PSMSL tide gauges viewed with Google Earth

Google Earth can be used to give detailed views of the areas around PSMSL Revised Local Reference (RLR) tide gauges. Detailed information about the sites such as RLR monthly data, RLR monthly plots and corresponding metric monthly data can be accessed. You will need to download and install the Google Earth viewer software first (Unless you already have the most current version). You will then have to download and install the PSMSL tide gauge kml file and open it in Google Earth. Detailed instructions are listed below and it will only take a few minutes from start to finish.

System requirements:
newer Windows and Macintosh (OS 10.3.9) operating systems. GoogleEarth only works well with DSL or faster bandwidth connections.

Instructions

1.   Download and install GoogleEarth in your computer. [Important note: the PSMSL RLR tide gauges are not included in the GoogleEarth download and it is not available at the GoogleEarth site. So even if you have installed Google Earth already, you must still do the next step (2) and download the PSMSL RLR tide gauges file from this site.]

2.   Download the PSMSL RLR tide gauges file. For Internet Explorer and many other browsers, Download File here.

3.   Start Google Earth. [If you skipped step 2 above, you don't have the tour yet.]

4. & Open the map and folder in Google Earth. Google Earth will probably list the PSMSL RLR tide gauges folder in the "Places" column on the left-hand side, it may be in the "Temporary Places" folder towards the bottom. Double Click on 'PSMSL tide gauges' and Google Earth will open up the map of the network.

5.   Select a PSMSL RLR tide gauge site. Click on a site from around the World and the details of that site will pop-up in a box. There are links for data and plots available from the selected gauge.

WARNING ABOUT POSITIONS OF GAUGES ON GOOGLE EARTH. Positions of tide gauges in the PSMSL database are stored to the nearest minute in latitude and longitude. Consequently, gauge are not precisely located on the Google Earth maps and may appear to be in the sea or land. Local maps for many stations can be found in the GLOSS Handbook.