![]() ![]() Krogh, 2020: Shifting hydrological processes in a Canadian agroforested catchment due to a warmer and wetter climate, Water, 12(3), 739. Highlighted by the BAMS Bulletin, June 2020, Issue 6, page 479.Īygun, O., C. Broxton, 2020: Increasing the Efficacy of Forest Thinning for Snow Using High-Resolution Modeling: A Proof of Concept in the Lake Tahoe Basin, Ecohydrology. Harpold, 2020: Using Process Based Snow Modelling to Predict the Effect of Forest Thinning on the Sierra Nevada Snowpack, Frontiers in Forest and Global Change. ![]() Highlighted by Nature Climate Change, August 2021, Li, 2021: Dryline characteristics in North America's historical and future climates, Climate Dynamics. Pomeroy, 2021: Simulating site-scale permafrost hydrology: sensitivity to modelling decisions and air temperature, Journal of Hydrology, August, 602, 10.1016/j.jhydrol.2021.126771 Proyecto de Investigación Postdoctoral Becas-Chile: ¨The Effect of Forest Thinning on Snow Accumulation and Melt¨, University of Nevada, Reno. Proyecto CNR: Diagnóstico Fuente Hídrica Riego Agrícola, Secano Interior Maule.Ģ019-2020. Proyecto CORFO: Consorcio para la Tecnología del Agua (CoTH2O), Banco de Información de Recursos Hídricos.Ģ021-2022. ![]()
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