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    • Submit your Abstract of not more than 300 Words, Please Download the abstract Template (The Format will help you to submit your Abstract, therefore you are requested to follow the format carefully for your Abstract Submission).
    • Please Send a brief Biography [150 Words] together with the Abstract.
    • Submit before the Submission Deadline in order to benefit the early Bird Rates

5th Global Food Security Food Safety and Sustainability, will be organized around the theme “Secure Today, Feed Tomorrow [Preventing from COVID 19 of Global Food Security Crisis]”

Food Security 2020 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Food Security 2020

Submit your abstract to any of the mentioned tracks.

Register now for the conference by choosing an appropriate package suitable to you.

Attiring global food security and restoring demands on the environment is the greatest challenge faced by mankind. By the time 2050 at least nine Billion people need food, and increasing incomes and urbanization will inevitably lead to dietary revamp. The food security competitiveness will increasingly fringe the triple burden of malnutrition– under nutrition, obesity and deficiencies in micronutrient. The importance of the food security issues has led to huge scientific strides which forwards and making it difficult to keep up with the rapidly expanding value of scientific research and technology. Policies to implement global and local food security  needs to be actualize  and decision makers should have to make difficult choices to ameliorate the food security of local people against the limelight of drastic global changes. For some, feeding the world ethically means ensuring universal access to what is needed nutritionally for human survival and mitigating hunger. For others, it is securing food of sufficient quantity and quality for a decent life, a healthy life, or even a high quality of life. Still others widen the lens to include the welfare and rights of agricultural workers and farmers, the environment, or the well-being of nonhuman animals. And still others focus on protecting choice in the marketplace or on respecting cultural and national traditions and ways of life. The challenge for ethically acceptable global food security is to find a path forward, where tangible progress on ethical issues and disagreements in global food policy and practice is possible even in the absence of consensus about relevant values and permissible means.


Public Health, Environment.



Food safety is responsible for providing a safety net for millions of people who are food-insecure and for developing and promoting dietary guidance based on scientific evidence. Food safety works to increase food security and reduce hunger by providing children and low-income people access to food, a healthful diet and nutrition education in a way that supports agriculture and inspires public confidence.


  • Track 2-1Immunology
  • Track 2-2Food insecurity
  • Track 2-3Family and Consumer Sciences
  • Track 2-4The Good Parenting Food Guide: Managing What Children Eat Without Making Food a Problem
  • Track 2-5Economists and Policymakers

A large portion of the present creation and nourishment frameworks are straight as in they expect to boost or advance generation of a solitary ware, for example, maize, eggs or meat, per unit of contribution, without giving adequate consideration to symptoms. Additionally, utilization designs are frequently dissected from the point of view of impressions of the different individual items. Such straight investigations, nonetheless, don't sufficiently consider the mind boggling and numerous collaborations that may happen inside nourishment frameworks, between various items (for example plants and creatures), fundamental and side-effects, generation and utilization, country zones and urban communities, and utilization and waste. As a result in direct frameworks assets are frequently squandered or utilized wastefully. Circularity targets diminishing asset utilization and outflows to the earth by restoring circles between various materials and substances in the framework at various levels. This has significant ramifications for the utilization of side-effects (for example deposits, compost, excreta, squander) that accompany principle items for the dirt administration, sustainable power source or as domesticated animals or mechanical feedstock; the end of supplement cycles; and the job of creatures in roundabout frameworks in overhauling low-open door results or grass to important human nourishment. This topic tends to commitments with a solid frameworks point of view, underscoring various levels at which circularity can be improved, and may include both hypothetical and exploratory or observational models.


"Food security" is an adaptable idea and is typically connected at three levels of total: national, territorial, and household or individual. Food security exists when all individuals, at all times, have physical, social, and economic access to adequate food that meets their dietary needs and food inclinations for a healthy and sound life. The three determinants of food security are food availability, food access, and food utilization. Attiring global food security and restoring demands on the environment is the greatest challenge faced by mankind. By the time 2050 at least nine Billion people need food, and increasing incomes and urbanization will inevitably lead to dietary revamp. The food security competitiveness will increasingly fringe the triple burden of malnutrition– undernutrition, obesity and deficiencies in micronutrient. The importance of the food security issues has led to huge scientific strides which forwards and making it difficult to keep up with the rapidly expanding value of scientific research and technology. Policies to implement global and local food security  needs to be actualize  and decision makers should have to make difficult choices to ameliorate the food security of local people against the limelight of drastic global changes. 


