R-ArcticNet, A Regional Hydrographic Data Network for the Pan-Arctic Region (ISO-image of CD-ROM) ...

• Main Authors: Lammers, Richard B, Shiklomanov, Alexander I, Vörösmarty, Charles J, Fekete, Balázs M, Peterson, Bruce J
• Format: Dataset
• Language: English
• Published: PANGAEA 2016
• Subjects: Anadyr; Anadyr'; Arctic Ocean; ArcticNet; Bering Sea; Bering Strait; Hudson Bay; Alaska; James Bay; Siberia; Yukon
• Online Access: https://dx.doi.org/10.1594/pangaea.859422; https://doi.pangaea.de/10.1594/PANGAEA.859422

We describe the contemporary hydrography of the pan-Arctic land area draining into the Arctic Ocean, northern Bering Sea, and Hudson Bay on the basis of observational records of river discharge and computed runoff. The Regional Arctic Hydrographic Network data set, R-ArcticNET, is presented, which is based on 3754 recording stations drawn from Russian, Canadian, European, and U.S. archives. R-ArcticNET represents the single largest data compendium of observed discharge in the Arctic. Approximately 73% of the nonglaciated area of the pan-Arctic is monitored by at least one river discharge gage giving a mean gage density of 168 gages per 106 km2. Average annual runoff is 212 mm yr−1 with approximately 60% of the river discharge occurring from April to July. Gridded runoff surfaces are generated for the gaged portion of the pan-Arctic region to investigate global change signals. Siberia and Alaska showed increases in winter runoff during the 1980s relative to the 1960s and 1970s during annual and seasonal ... : The CD-ROM contains a comprehensive river discharge database for the entire pan-Arctic drainage system using data from 3713 gauges. The pan-Arctic drainage region covers a land area of approximately 21 million km2 that drains into the Arctic Ocean as well as Hudson Bay, James Bay and the Northern Bering Strait, including the Yukon and Anadyr Rivers.The data set contains monthly river discharge data extending from the 1890s (for four Canadian and five Russian gauges) until the early 1990s. The length of record for individual gauges is extremely variable, but the majority of data was collected between 1960 and 1990.The project concentrates on the hydrological cycle of the northern latitudes, especially the development of a river discharge database for the entire Pan-Arctic region. A coarse grid cell resolution of 30 minutes latitude by 30 minutes longitude allows for modeling of the data. Most of the drainage basins used were greater than 15,000 km2; however, for Canada and Russia we collected all available ...