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SEI researchers are working on a new framework to ensure water models provide decision-makers with the tools to address poverty and inequality.

Este proyecto proporciona una visión general para evaluar los impactos de los incendios en la región de Chiquitanía.

This project will assess the impact of climate change on the Katari watershed and evaluate potential conflicts between ecohydrological and urban water demands.

This project provides a general vision for evaluating the impacts of fires in the Chiquitania Region by integrating water resources into restoration strategies.

SEI researchers build water models and work with stakeholders throughout Africa to explore management strategies for an uncertain climate future.

Under a climate change adaptation approach, 25 municipalities in Cochabamba benefit from the update of the Basin Master Plan presented by SEI.

Nuestro trabajo tiene como objetivo transformar la toma de decisiones actual en torno al acceso al agua y abordar los ODS y agendas de sostenibilidad.

The Water Evaluation and Planning tool (WEAP) provides a comprehensive, flexible and user-friendly framework for policy analysis in water resources planning.

WEAP proporciona un marco integral, flexible y fácil de usar para el análisis de políticas en la planeación de recursos hídricos.

Our work aims to transform current decision making around access to water, the greatest risk to global prosperity, and addressing the SDGs.

SEI researchers work throughout California to model complex water systems and explore sustainable management options.

Bolivia WATCH works to arm the country's institutions with the information and capacity to connect two spheres: safe sanitation and watershed management.

Bolivia WATCH preparará a las instituciones del país con la información y la capacidad para conectar saneamiento seguro y gestión de cuencas hidrográficas.

This programme will foster collaboration and deepen SEI’s engagement with gender and equality issues in the context of development.