing and value chains
  • Track 6-6Hybrid Treatment Systems to Remove Nutrients and Pathogens from Horticultural Runoff Waters
  • Track 6-7Floriculture

The food borne illnesses not only affect the health but also lead to a drastic downfall of the economy. However, these can be prevented by application of certain principles right from on-farm production, to processing, distribution, storage, selection, preparation, and consumption. Awareness about food safety can render benefits to the nation both economically and socially.

  • Track 7-1Food and nutrition security
  • Track 7-2Sustainable intensification of food production systems
  • Track 7-3Innovative ways of feeding increasing population
  • Track 7-4Food storage and technology
  • Track 7-5Fermentation Technology and Cereals
  • Track 7-6Food packaging
  • Track 7-7Post-Harvest Handling and Processing

The food borne illnesses not only affect the health but also lead to a drastic downfall of the economy. However, these can be prevented by application of certain principles right from on-farm production, to processing, distribution, storage, selection, preparation, and consumption. Awareness about food safety can render benefits to the nation both economically and socially.

 

  • Track 8-1Soil moisture control system
  • Track 8-2Agri-silvicultural systems
  • Track 8-3Silvi-pastoral systems
  • Track 8-4Agrosylvopastoral systems
  • Track 8-5Evergreen agriculture
  • Track 8-6Climate-smart agriculture
  • Track 8-7Agro-ecology

Crop protection is mainly done in order to reduce the effect of adverse pest, weed, climatic and disease conditions. It prevents the action of inhibitors on the plant crops which restrict the growth of fruit, vegetable and other horticultural plants. It is important for having crop varieties of higher yield with minimal wastage.

  • Track 9-1Bird netting
  • Track 9-2Cover crops and trap crops
  • Track 9-3Beetle banks
  • Track 9-4Integrated pest management
  • Track 9-5Biological pest control
  • Track 9-6Biochemical pesticides

Entomology is the study of insects and their behaviour. It is a more specific discipline of zoology. Professional entomologists contribute to the betterment of humankind by analysing the role of insects as disease vectors and finding ways of protecting food, crops and livestock from being damaged.

  • Track 10-1Application of taxonomy
  • Track 10-2Insect science
  • Track 10-3Pollinators
  • Track 10-4Honey bee farming
  • Track 10-5Animal psychology-based approaches

Agronomy refers to the application of science and technology to study plants for commercial use. This includes using plants for food, fuel, fibre, and land reclamation. Agronomy deals with managing the environmental impact of agriculture, food production, food fortification, and extracting energy from plants, encompassing areas like plant genetics, plant physiology, and soil science.

  • Track 11-1Efficient crop production
  • Track 11-2Seed technology
  • Track 11-3Forage crop & grass science
  • Track 11-4Crop genetics and breeding
  • Track 11-5Physiology and ecological research on herbs

Functional polymers turned out to be the revolutionaries for the food and agriculture sector during the last decade. Due to the advancement in the techniques the problems related to crop pathogens and other viral infections and attacks are being tackled. Biodegradable polymers are being extensively used in the present time as a safer substitute for plastics which hinder the food chain and pollute the environment.

 

  • Track 12-1Biodegradable polymers
  • Track 12-2Polymeric bio-cides and herbicides
  • Track 12-3Super absorbent polymers
  • Track 12-4Hydrogel agriculture technology
  • Track 12-5Water-insoluble polymers
  • Track 12-6Polyacrylamide preparation
  • Track 12-7Soil conditioners

The scientific study of relation, abundance and distribution of organisms and their relative interaction with the environment is called as ecology. It is a web or network of relations among organisms at different scales of organization, from smallest bacteria to the huge tropical forests trees. Physiology, genetics, behaviour and evolution are the primary disciplines relating to ecology.

  • Track 13-1Ecosystem ecology
  • Track 13-2Biodiversity
  • Track 13-3Natural resources
  • Track 13-4Ecological niche
  • Track 13-5Conservation ecology
  • Track 13-6Environmental hazards
  • Track 13-7Green-chemistry and green- engineering

The science of plant life is commonly known as botany or phytology. Originating as herbalism with the efforts of early humans, the discipline has grown widely now covering fungi and algae as well. The research topics of botany include plant growth, structure, reproduction, biochemistry, metabolism, development, diseases and plant taxonomy. Botanical research extends to breeding, forestry, horticulture and agriculture.

 

  • Track 14-1Plant genetics and genomics
  • Track 14-2Plant anatomy and morphology
  • Track 14-3Plant biochemistry
  • Track 14-4Plant and environment
  • Track 14-5Plant diseases
  • Track 14-6Bryology
  • Track 14-7Paleobotany

Soil science is the basic study of the formation, mapping, classification and other properties of soil, which is considered to be a natural resource. Together they aid in soil management. Engineers, agronomists, geologists, ecologists, biologists, microbiologists, archaeologists, and regional planners contribute to further knowledge of soils and the advancement of the soil sciences.

