World Water Day highlights three steps for gender equity in water governance.

The UN's World Water Day theme this year focuses on water and gender, and the article argues that gender inequities are embedded in water governance rather than only in access; it outlines three steps: track who holds decision-making power, account for women's unequal burdens in crisis planning, and apply gender analysis to system failures.

The United Nations marks World Water Day in March to draw attention to water scarcity and inequality. This year's focus on water and gender highlights how women and girls often carry disproportionate burdens. The article argues that gender inequity is not only a matter of access and representation but is shaped by governance, trust and emergency response. It notes that governance decisions influence who bears risk and responsibility when systems fail. Key facts: - The UN's World Water Day theme this year is water and gender and emphasizes gendered impacts of water systems. - The article reports that gender inequity is often framed as access or representation, but it is also rooted in how water systems are governed. - Examples cited include reported impacts from the Flint water crisis, water shutoffs in Detroit, and long-term advisories in some Canadian Indigenous communities where burdens often fell to women. - Decision-making over water — at utilities, regulators and public agencies — remains concentrated among men, which affects priorities, trust and how risks are framed. - The authors recommend three measures: track who actually holds decision-making authority, consider women's unequal burdens in emergency planning, and apply gender analysis to system failures and policy development. Summary: The article contends that treating gender as only an access issue misses how authority, trust and emergency response shape lived outcomes. Its proposed steps aim to increase transparency about who makes water decisions, to assess unequal caregiving and financial burdens in planning, and to use gender-informed analysis where systems fail. Undetermined at this time.