An open-access article published in WIREs Climate Change, https://doi.org/10.1002/wcc.757, by Wasti et al. (2022) entitled “Climate change and the hydropower sector: A global review” analyze the effect of climate change on global hydropower generation, based on observed trends and near-future projections. The effects are indicated by two levels of symbols: high and low. Generally, if a climate change effect is discussed in more than 50% of the review papers for the region, a “high” symbol (filled in) is adopted. Also shown are the major rivers (blue lines), mountain ranges (cyan hue), and the location of existing and planned hydropower plants (purple dots) (Global Energy Observatory, 2018; Zarfl et al., 2015).
Recent Posts
- UNESCO Venice Science in Action Newsletter Issue 1 published.
- Dr Kuzmanić and Dr Mikoš contributed to a paper published in Infrastructures on “A Systematic Framework for Assessing the Temporally Variable Protective Capacity of Nature-Based Solutions Against Natural Hazards”.
- Paper published in journal Hydrological Processes on “Assessment of Throughfall Drivers Under Pine Canopies Across Different Urban Climates”.
- Paper published in journal Agricultural and Forest Meteorology on “Quantification of vegetation and meteorological variables influencing the kinetic energy of raindrops”.
- Dr Bezak and Dr Sodnik contributed to a paper published in Natural Hazards on “Impact of flexible net barriers on torrential processes under different hydrological conditions, including the extreme flood of August 2023 in Slovenia”.