Where the Global Water Crisis Hits Hardest - and Why Gender Is the Missing Variable
Access to safe water and adequate sanitation is not distributed equally. Where water infrastructure is absent or failing, the burden of collecting, managing, and worrying about water supply falls disproportionately on women and girls. They walk further, spend more hours, and sacrifice more opportunities. When latrines are absent or unsafe, girls drop out of school. When menstrual hygiene cannot be managed privately, lives are constrained in ways that ripple outward for decades.
This is the terrain that this year's World Water Day theme - "Water and Gender" - has chosen to examine. The United Nations observance, coordinated annually by UN-Water, calls 2026's focus on safe water and sanitation as human rights and as critical enablers of gender equality. Applied Microbiology International is marking the occasion with a free public webinar on March 18, bringing together scientists and policymakers working at the intersection of water access, development, and women's rights.
Why Progress on SDG 6 Has Been Uneven
The United Nations Sustainable Development Goal 6 - clean water and sanitation for all by 2030 - has been in place since 2015. Progress has been real in some regions and deeply inadequate in others. The gap between wealthy and poor countries in water infrastructure quality is not simply a function of financial resources; it is also a function of governance, institutional capacity, prioritization, and crucially, whether the needs of the most marginalized - women, girls, and rural communities - are centered in planning decisions.
Dr. Kwanrawee Joy Sirikanchana will open the webinar by reviewing the aims and documented progress on SDG 6 since its adoption, providing the data foundation for the discussion.
Two Experts Who Have Shaped Global Policy
The webinar's featured speakers bring unusual depth of real-world authority to the conversation. Dr. Blanca E. Jimenez Cisneros currently serves as Mexico's Ambassador to France and Monaco, but her career spans more than 40 years in environmental engineering and water management. She directed the Water Sciences Division at UNESCO, served as Director General of Mexico's National Commission of Water, and in 2007 shared the Nobel Peace Prize as part of the IPCC team that wrote the Fourth Assessment Report on climate change. She has also received the International Water Association's Global Water Award. Few people on earth have more direct experience navigating the gap between water science and the political structures that determine water policy.
Professor Lyla Mehta, a sociologist at the Institute of Development Studies and the Norwegian University of Life Sciences, brings a different lens. Her research focuses on water and sanitation access for vulnerable populations, with extensive field research in India and across southern and eastern Africa. Her work on resource scarcity, gender, and rights has shaped how development agencies think about water insecurity as a political phenomenon rather than a purely technical one. She has been Principal Investigator of multiple multi-country projects examining how power and inequality shape who gets water and who does not.
The Microbiology That Makes Solutions Work
Applied Microbiology International's involvement in World Water Day reflects a specific scientific contribution: the biological side of the water problem. Microorganisms are responsible for most waterborne disease - the diarrheal illnesses that kill hundreds of thousands of children each year and the pathogens that make water sources unsafe for washing and sanitation. But microbiology is also the science of solutions. Microbial processes can purify water at low cost and at scale; biological treatment systems can be designed for communities without access to centralized infrastructure; microbial monitoring can signal contamination events before they cause illness.
The connection between this science and gender equity is direct. When water purification can be achieved through low-cost, locally managed biological systems, communities that lack the resources for large-scale infrastructure can still achieve safe water access. And when safe water is available locally, women and girls regain the time and energy now spent collecting it from distant sources.
The webinar runs from 10am to 11:30am GMT on March 18 and is open to all participants without charge. Advance questions can be submitted to policy@appliedmicrobiology.org. The session will be recorded and made available for later viewing.