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This fact sheet describes a project by the Stockholm Environment Institute (SEI) to monitor and model the hydro-ecological systems of bofedales wetlands in the Katari watershed of Bolivia. The project utilized a WEAP model and a 36-year remote sensing dataset to analyze the impacts of human activity and climate change on these high-elevation wetlands.

This report provides an economic assessment of climate change impacts on Uganda's water sector, projecting water demand and supply through 2050. Using the Water Evaluation and Planning (WEAP) tool, it estimates significant increases in unmet water demand and associated economic losses, while evaluating the cost-effectiveness of government adaptation strategies.

This research paper evaluates the use of the National Centers for Environmental Prediction’s Climate Forecast System Reanalysis (CFSR) climate data for hydrological modelling in the Upper Blue Nile region, specifically within the Lake Tana basin, comparing it against conventional meteorological data.

This report, commissioned by the UNDP, assesses climate risks for wetlands in Niger, specifically focusing on La Mare de Tabalak in the Tahoua region. It examines the vulnerability of the pond and its local inhabitants to recurring droughts and floods, the impact of environmental degradation, and the existing institutional frameworks for climate risk management. The document provides recommendations for sustainable wetland management, emphasizing intercommunal cooperation, improved monitoring, and the integration of gender issues into climate policies.

This technical policy briefing note from the ClimateCost project assesses the potential economic impacts of river flooding in the European Union (EU27) under different climate and socio-economic scenarios. Using the LISFLOOD model, the study evaluates expected annual damage (EAD) and the number of people affected (EAP), while analyzing the costs and benefits of maintaining flood protection levels. The findings emphasize that socio-economic growth is as significant a driver of future flood costs as climate change, and that adaptation can significantly reduce direct damages.

This policy brief examines Agricultural Water Management (AWM) interventions in the Nariarlé watershed of Burkina Faso to alleviate food insecurity and poverty. It evaluates various scenarios—including improved rainfed agriculture, expanded irrigation, and increased reservoir storage—analyzing their impacts on crop yields, water resources, and local livelihoods. The document emphasizes that while AWMs can significantly increase production, their sustainability depends on strengthening the existing, largely informal, institutional networks and coordinating activities across the watershed.

This fact sheet describes the development and application of an enhanced Water Evaluation And Planning (WEAP) model to assess the impacts of hydropower expansion on the Mompos Depression and the broader Magdalena River Basin in Colombia. The modelling indicates that while hydropower development may regularize seasonal and low flows, it is unlikely to protect downstream communities from extreme floods and may disrupt critical ecosystem services provided by wetland inundation.