Inne Vanderkelen

Aug 25, 2023 | scholarsarchive.byu.edu | Inne Vanderkelen

Home > Engineering > Civil and Environmental Engineering > iEMSs Conference > 2020 > STREAM-F > 23 Keywords inland waters, heat uptake, ISIMIP, global lake models, global hydrological models COinS Sep 17th, 1:40 PM Sep 17th, 2:00 PM Global heat uptake by inland waters Heat uptake is a key variable for understanding Earth system response to greenhouse gas forcing. Recent assessments highlighted that most of the excess energy is stored in the oceans, whereas the land, atmosphere and ice melt...

Aug 25, 2023 | scholarsarchive.byu.edu | Inne Vanderkelen

Home > Engineering > Civil and Environmental Engineering > iEMSs Conference > 2020 > STREAM-E > 13 Keywords land surface models, reservoirs, land-climate feedbacks, human water management DOWNLOADS COinS Sep 15th, 1:40 PM Sep 15th, 2:00 PM Implementing the role of reservoirs in the CTSM land surface model By now, humans have constructed more than 45 000 large reservoirs across the globe. These reservoirs have large impacts on freshwater processes and resources. However, so far the impact of...

Aug 5, 2023 | scholarsarchive.byu.edu | Seppe Lampe |Bertrand Le Saux |Inne Vanderkelen |Wim Thiery

AbstractThe absence of a global long-term burned area dataset significantly hampers analyses of longterm trends in wildfire impacts. This prevents conclusive statements on the role of anthropogenic activity on wildfire impacts over the last century. Here, we construct a 1901-2014 data-driven reanalysis of monthly global burned area at a 0.5° by 0.5° scale.