Climate change affects agriculture and food production in complex ways. It affects food production directly through changes in agro-ecological conditions and indirectly by affecting growth and distribution of incomes, a moderate incremental warming in some humid and temperate grasslands may increase pasture productivity and reduce the need for housing and for compound feed. These gains have to increase in atmospheric carbon dioxide (CO2) concentrations. Finally, a number of recent studies are set against an increased frequency of extreme events. Another important change for agriculture is estimated the likely changes in land suitability, potential yields, and agricultural production on the current suite of crops and cultivars available today. Global and regional weather conditions are also expected to become more variable than at present, with increases in the frequency and severity of extreme events such as cyclones, floods, hailstorms, and droughts. The main concern about climate change and food security is that changing climatic conditions can initiate a vicious circle where infectious disease causes or compounds hunger, which, in turn, makes the affected populations more susceptible to infectious disease. Essentially all manifestations of climate change, be they drought, higher temperatures, or heavy rainfalls have an impact on the disease pressure, and there is growing evidence that these changes affect food safety and food security.



<p justify;\"="" style="text-align: justify;">Sustainable Development Goal 2 - Zero Hunger- is one of the 17 SDGs. It aims to end hunger, achieve food security and improved nutrition and promote sustainable agriculture by 2030. Though the 17 SDGs together are required for holistic sustainable development, many of them could result in some unintended, negative consequences or some missed synergies with other SDGs when implemented in isolation. For example, several of the targets of SDG 2 have potential for both tradeoffs and synergies with the impact on ecosystems (SDG 15) and water (SDG 6). Others, such as increasing income through doubling agricultural production are often considered synergies with improved human nutrition but evidence does not always support this assumption. As a consequence, action towards SDG2 may be considered to leverage the whole Agenda 2030 under certain conditions. Achieving Zero Hunger and its sub goals of food security, increased nutrition and sustainable agriculture, thus needs systems thinking and implementation. This conference theme addresses examples of the types of tradeoffs and synergies that are likely to occur and how to handle these to guide a holistic implementation of the SDGs.

Food packaging is bundling for nourishment A bundle gives assurance, change of state protection, and uncommon physical, compound, or organic wants. It should bear a sustenance realities name and option information with respect to nourishment being offered accessible. Nourishment bundling assumes an imperative part in rationing Sustenance all through the circulation chain. While not bundling, the procedure of nourishment will progress toward becoming bargained in light of the fact that it is polluted by coordinate contact with physical, compound, and  Natural contaminants.

  • Track 7-1Anti-microbial packaging
  • Track 7-2Food Contamination
  • Track 7-3Additives & Preservatives
  • Track 7-4Packaging material Properties

Sustainability of global food production and its standard depend to a greater extent on the quality of the environment. At present time the quality of the environment in which the food production depends on is at a critical margin since environmental degradation and pollution of environment is increasing in a terrify rate. Food security is a condition related to the supply of food, and individuals' access to it. Food availability relates to the supply of food through production, distribution, and exchange. Food production is determined by a variety of factors including land ownership and use; soil management; crop selection, breeding, and management; livestock breeding and management; and harvesting. Water and food security >> UN-Water factsheet on water for food. Water is key to food security. Crops and livestock need water to grow. Agriculture requires large quantities of water for irrigation and of good quality for various production processes. Food security is a condition related to the supply of food, and individuals' access to it. Concerns..... Food availability relates to the supply of food through production, distribution, and exchange. Food production is determined by a variety of factors including land ownership and use; soil management; crop selection, breeding, and selection, crop ... Food distribution involves a series of post-harvest activities .Food is lost or wasted throughout various stages of the food supply chain. Finally, consumers may waste food by throwing it away. Food loss refers to food that is lost at production, post-harvest and processing stages in the food supply chain.


Food Microbiology is the study of the microorganisms that inhabit, create, or contaminate food, including the study of microorganisms causing food spoilage, pathogens that may cause disease especially if food is improperly cooked or stored, those used to produce fermented foods such as cheese, yogurt, bread, beer, and wine, and those with other useful roles such as producing probiotics. Food security is a condition related to the supply of food, and individuals' access to it.