 

  • Track 15-1Land and water management
  • Track 15-2Soil and Plant Analysis
  • Track 15-3Soil Microbiology and Soil remediation
  • Track 15-4Soil chemistry
  • Track 15-5Soil fertility & plant nutrition
  • Track 15-6Microbial inoculant
  • Track 15-7Soil physics and advance physical techniques

The potential that a soil holds to sustain agricultural plant growth in it is termed as soil fertility. A good soil provides the necessary nutrients and water required for plant growth and simultaneously does not carry any toxic component which may hinder their reproduction and growth phenomenon. Soil depth, soil pH, soil organic matter content, internal drainage, nutrient content and presence of microorganisms are the factors that affect the soil fertility.

 

  • Track 16-1Soil fertility testing
  • Track 16-2Evaluation of soil structural quality
  • Track 16-3Soil compaction
  • Track 16-4Improving soil fertility health
  • Track 16-5Soil carbon in tillage systems
  • Track 16-6Nitrogen management
  • Track 16-7Efficient use of poultry manure

Relating environmental concerns into the Agricultural Policy aims to minimise the threat of environmental degradation and increasing the sustainability of agro-ecosystems. The links between the richness of the natural environment and farming practices are complex so the need to consider them equally at any step is must. The impact of farming practices on environment can thus be either means-based or effect-based.

  • Track 17-1Global warming and agriculture
  • Track 17-2Climate change impacts on agriculture
  • Track 17-3Mitigation and adaptation
  • Track 17-4Impacts on nutrition, quality and resource use efficiency
  • Track 17-5Forecasting in agriculture
  • Track 17-6Effects of CO2 on plant growth
  • Track 17-7New crops for a new climate

Organic farming is the enhancement of soil fertility and biological diversity while prohibiting synthetic pesticides, antibiotics, synthetic fertilizers, genetically modified organisms, and growth hormones. It is an integrated farming system that strives towards sustainability. It does not pose any impact on the soil and underground water unlike conventional farming using fertilizers and pesticides.

 

  • Track 18-1Organic fruits and vegetables
  • Track 18-2Soil amendments of animal origin
  • Track 18-3Terrified biomass development
  • Track 18-4Consumer’s advantage
  • Track 18-5Organic orchard
  • Track 18-6Organic grains

A greenhouse is a structure having walls, roof and is covered with a transparent sheet from all sides for the light to penetrate and reach the plants inside. Specific plants that require regulated climatic conditions are bred and grown in it. The benefits of having a greenhouse include successful transplant, fresh fruits and vegetables and ability to grow plants which otherwise would not have been able to survive in that climate.

 

  • Track 19-1Gas emissions
  • Track 19-2Construction of greenhouse
  • Track 19-3Solar radiation anomalies
  • Track 19-4Controlling plant production in a greenhouse by LED light
  • Track 19-5Deep winter and cold climate greenhouse
  • Track 19-6Energy saving in greenhouses based on plant physiology
  • Track 19-7Natural pollinators in greenhouses

Application of DNA fingerprinting and tissue culture in present day agriculture plays an important role in increasing the productivity. The factors like high soil productivity, improved crops, better plant protection, supply of balanced crop nutrients, efficient water management, post-production management for value-addition and marketing, are responsible for higher yield.

 

  • Track 20-1Rural infrastructure
  • Track 20-2Irrigation in agriculture infrastructure
  • Track 20-3Tissue culture
  • Track 20-4Aquaculture
  • Track 20-5Fish farming

Genetic engineering deals with adding one or more new traits to the original DNA of an organism, which were actually not present previously, and can be advantageous in maximizing its application and use. Cloning is one of the prime focuses of genetic engineering in-spite of being a controversial issue. It is the replication of the DNA of an organism to produce the exact identical twin.

 

  • Track 21-1Genetic manipulation
  • Track 21-2Antibiotics and vaccines
  • Track 21-3Genetic variability and random mutation
  • Track 21-4Genetically modified organisms
  • Track 21-5Genetically modified herbicide-resistant crops
  • Track 21-6Bio-ethics

Manipulation of matter on an atomic, molecular, and supramolecular scale is known as nanotechnology. Nanotechnology is naturally very broad and includes fields of surface science, organic chemistry, molecular biology and also semiconductor physics. The applications include nanomedicine, nanoelectronics and biomaterials energy production.

 

  • Track 22-1Biomaterials and Nano-biotechnology
  • Track 22-2Nanotechnology in Structural Biology
  • Track 22-3Nano-materials in Food and Agriculture
  • Track 22-4Nanotechnology for Clean Energy and Environment
  • Track 22-5Organic and Inorganic Nano materials

Factory farming or intense livestock farming is something that increases the production output, cutting down the production cost for commercial purpose up to a certain extent. Livestock are generally reared for labour and for commercial production of meat, eggs, milk and other animal products like fur, leather and wool. Livestock farming plays a major role in economic and social boost in the rural areas.

