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<p>This study employs provincial panel data from China spanning 2010–2023 to examine the impact mechanisms and effects of agricultural technological innovation (ATI) on agricultural economic resilience (AER). The findings reveal that: (1) ATI enhances AER through agricultural industrial structure adjustment, labor productivity improvements, and industrial agglomeration effects. (2) Compared to major grain-producing regions, ATI demonstrates greater efficacy in promoting AER within primary grain-consuming areas and grain production-consumption balanced regions; similarly, ATI exhibits stronger promotional effects on AER in economically developed areas relative to less developed regions. (3) ATI generates significant positive spatial spillover effects on AER in surrounding areas, with the intensive spillover zone extending within a 1313.68-kilometer radius. These findings provide crucial insights for policymakers seeking to leverage technological innovation in building agricultural resilience.</p>

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Technology innovation and agricultural economic resilience: transmission mechanisms and spatial spillover effects

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年6月22日

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  • Chao Shi,
  • Ning Xu

摘要

This study employs provincial panel data from China spanning 2010–2023 to examine the impact mechanisms and effects of agricultural technological innovation (ATI) on agricultural economic resilience (AER). The findings reveal that: (1) ATI enhances AER through agricultural industrial structure adjustment, labor productivity improvements, and industrial agglomeration effects. (2) Compared to major grain-producing regions, ATI demonstrates greater efficacy in promoting AER within primary grain-consuming areas and grain production-consumption balanced regions; similarly, ATI exhibits stronger promotional effects on AER in economically developed areas relative to less developed regions. (3) ATI generates significant positive spatial spillover effects on AER in surrounding areas, with the intensive spillover zone extending within a 1313.68-kilometer radius. These findings provide crucial insights for policymakers seeking to leverage technological innovation in building agricultural resilience.