  • Track 9-1Fermentation in Food processing
  • Track 9-2Microbial Polymers
  • Track 9-3Food Testing
  • Track 9-4Challenges To Achieving Food Security
  • Track 9-5Risk to Food Security
  • Track 9-6Global Water Crisis
  • Track 9-7Agricultural Disease
  • Track 9-8Agricultural Disease
  • Track 9-9FOOD Sovereignty
  • Track 10-1Emerging Technologies in Meat Processing: Production, Processing and Technology
  • Track 10-2Improving Water and Nutrient-Use Efficiency in Food Production Systems
  • Track 10-3Innovations and Techno-ecological Transition
  • Track 10-4Sustainability Challenges in the Agro-food sector
  • Track 10-5Cellulose and Cellulose Derivatives in the Food Industry: Fundamentals and Applications
  • Track 10-6Environmental Pest Management: Challenges for Agronomists, Ecologists,

Consumers expect and demand all food handlers to have the knowledge and insight required to supply safe food of high quality. As a food producer you should read and understand relevant national guidelines on food allergy. You need to gain insight on what you can do to supply safe food to allergic consumers. The list below shows the major allergenic foods and products thereof which require labeling in EU (as of July 2008). Hazard Analysis and Critical Control Point (HACCP) programmers must cover these foods.


  • Track 11-1 Food Allergen Testing: Molecular, Immunological and Chromatography Techniques
  • Track 11-2Pest Management Science
  • Track 11-3Food Chemical Hazard Detection: Development and Application of New Technologies

Quality is a measure of the level of magnificence or level of worthiness by the buyer. Nourishment quality is the arrangement of buyer prerequisites, for example, security, item, dietary and tangible. This incorporates outside elements, for example, measure, shape, shading, consistency, flavor and surface. 

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Sustenance quality is an essential nourishment producing necessity, since sustenance shoppers are vulnerable to any sort of sullying that may happen amid assembling process. Ensure that the sustenance preparing condition is spotless keeping in mind the end goal to deliver the most secure conceivable nourishment for the purchaser. The essential parts of sustenance quality are: nourishment wellbeing, tangible attributes and wholesome esteem. Nutritive esteem is one of the essential qualities, which is presently considered by the purchasers as a quality characteristic. Wellbeing of sustenance is a fundamental necessity of nourishment quality.




  • Track 12-1 Hazard Analysis Critical control Point
  • Track 12-2Food Quality Management
  • Track 12-3Quality Assurance
  • Track 12-4Mathematical and Statistical Methods in Food Science and Technology

Sustenance misfortune and nourishment squander allude to the diminishing of sustenance in ensuing phases of the nourishment inventory network proposed for human utilization. Nourishment is lost or squandered all through the inventory network, from beginning generation down to definite family unit utilization. The diminishing might be inadvertent or purposeful, at the end of the day prompts less nourishment accessible for all. Nourishment that gets spilled or spoilt before it achieves its last item or retail organize is called sustenance misfortune. This might be because of issues in reaping, stockpiling, pressing, transport, foundation or market/value systems, and institutional and legitimate structures. Collected bananas that tumble off a truck, for example, are considered nourishment misfortune. Nourishment that is fit for human utilization, however is not expended in light of the fact that it is or left to ruin or disposed of by retailers or customers is called sustenance squander. This might be a result of inflexible or misjudged date stamping rules, uncalled for capacity, purchasing or cooking rehearses. A container of dark colored spotted bananas discarded by a shop, for example, is considered nourishment squander.


  • Track 13-1Food Fraud
  • Track 13-2Adulteration
  • Track 13-3Food Rescue
  • Track 13-4Excessive use of Insecticides & Pesticides
  • Track 13-5Farm to Fork Losses
  • Track 13-6Post harvest Losses
  • Track 13-7Economic Impact of Losses
  • Track 13-8Nutritional Food Losses

An overhaul of the agricultural sector will be necessary to sustain recent high levels of economic growth in the least developed countries and to tackle chronic malnutrition. As cities expand, so do the food needs of urban families. The situation of the urban poor is precarious in the present condition of volatile food prices and the financial, fuel and economic crises. The urban poor, often located in the most vulnerable parts of cities and lacking the capacity to adapt to climate-related impacts, will be hit hardest. The challenges associated with supporting the urban poor demand urgent and adequate responses from city and national authorities and international organizations. Urban policies need to incorporate food security considerations and focus more on building cities that are more resilient to crises. Metropolitan, municipal and other local government institutions can play a proactive and coordinating role in enhancing urban food security. Developing local value chains for food and nutrition security is an important task. It focuses efforts on strengthening capacities of local food producers and business to supply more food to domestic and tourist markets to meet demands for a balanced and nutritious diet and to reduce food and feed imports.  


