THE ROLE OF WOMEN IN THE DEVELOPMENT OF SCIENCE AND INNOVATION THROUGH THE APPLICATION OF WATER-SAVING TECHNOLOGIES IN AGRICULTURE WITHIN THE CONTEXT OF GENDER EQUALITY

<p><em><span>This study critically examines the pivotal role of women in the adoption and implementation of water-saving technologies within the agricultural sector, with a particular focus on how gender equality intersects with the advancement of agricultural science and innovation. Women, especially in rural and agricultural communities, are integral to sustainable agricultural practices, particularly in managing and conserving water resources. Despite facing systemic barriers, including limited access to financial resources, education, and decision-making platforms, women contribute significantly to the promotion of water-efficient technologies and the enhancement of agricultural productivity. </span></em><em><span>The current </span></em><em><span>research synthesizes insights from case studies, in-depth interviews, and a comprehensive review of existing literature to provide a nuanced understanding of the challenges and opportunities surrounding women’s involvement in agricultural innovation. Through this analysis, the study identifies key barriers such as gender-based inequities in access to resources, information, and technology, which hinder women’s capacity to lead and influence the application of water-saving strategies. The findings emphasize the critical need for policies that foster gender-inclusive approaches in agricultural innovation. These policies should aim to eliminate gender disparities, provide equitable access to technology and training, and empower women to play a more active role in scientific and technological advancements. Ultimately, this research underscores that advancing gender equality in the context of agricultural innovation is not only essential for achieving sustainable development but also for ensuring the long-term resilience of agricultural systems in the face of global challenges like climate change and water scarcity.</span></em></p>