Nazemi Ali, Jiwa Shakil, Hatami Shadi
Department of Building, Civil and Environmental Engineering, Concordia University, Montreal, Québec, Canada.
Department of Earth System Sciences, University of California at Irvine, Irvine, California, USA.
Data Brief. 2022 May 20;42:108298. doi: 10.1016/j.dib.2022.108298. eCollection 2022 Jun.
We present an integrated data portal and retrieval system for various variable related to hydrology and cryosphere of Québec, named Cold Region Data Accessibility Portal for Québec (CRDAP-QC). The raw data with which this integrated platform is built are pulled from various publicly available data sources. The platform integrates data variables related to climate (maximum, minimum and mean temperature along with total precipitation), snow accumulation (snow cover and depth) as well as Freeze-Thaw characteristics. The platform enables downloading, visualizing, and comparing these data across various temporal (monthly, seasonal and annual) and spatial scales (from 25 × 25 km grids, to sub-basin and basin, to the whole province). The platform also provides a Printable Document File with summary of the data, an additional set of information on elevation, land-use, and land-cover as well as the location of climate and hydrometric stations within the chosen area. The portal is available in both English and French.
我们展示了一个名为魁北克寒冷地区数据获取门户（CRDAP-QC）的综合数据门户和检索系统，用于获取与魁北克水文和冰冻圈相关的各种变量。构建这个综合平台所使用的原始数据来自各种公开可用的数据源。该平台整合了与气候（最高、最低和平均温度以及总降水量）、积雪（积雪覆盖和深度）以及冻融特征相关的数据变量。该平台能够在各种时间尺度（月度、季节和年度）和空间尺度（从25×25公里网格到子流域和流域，再到全省）上下载、可视化和比较这些数据。该平台还提供了一份包含数据摘要的可打印文档文件、一组关于海拔、土地利用和土地覆盖的额外信息，以及所选区域内气候和水文站的位置。该门户提供英文和法文两种版本。