  • Track 14-1Novel Plant Bio resources: Applications in Food, Medicine and Cosmetics
  • Track 14-2The Economic Indicator Handbook: How to Evaluate Economic Trends
  • Track 14-3Agriculture feedstock : Role in Biofuel production
  • Track 14-4Maximize Profits and Minimize Losses
  • Track 14-5Economists and Policymakers
  • Track 14-6Trade Distortions and the Economic Impacts
  • Track 14-7Improving Import Food Safety
  • Track 14-8Food Proccssing, Handeling and Distribution
  • Track 14-9Global Issues: An Introduction,

Food safety indicates to those hazards that have physical, chemical and microbiological effects it makes food injurious to the health. It also describes handling, preparation and storage of food in order to prevent foodborne illness. Food safety often overlaps with food defense to prevent harm to consumers. Global food safety follows some rules like GMP and GMP stands for good manufacturing practice for an example all raw material kept in packets, air containers are provided in all entry doors to restrict, pest control system is maintained in organization. 


  • Track 15-1Hazard Analysis Critical control Point
  • Track 15-2Food Proccssing, Handeling and Distribution
  • Track 15-3Food Brone Deases and Prevention
  • Track 15-4Food Loss and Waste
  • Track 15-5Insects of Stored Products
  • Track 16-1Food processing, distribution and marketing
  • Track 16-2Food security and rice production
  • Track 16-3Sustainable, secure and resilient production of food
  • Track 16-4Potential implications of Entomophagy for the global food system
  • Track 16-5Role of plant breeding in food security
  • Track 16-6Critical role of animal science research in Food Security
  • Track 16-7Critical role of animal science research in Food Security
  • Track 16-8Scope of local food systems : Their concepts and impact

Present day nourishment frameworks are exceptionally subject to non-renewable energy sources. This reliance brings about high ozone depleting substance emanations from nourishment frameworks, just as high weakness to outer stuns, for example, assets shortage or value instability of powers. In a setting of reducing non-renewable energy source supply and a developing worldwide agreement on the need to change towards a post-carbon economy, which steps do nourishment frameworks need to take to contribute towards this progress? In what capacity can a post-carbon nourishment framework feed in excess of nine billion individuals? Commitments should exhibit both hypothetical and experimental instances of nourishment frameworks changes that add to diminished petroleum derivative reliance and imagine distinctive nourishment prospects in a post-carbon economy. Commitments are invited about specialized, financial and political angles to advance the progress.


Given the ecological and wellbeing effects of current nourishment frameworks, bolstering 9.8 billion individuals by 2050 economically and nutritiously will require nourishment frameworks to change at a remarkable speed and scale. This will require taking activities today, which infers settling on decisions. Diverse advancement pathways will prompt the test of future nourishment security to various degrees. Prescience techniques including anticipating, foreseeing and investigating the future through situation advancement offer significant instruments for thinking about elective pathways towards improved nourishment security, and evaluating their positive and negative potential results. A decent variety of approachs may join quantitative and subjective research, permitting to acquire partner sees also. Activities can be led at a scope of spatial and worldly levels – from nearby to worldwide, and from close term to long haul – and accepting different viewpoints as purpose of flight. These can incorporate worldwide, national and nearby settings of nourishment security, and segment based methodologies (for example essential creation, nourishment preparing advancements, or utilization designs). The results of the activity, specifically the recognizable proof of potential pathways, rely upon the chose techniques. They feature the significance of distinguishing important drivers of progress and factors considered to change after some time. This session covers the assortment of techniques in foreseeing and evaluating future nourishment security, and targets improving current strategies through their cross-treatment.

Sound eating regimens are at the intersection between nourishment security and sustenance results as far as the two lacks and abundance. Inclinations, social worth, accessibility and moderateness of sound nourishments, time and information to set them up are among the primary drivers of nourishment utilization at the buyer level. Nonetheless, the nourishment condition intensely impacts shopper decisions that in the long run lead to better diets. Nourishment condition incorporates the physical, financial, political and socio-social setting inside which purchasers draw in with the nourishment framework to procure, get ready and expend nourishment. It can decidedly or adversely shape purchaser nourishment propensities through the accessibility of sound/unfortunate food sources, their costs, promoting and naming. Then again, a solid interest for more beneficial and progressively reasonable nourishments can animate development in nourishment creation and handling to give those nourishments through asset proficient and versatile worth chains. This subject will concentrate on examinations of the drivers of dietary conduct from a nourishment domain point of view and investigate pathways targeting forming the buyer interest for sound and maintainable nourishments.


