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CAMELS‐SE: Long‐term hydroclimatic observations (1961–2020) across 50 catchments in Sweden as a resource for modelling, education, and collaboration
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CAMELS‐SE: Long‐term hydroclimatic observations (1961–2020) across 50 catchments in Sweden as a resource for modelling, education, and collaboration
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Journal Article
CAMELS‐SE: Long‐term hydroclimatic observations (1961–2020) across 50 catchments in Sweden as a resource for modelling, education, and collaboration
2024
Overview
This paper introduces a community‐accessible dataset comprising daily hydroclimatic variables (precipitation, temperature, and streamflow) observed in 50 catchments in Sweden (median size of 1019 km2). The dataset covers a 60‐year period (1961–2020) and includes information on geographical location, landcover, soil classes, hydrologic signatures, and regulation for each catchment. Data were collected from various sources, such as the Swedish Meteorological and Hydrological Institute, the Swedish Geological Survey, and several Copernicus products provided by the European Environment Agency. The compiled, spatially‐matched, and processed data are publicly available online through the Swedish National Data Service (https://snd.se/en), contributing a new region to the collection of existing CAMELS (Catchment Attributes and Meteorology for Large‐sample Studies) datasets. The CAMELS‐SE dataset spans a wide range of hydroclimatic, topographic, and environmental catchment properties, making it a valuable resource for researchers and practitioners to study hydrological processes, climate dynamics, environmental impacts, and sustainable water management strategies in Nordic regions. We present an openly accessible dataset of daily hydroclimatic variables—precipitation, temperature, and streamflow—across 50 Swedish catchments from 1961 to 2020. This comprehensive 60‐year dataset includes not only geographical coordinates and landcover details, but also soil classifications, hydrologic signatures, and regulation data for each catchment. Spanning diverse hydroclimatic, topographic, and environmental catchment properties, it serves as a valuable resource for researchers and practitioners studying hydrological processes, climate dynamics, environmental impacts, and sustainable water management approaches within Nordic regions.
Publisher
John Wiley & Sons, Inc,Wiley
Subject
