Abstract

The responsibility of protecting food crops from diseases and pests in the challenging environment is rising with increase in human population and its needs. The crop losses due to pests are assessed to be ranging approximately between 10 to 30% of crop productions. Status and importance of various diseases have changed over the years in India. Awareness is needed to know the status of these problems and to develop management modules to protect these in eco-friendly manner. IDM is a multidisciplinary approach that seems promising to manage diseases effectively by integration of cultural, physical, biological and chemical strategies. Of the diverse components in IDM, biocontrol is important, but notwithstanding their known efficacy, biocontrol formulations have only a inadequate share in the national pesticide scenario. How to make biocontrol more effective, feasible and popular needs to be reviewed thoroughly. Development and use of molecular techniques for pathogen detection, resistance identification and cloning of genes for resistance seems very promising to realize the goal. So, further research thrust is needed in India to develop and utilize new novel technologies and strategies like gene cloning, recombinant DNA technology and other biotechnological and molecular modules to minimize the crop losses due to existing and new emerging diseases in the light of climate changes. Plant pathologists have a crucial role to play in this scenario. We have to be more proactive in our approach. Some of the current advances and emerging challenges in crop disease management in India are briefly discussed in this review. Key word: Integrated disease management, biocontrol, India.

Highlights

  • India is known as growing economic giant but the benefits of this progress are mostly confined to urban or semi-urban areas

  • Consumers and growers will only be able to continue to benefit from plant pathology if the discipline can evolve appropriate disease management schemes that can respond to the significant changes in agricultural practices in India; the ultimate goal being to produce more and safer food in sustainable agricultural systems that conserve natural resources and the environment

  • Even where the causes are investigated by eminent teams, their recommendations remain on paper

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Summary

Sanjeev Kumar

The responsibility of protecting food crops from diseases and pests in the challenging environment is rising with increase in human population and its needs. Status and importance of various diseases have changed over the years in India. Awareness is needed to know the status of these problems and to develop management modules to protect these in eco-friendly manner. IDM is a multidisciplinary approach that seems promising to manage diseases effectively by integration of cultural, physical, biological and chemical strategies. Further research thrust is needed in India to develop and utilize new novel technologies and strategies like gene cloning, recombinant DNA technology and other biotechnological and molecular modules to minimize the crop losses due to existing and new emerging diseases in the light of climate changes. Key word: Integrated disease management, biocontrol, India

INTRODUCTION
Changing disease scenario
Climate change
Root rot of oilseeds Brassica is an emerging threat for
Seed pathology
Majority of the plant parasitic nematodes are ectoparasites include
Emerging viral menace
Biotechnology in plant pathology
Role of nanotechnology
Biological control of plant diseases
Disease forecasting and monitoring
Plant quarantine measures
New generation fungicides
Spurious pesticides
Role of plant clinics
Findings
Human resource development
Full Text
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