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Speed breeding has revolutionized the whole of the world in today’s era. The first-ever speed breeding procedure was developed through an inspiration from NASA which was adopted by the University of Queensland scientists. Speed breeding is a protocol which enables plant breeders to enhance the crop production changing the temperature and light duration and intensity to enhance the growth of the plant. It is using an artificial source of light that too continuously which triggers the photosynthesis process results in the growth and the process of a reproduction comes very early as compared to normal timing. The researches show that by Speed breeding techniques we can grow approximately 6 generations of wheat, chickpea & barley and around 4 generations of canola plants in a single year. This will help us to meet the demands of the growing population of the future. This can be accomplished through various technologies such as genotyping, MAS, high-throughput phenotyping; gene editing, genomic selection, re-domestication which can be integrated with speed breeding to enable plant breeders to keep up with an evolving climate and ever-increasing human population. The purpose of this review paper is to define the research gap regarding the speed breeding as this is the new and effective procedure by which we will be able to come over the problems related to the scarcity of the food in future.

SPEED BREEDING A RAY OF HOPE FOR THE FUTURE GENERATION IN TERMS OF FOOD SECURITY : A REVIEW