This chapter thus explores how robotics might assist Oman’s agriculture in addressing such concerns as degraded soil, water rationing, and increasing food requirements. Robotics can certainly assist in raising the levels of production and amount of resources in areas where traditional solutions offer no results. The chapter also targets to determine the impact that can be made by technologies, such as automated irrigation and precision agriculture, on Oman farming using data from farmers, officials, and other stakeholders. The theory prescribes that use of robotics means more production, less expenses, and more consideration for the environment. The results will provide directions on how robotic systems can best be incorporated, enhance the food supply, and complement Oman’s visions for sustainability and economic robustness.

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Impact of Robotics in Enhancing Oman’s Agricultural Sector

  • Ariam Saleh Al Hasani,
  • Diena Ali Al Mahfudhi,
  • Fatma Abdullah Al badri,
  • D. Gnana Rajesh

摘要

This chapter thus explores how robotics might assist Oman’s agriculture in addressing such concerns as degraded soil, water rationing, and increasing food requirements. Robotics can certainly assist in raising the levels of production and amount of resources in areas where traditional solutions offer no results. The chapter also targets to determine the impact that can be made by technologies, such as automated irrigation and precision agriculture, on Oman farming using data from farmers, officials, and other stakeholders. The theory prescribes that use of robotics means more production, less expenses, and more consideration for the environment. The results will provide directions on how robotic systems can best be incorporated, enhance the food supply, and complement Oman’s visions for sustainability and economic robustness.