This subject invites introductions that show forefront progresses in the improvement and utilization of innovation to create and moderate nutritious nourishment and empower sound utilization. These innovations incorporate the utilization of brilliant sensors for plants and creatures, mechanical autonomy, unmanned flying vehicles (UAV) and computerized reasoning to improve nourishment quality during crop generation (for example high throughput phenotyping stages), collect (vertical ranches, urban farming, accuracy ag), post-gather handling (safeguarding nourishment quality and diminishing nourishment waste) and showcasing works on, including data to the purchaser. They incorporate information driven innovations dependent on evaluation and overviews among ranchers and shoppers, and propelled comprehension of the gut biome of people. The desire of the subject is to move past the advancement of the innovations, and think about their effects in the broadest sense, including the moral parts of their utilization.


Nourishment accessibility is one of the four significant parts of nourishment security and alludes to the physical presence of nourishment for shoppers. At the worldwide level, nourishment accessibility suggests adequate generally nourishment generation. At the national, provincial and neighborhood level in any case, this part is significantly more complex and incorporates a mix of local nourishment generation, intra-and global exchange and business nourishment imports and fares (counting nourishment help), universal, national and nearby transport and capacity limit and coordinations, and nourishment stocks. Numerous inquiries emerge in this unique circumstance. By what method can the 'yield hole' be limited in circumstances with low profitability? What amount of potential is left to build creation of high profitability grounds and oceans without risking future ages' nourishment security? What are novel or elective methods for creating protein and different nourishments? In what manner would current be able to exchange understandings and streams be advanced so as to upgrade nourishment security? What is the ideal harmony between nourishment help and horticultural/fisheries advancement in poor people, and financially and politically shaky areas? What is the condition of current national coordinations and nourishment stocks, and by what means will they develop after some time?


As halfway noted in the definition coming from the 1996 FAO World Food Summit, nourishment security is in a general sense an issue of access to nourishment. For most, nourishment moderateness is then a key component, incorporating the cost of nourishment with the measure of discretionary cashflow to spend on it. On the off chance that costs rise quicker than earnings, nourishment instability can increment. So also, physical access might be troublesome in certain spots. Distribution in the public arena is a further issue and can take a scope of structures because of fluctuated reasons. For example, in certain societies, men eat before ladies; help offices and crisis alleviation associations need to choose needs for who gets nourishment and when; and nourishment can be utilized as a political 'weapon' to impact or even oppress segments of society. Inclination is the third significant component of Access. Inclinations can be dictated by social and strict settings, taste and appearance, comfort and cooking ability, wellbeing and moral concerns, and furthermore showcasing and retail methodologies. Albeit safe and healthfully agreeable, eating nourishment we don't lean toward can have mental effect, undermining in general prosperity. What exactly degree should inclination consider in nourishment security discusses? How does get to meddle with other nourishment security measurements to understand the SDGs?


Nourishment use is regularly just interpreted as meaning the physiological dietary benefit of nourishment. While consumes less calories should be healthfully adjusted and adequate in amount, nourishments likewise should be protected: free from poisons and different contaminants, and from pathogens and parasites. While numerous ultra-prepared nourishments fulfill these conditions, abundance utilization of such 'void calories' can likewise be named 'perilous', contributing as it does to overweight and stoutness, and attendant eating regimen related maladies. Nourishment utilization ought to be adequate in assortment, quality and amount to maintain a strategic distance from poor physical and psychological wellness results related with hunger, hindering, squandering and corpulence. At long last, the social elements of nourishment are frequently ignored in nourishment security discusses. These are regularly profoundly inserted in social standards, and add to thoughts of social-and self-personality, connection and family. Nourishment regularly serves genuine or emblematic capacity in strict or social service; absence of the correct kinds of nourishment for such capacities undermines the social capacity. In what capacity should exchange offs between healthy benefit, social worth and sanitation be assessed and tended to? How do these three components interface with different elements of nourishment security and effect the attractive changes of nourishment frameworks?