 

  • Track 23-1Breeding techniques
  • Track 23-2Environmental impact
  • Track 23-3Sustainable livestock farming
  • Track 23-4Animal health
  • Track 23-5Better yielding practices
  • Track 23-6Factory farming
  • Track 23-7Livestock diseases

Fertilizers are compounds that are added to plants to promote growth. They are classified as organic and inorganic. Inorganic fertilizers contain simple inorganic chemicals while organics contain dead leaves and plant matter and animal waste. Nitrogen, phosphorus and potassium are the main elements in the fertilizers. The secondary components include calcium, sulphur and magnesium.

  • Track 24-1Application of fertilizers
  • Track 24-2Constraints in bio-fertilizer technology
  • Track 24-3Nitrogen & Phosphate fertilizers
  • Track 24-4Potassium & Compound fertilizers
  • Track 24-5Organic fertilizers

Modern food production encompasses a range of activities related to agriculture and business disciplines. The term Agribusiness is a portmanteau of the two disciplines and enlightens the major areas that deal with the production of agricultural products and their interdependence. Animal feed, bio-fuels and micro-ingredients are examples of agribusiness products.

  • Track 25-1Sustainable agriculture
  • Track 25-2Agricultural Economics
  • Track 25-3Crop cultivation systems
  • Track 25-4Final product-generating enterprises
  • Track 25-5Agri-business And Financial Management
  • Track 25-6Corporate farming

Farmer education regarding the knowledge of agricultural practices and their implementation in science and technology is the basic concept of agriculture extension. Educators from different disciplines, including agriculture, agricultural marketing, health, and business studies come together to educate the farmers about the new trends of farming through numerous communication and learning activities.

 

  • Track 26-1Extension education
  • Track 26-2Subsistence crops
  • Track 26-3Agriculture tools
  • Track 26-4Green revolution
  • Track 26-5Business studies
  • Track 26-6Extension services
  • Track 26-7Sustainable intensification

Good water management of dams and levees reduces the risk of harm due to flooding. Water management is thus the control and movement of water resources to minimize damage to life and property. Another objective is to maximize efficient beneficial use of the same. Irrigation water management systems are the best for use of limited water supplies for agriculture.

 

  • Track 27-1Water resources planning and management
  • Track 27-2Water & energy efficiency
  • Track 27-3Sustainable facilities & infrastructure resiliency
  • Track 27-4Water conservation programs
  • Track 27-5Climate change mitigation and adaption
  • Track 27-6Course Water Protection
  • Track 27-7Alternate water sources

For different categories of waste to be disposed in the right way, agri-waste management is a great concern. It facilitates the sorting of the waste into biodegradable and non-biodegradable followed by subdivisions of each into subcategories based on the hazardous nature. Risk assessment is a method to inspect, follow and manage apt disposal techniques. Compositing and burning are commonly for solid waste treatment.

 

  • Track 28-1Biological process
  • Track 28-2Aerobic treatment
  • Track 28-3Anaerobic treatment
  • Track 28-4Nitrogen control
  • Track 28-5Land disposal
  • Track 28-6Physical and chemical treatment
  • Track 28-7Utilisation of agricultural waste

The energy generated from animals and plants and their by-products is known as bio-energy. The source is inexhaustible and thus energy can be replenished by nature. Non-fossil biogenic resources which can be used by humans are called bio-resources. They serve the purpose of energy carriers, food production and as substantial products.

 

  • Track 29-1Bio-resources pre-treatment
  • Track 29-2Bio-resource recovery and recycling
  • Track 29-3Bio-resources for bio-fuels(liquid and gaseous)
  • Track 29-4Bio-resources thermochemical conversion
  • Track 29-5Bio-resources for bio-based chemical and products
  • Track 29-6Bio-refineries
  • Track 29-7Systems approach [bio-resource systems analysis, life cycle assessment (LCA), carbon accounting

Landscaping is the modification of the visible land area including living elements comprising of flora and fauna, natural elements like terrain and water bodies, abstract elements like lighting and weather conditions. A fine hand in horticulture is necessary for landscaping in order to mould and modify the surroundings as per the requirement.

 

  • Track 30-1Wild Style (Naturalistic) Planting
  • Track 30-2Designing Spaces with the borrowed landscape
  • Track 30-3Formulaic Mixed Perennial Plantings: new ways to green our cities
  • Track 30-4Interpreting the Site and Landscape Integration
  • Track 30-5Reimagining the Urban Landscape
  • Track 30-6Planting Design
  • Track 30-7Poetic Expressions of Landscape and Culture