Climate Change and Nature-Based Services

Informed by projects such as the development of River Basin Management Plans and disaster risk reduction strategies, STREAM integrates hydrological and hydraulic modeling tools like HEC-HMS and HEC-RAS to analyze climate change impacts on water systems. These tools enable the design of adaptive solutions, including wetland restoration, reforestation, and sustainable floodplain management, which align with EU Water Framework Directive requirements and international climate resilience standards.

 

STREAM’s work emphasizes multi-hazard risk assessments and nature-based interventions to address extreme weather events. For example, our methodologies include detailed analysis of soil erosion, reforestation strategies, and the restoration of degraded land to prevent floods and droughts while reducing disaster vulnerability. By using GIS and remote sensing technologies, STREAM identifies disaster-prone areas, prioritizes interventions, and produces actionable management plans.

 

With expertise in early warning systems, STREAM enhances preparedness for climate-induced hazards such as floods and droughts. Our solutions are backed by field experience, including collaborative efforts with international organizations like UNESCO, WMO, and the EU. This ensures that STREAM’s work not only meets global standards but also strengthens community resilience and aligns with sustainable development goals.

 

Integrating climate science, advanced technology, and ecosystem-based approaches, STREAM creates robust frameworks that balance environmental preservation with climate adaptation. This comprehensive approach ensures sustainable solutions for managing water resources and protecting vulnerable communities from the growing challenges of climate change.