TAILIEUCHUNG - MAP’s assisted microbiome engineering

Green revolution is considered as greatest landmark in the history of agriculture, as it has saved nearly 25 million hectare of land being converted to agriculture and prevented billions of peoples from starvation. However, over exploitation of agrochemicals like pesticides and chemical fertilizers have resulted in to sever health issues for example majority of peoples in Punjab region are suffering from cancer and other health problems. Also it has resulted in to pollution of water bodies and has detoriated quality of land and have degraded the soil health, thereby bringing unsustainability in long term. So, what can be the solution which can bring sustainability in medium to long term without affecting the natural ecosystem? Solution is Plant Microbiome, engineering plant microbiome by using diversity to grow more. | 2019 8 5 758-763 EXCELLENT PUBLISHERS International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 8 Number 05 2019 Journal homepage http Review Article https MAP s Assisted Microbiome Engineering Mayur Naitam and . Abiraami Division of Microbiology ICAR- Indian Agriculture research Institute New Delhi-110012 India Corresponding author ABSTRACT Keywords MAP s Microbiome Green revolution Article Info Accepted 10 April 2019 Available Online 10 May 2019 Green revolution is considered as greatest landmark in the history of agriculture as it has saved nearly 25 million hectare of land being converted to agriculture and prevented billions of peoples from starvation. However over exploitation of agrochemicals like pesticides and chemical fertilizers have resulted in to sever health issues for example majority of peoples in Punjab region are suffering from cancer and other health problems. Also it has resulted in to pollution of water bodies and has detoriated quality of land and have degraded the soil health thereby bringing unsustainability in long term. So what can be the solution which can bring sustainability in medium to long term without affecting the natural ecosystem Solution is Plant Microbiome engineering plant microbiome by using diversity to grow more. Introduction Green revolution is considered as greatest landmark in the history of agriculture as it has saved nearly 25 million hectare of land being converted to agriculture and prevented billions of peoples from starvation. However over exploitation of agrochemicals like pesticides and chemical fertilizers have resulted in to sever health issues for example majority of peoples in Punjab region are suffering from cancer and other health problems. Also it has resulted in to pollution of water bodies and has detoriated quality of land and has degraded the soil health thereby bringing unsustainability .

• Nông nghiệp
• Green revolution
• MAP’s assisted microbiome engineering
• Microbiome engineering
• MAP’s assisted
• Green revolution is considered
• Return on investment
• Rented land
• Owned land
• Green revolution province
• Development economics
• Lecture Development economics
• Kinh tế phát triển
• Economic growth
• Developing nations
• lessons
• revolution
• crops
• modified
• genetically
• future
• Emerging Roles
• Prostaglandins
• Transcription
• Clinical Manifestations
• Autopsy Series
• Lung Cancer
• Marginal environments
• Global wheat
• Biotechnology supported
• Chromosomal translocations
• Days after transplanting
• Panicle initiation and RGR
• Aman season of planting
• Agro climatic conditions
• Growth and yield attributes
• C3 Plants
• Photosynthetic efficiency of C3 plants
• Photosynthetic efficiency
• Over expression of C4 genes
• Farmer suicides
• Organic farming
• Vermi compost
• Indian prospective
• Organic agricultural land
• BMC Genomics
• Dwarf polish wheat
• Homologous cloning
• Molecular mapping
• Dwarfing mechanism
• Triticum durum
• Theoretical ecology
• Ebook Theoretical ecology
• Theoretical ecology: Principles and applications
• Dynamics of infectious disease
• Conservation biology
• BMC Genetics
• Wild rice
• Chromosome segment substitution line
• Plant height
• Rice domestication