Increasing challenges in the field of water management have resulted in the development and use of a wide variety of different methodologies for problem solving. FutureWater has strong links with both the academic world and water policy makers which enables us to make use of state-of-the-art scientific methodologies and techniques.

The key to sustainable water management is the transformation of data to information, and information to knowledge, which in turn leads to the development of policies. FutureWater, frequently in conjunction with academic partners, is continuously developing methodologies to facilitate these transformations in order to improve policy formulation.

FutureWater has a pro-active approach to research where we use models to investigate the variety of problems and challenges in water management and emphasize possibilities for the future. Obviously investigations into sustainable future water management are only possible if we understand water management in both the past and present.

  • Hydrological Models and SPHY

    SPHY is a spatial water balance model that integrates hydrological processes and is flexible in scale and time. We apply SPHY in various projects, such as understanding hydrological changes, watershed management, irrigation management, runoff forecasting, land degradation and restoration, energy assessment and hydroclimatic extremes research. The model can be adapted to different climatic conditions and uses different input data.

  • Satellite Remote Sensing

    We use satellite data to track various environmental variables such as vegetation, rainfall and land surface temperature. This data helps understand water resources, identify trends and support decision making. Satellite images are combined with models to gain insight into the past, present and future availability of water. We apply this approach in projects focused on drought, ecosystem services and sustainable land management.

  • Water Allocation and Planning

    We provide advice to water managers on different time scales, from day-to-day operational management to strategic decision making in river basins. We use models and tools such as WEAP and SPHY to simulate water supply and demand, and in this way we have built WEAP models for the Segura catchment area in Spain and investigated irrigation investments in Asia.

  • Climate Risk Assessments

    We play an important role in conducting Climate Risk Assessments (CRA) for potential investment projects. We are actively involved in developing and refining approaches to CRA in collaboration with reputable investors such as the World Bank and the Asian Development Bank. In doing so, we focus on both top-down approaches, in which climate scenarios form the basis for impact assessments, and bottom-up approaches that focus on vulnerability.

  • Flying Sensors

    We provide farmers in developing countries with valuable information through affordable drones. These drones provide ultra-high resolution images that enable farmers to detect crop stress and make decisions about irrigation, fertilization and pesticides. This service currently operates in Kenya and Mozambique and uses local operators and agronomists.

  • Drought Early Warning

    InfoSequía is our toolbox developed for monitoring and assessing drought. It provides up-to-date data and alerts on drought status and impacts. InfoSequía supports decision makers and users with tools for detection, prediction and management strategies. It can be integrated into other systems and can be used by water authorities, environmental authorities, forestry managers, agricultural organizations and insurance companies.

  • Crop Growth Models

    Crop growth models can be applied in different ways, depending on the underlying equations and the desired goal. We use models such as SWAP, SWAT and AquaCrop to predict crop development and growth. These models are enhanced by using satellite and drone data, resulting in more accurate assessments of crop development and water productivity.

  • WaterMaps

    WaterMaps is the web portal where our geo-data products and results are brought together, derived from various water-related projects and services around the world. WaterMaps contains a growing collection of interactive analysis and information products used to assess the effects of floods, droughts, irrigation, hydropower and food production.