NOAA-GSOD Weather Data (Temperature & precipitation )

These are some weather data including temperature & precipitation, downloaded from NOAA-GSOD.

STATIONS:

  • KANKASANTURAI, CE (1985)
  • BANDARANAIKE INTERNATIONAL COLOMBO, CE (2005)
  • BATTICALOA, CE (2005)
  • CHINA BAY, CE (2006)
  • COLOMBO RATMALANA, CE (2006)
  • MANNAR, CE (2006)
  • NUWARA ELIYA, CE (2006)
  • ANURADHAPURA, CE (2009)
  • COLOMBO, CE (2009)
  • DIYATALAWA, CE (2009)
  • KURUNEGALA, CE (2009)
  • MAHA ILLUPPALLAMA, CE (2009)
  • POTTUVIL, CE (2009)
  • PUTTALAM, CE (2009)
  • VAVUNIYA, CE (2009)
  • GALLE, CE (2010)
  • HAMBANTOTA, CE (2010)
Click here to see the data.

Comments

Post a Comment

Popular posts from this blog

Extracting Data points using Get Data Graph Digitizer

Image
GetData Graph Digitizer is open source software for digitizing graphs and plots. It is often necessary to obtain original (x,y) data from graphs, e.g. from scanned scientific plots, when data values are not available. GetData Graph Digitizer allows to easily get the numbers in such cases. Digitizing is a four step process: open a graph, set the scale (coordinate system), digitize (automatically or manually), and copy data to the clipboard, or export to TXT, XLS, XML, DXF or EPS file. Main features of GetData Graph Digitizer are: supported graphics formats are TIFF, JPEG, BMP and PCX; two algorithms for automatic digitizing; convenient manual digitizing; reorder tool for easy points reordering; save/open workspace, which allows to save the work and return to it later; obtained data can be copied to the clipboard; export to the formats: TXT (text file), XLS (MS Excel), XML, DXF (AutoCAD) and EPS (PostScript). More details are available at:  http://getdata-graph-...
Read more

How to open a data file in CDT

Image
  The Climate Data Tool The Climate Data Tool (CDT) is a free, open source R package created specifically for national meteorological services. CDT allows national meteorological agencies to: Organize millions of station observations Assess data availability and highlight gaps in the observational record Assess and correct data-quality issues Combine station observations with proxies such as satellite rainfall and climate model reanalysis products in order to fill temporal and spatial gaps in the observational record Evaluate gridded products, including satellite, reanalysis and combined data products Extract data from gridded products, including satellite, reanalysis and combined data products, at any point, for selected a box, for any administrative boundary Analyze and visualize station and gridded dataset     To open files  (.csv / .txt)   in CDT      File should be in this format              ...
Read more

How to Visualize station daily rainfall data using CDT

Image
Introduction CDT is a free and open-source R package. It was developed as part of the Enhancing National Climate Services (ENACTS) initiative by the International Research Institute for Climate and Society (IRI), part of the Earth Institute at Columbia University.  We can use CDT to work with climate data such as visualize data in charts and maps. Following are the steps to visualize data in CDT. Step 1 - Open the data file in CDT We have to convert our data file into CDT data file to work with CDT. That file should be .csv file format. See this link below. http://fectdata.blogspot.com/2020/10/how-to-open-data-file-in-cdt.html Step 2 - Convert the data file into CDT file format There is a file format to work with CDT. Therefore we have to convert our station data file into CDT file format.  Use the following path to convert the file to CDT format.     -  Data Preparation → Format CDT input Station Data. Make the following settings in the dialog box that appears....
Read more