#Glims data manual
#Glims data full
#Glims data download

To properly import this into OSM would require newly vectorizing it which is especially difficult where there have been manual edits in the GLIMS data. Some of the better data in GLIMS, notably that in northern Europe and Alaska, is hampered by poor vectorization of a raster data source.

The following is by initial assessment (completeness is only a rough estimate)

The quality of the data is strongly varying due to the different sources and analysis methods used. The shapefile also contains many duplicate polygons and the attributes seem partially broken.

#Glims data full

The full database dump is a huge shapefile containing ice and internal rock polygons separately. International GLIMS community and the National Snow and Ice Data Center,ДЇor Analysis_IDs in the range 309497-312426, the appropriate citation isД¬ogley, Graham (submitter) Kienholz, Christian Miles, Evan Sharp, Martin Wyatt, F. GLIMS and NSIDC (2005, updated 2018): Global Land Ice MeasurementsДЇrom Space glacier database. Study of glaciers, for example), please cite Global and Planetary Change 56:101-110.ДЇor the complete set of GLIMS glacier data (when using it for a global 'The GLIMS Geospatial Glacier Database: a New Tool for When referring to the GLIMS Initiative in general, please cite The examples below, including the analyst's name. When citing GLIMS data, please be sure to include all the information in All data are in the longitude/latitude coordinate systemДЇield names in the downloaded file are documented at There is also a newer citation from This file contains the citations for the data downloaded from the GLIMS

#Glims data download

GLIMS Glacier Database.Д«oulder, Colorado USA: National Snow and Ice Data Center.ДЄlternatively, if you download a specific data set, please use the appropriateД¬itation(s) listed in the file called 'CITATIONS_nnnn.txt' (where nnnn is a number) The data is acquired from many institutions around the world using different methods and different tools and the quality of data therefore varies significantly. Primary data sources are maps, often quite old and newer ASTER and Landsat images. Richard Armstrong, Bruce Raup, Siri Jodha Singh Khalsa, Roger Barry, Jeff Kargel,Д¬hris Helm, Hugh Kieffer. The Global Land Ice Measurements from Space (GLIMS) is a global project of mapping glaciers. The following format for a general citation for the entire GLIMS data collection: GLIMS data are public domain so you may use it how you wish. The NSIDC has confirmed that GLIMS data is in the public domain: There is also a separate domain containing various further information like: The result of this work promises to be an improved glacier data repository that will be useful for tracking changes in water resources, hazards, and mass budgets of the world's glaciers.The GLIMS database is hosted and maintained by the NSIDC, the main entry page there is:Дata access including the full database dump can be downloaded from The glacier database of the Global Land Ice Measurements from Space (GLIMS) initiative is the only multi-temporal glacier database capable of tracking all these glacier measurements and providing them to the scientific community and broader public.This contribution presents recent results in 1) expansion of the GLIMS Glacier Database in geographic coverage by drawing on the Randolph Glacier Inventory (RGI) and other new data sets 2) new tools for visualizing and downloading GLIMS data in a choice of formats and data models 3) a new data model for handling multiple glacier records through time while avoiding double-counting of glacier number or area and 4) a new system of collaboration between all members of the glacier mapping community to streamline the process of meeting various community needs. To understand these changes, it is vitally important to monitor glaciers through time, measuring their areal extent, changes in volume, flow velocities, snow lines, elevation distribution, and changes to associated water bodies.

Earth's glaciers are changing rapidly in response to a changing climate, and this has implications for people in numerous ways, such as increased hazards from glacial lake outburst floods, changes to water resources, and increasing sea level.