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Satellite Symposium 4

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  • Satellite Symposium 4
  • 19 November, 2026
  • Main Hall
  • Venue to be announced

Scaling Weed Management Technologies for Direct-Seeded Rice

This satellite symposium is designed to provide a focused platform for researchers, extension professionals, industry experts, and policymakers to deliberate on strategies for scaling up weed management technologies in Direct-Seeded Rice (DSR) systems. As DSR gains importance due to labor and water constraints, effective and scalable weed management remains the key challenge limiting its wider adoption.
The session aims to integrate research innovations, field-level experiences, and industry-driven solutions to address complex weed flora, herbicide resistance, and operational constraints in DSR. Emphasis will be placed on integrated weed management (IWM) approaches combining chemical, cultural, mechanical, and digital tools suitable for diverse agro-ecological regions.
Participants will engage in interactive discussions on technology validation, adaptation, and large-scale dissemination, focusing on farmer-friendly, cost-effective, and environmentally sustainable solutions. Case studies on successful scaling models, public–private partnerships, and extension strategies will be highlighted.
By bringing together multiple stakeholders, the symposium seeks to bridge gaps between innovation and adoption, promote cross-learning, and identify pathways for accelerating the deployment of weed management technologies for successful and sustainable Direct-Seeded Rice cultivation.

Organizer

Chair


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Co-Chair


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Convenor


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Objectives of the Session

  • To identify key weed management challenges affecting productivity and adoption of Direct-Seeded
  • To evaluate and promote integrated weed management technologies suitable for large-scale adoption in DSR systems
  • To discuss herbicide stewardship and resistance management strategies for sustainable weed control in Direct-Seeded Rice
  • To highlight the role of mechanization, precision tools, and digital technologies in improving weed management efficiency
  • To strengthen research–extension–industry linkages for scaling weed management technologies and enhancing farmer adoption
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Key Themes

  • Weed flora dynamics and emerging challenges in Direct-Seeded Rice
  • Integrated weed management strategies for DSR
  • Herbicide use, stewardship, and resistance management in DSR systems
  • Role of mechanization and precision technologies in weed
  • Digital tools, decision support systems, and smart weed
  • Scaling-up strategies: on-farm validation, demonstrations, and adoption
  • Public–private partnerships and policy support for DSR weed management

Who Should Attend

  • Students (UG/PG/PhD) interested in weed management and rice-based production systems
  • Young Researchers and Scientists working on weed ecology, herbicide resistance, and DSR technologies
  • Faculty Members and Researchers from universities, ICAR institutes, and international research organizations
  • Extension Personnel and Development Professionals involved in technology dissemination and farmer outreach
  • Industry Professionals from agrochemical, machinery, precision agriculture, and agri-tech sectors
  • Policy Makers and Program Managers engaged in promoting sustainable rice production systems

Format of the Session

  • Invited expert lectures
  • Case study presentations
  • Interactive technical discussions
  • Question and answer sessions

Expected Outcomes

  • Enhanced understanding of key weed management constraints and priority research needs in Direct-Seeded Rice systems.
  • Identification of scalable and integrated weed management strategies that are effective, economical, and environmentally sustainable for DSR.
  • Improved awareness of herbicide stewardship and resistance management practices among researchers, extension personnel, and industry stakeholders.
  • Greater integration of mechanization, precision agriculture, and digital tools in weed management planning and implementation for DSR.
  • Strengthened collaboration among researchers, extension agencies, industry, and policymakers, leading to improved technology transfer and wider adoption of weed management solutions in Direct-Seeded Rice.