10.6084/m9.figshare.4578544.v4
Jason Williams
Jason
Williams
Georeferenced Lake Nutrient Chemistry (GLNC) Database
figshare
2017
lake changes
nitrogen, N
National Parks
national forests
mountain lake
Atmospheric Deposition
Ecology
Environmental Monitoring
Environmental Management
Environmental Science
Limnology
Natural Resource Management
2017-03-17 02:26:51
Dataset
https://figshare.com/articles/dataset/GLNC_Database_January_2017/4578544
<p>This fileset includes files associated with the Georeferenced Lake Nutrient Chemistry (GLNC) Database, which is described in an open access publication in Scientific Data:<br></p><p>Williams, J.J., Labou, S.G. 2017. A database of georeferenced nutrient chemistry data for mountain lakes of the Western United States. Scientific Data. 4: 170069. <br></p><p>http://dx.doi.org/10.1038/sdata.2017.69<br></p><p>The Georeferenced Lake Nutrient Chemistry (GLNC)
Database was constructed to create a spatially-extensive lake chemistry
database needed to assess atmospheric nutrient deposition effects on Western
U.S. mountain lakes. The database includes nitrogen and phosphorus water chemistry
data spanning 1964-2015, with 148,336 chemistry results from 51,048 samples
collected across 3,602 lakes in the Western U.S. Data were obtained from public
databases, government agencies, scientific literature, and researchers, and were
formatted into a consistent table structure. All data are georeferenced to a
modified version of the National Hydrography Dataset Plus version 2. The
database is transparent and reproducible; R code and input files used to format
data are provided in an appendix. The database will likely be useful to those assessing
spatial patterns of lake nutrient chemistry associated with atmospheric deposition
or other environmental stressors. The most recent version of the database was uploaded March 16, 2017.</p><p>An interactive map that displays the locations of lakes in the GLNC database can be viewed here: http://rpubs.com/JasonWilliams/268322<br></p>