Interactive Google Maps
 Google Earth Files (kmz)

The interactive maps show the solar eclipses paths across Earth’s surface. The umbral or antumbral northern and southern limits of a solar eclipse are plotted in pink while the central line is blue. The four-way toggle arrows (upper left corner) are used for navigating around the map. The zoom bar (left edge) is used to change the magnification or map scale. The drop-down menu in the top right corner turn on either a map view, a terrain view, a satellite view, a night lights or a night sky brightness view. You can append a query string to each map web page URL in order to alter the default display. The parameters can be specified in any order or can be omitted. It should look something like :
 ?Lat=24.4958333&Lng=17.9600000&Zoom=11&MapT=HYBRID&LC=1 (example)

• Latitude is a number in decimal notation and is positive in the Northern hemisphere,
• Lng for Longitude is a number in decimal notation and is positive if East of Greenwich,
• Zoom is a number between 0 and 17 specifying the zoom level (17 is highest),
• MapT is a constant specifying the map type (ROADMAP, SATELLITE, HYBRID or TERRAIN),
• LC is a boolean value 0 or 1 telling if the local circumstances bubble should automatically be displayed at the specified coordinates (0 or 1).

Other icons let you find the time-zone and terrain elevation profile, but also zoom in on a selected area, display the areas where it’s dark or else geolocate yourself.
Clicking anywhere in the map will show the local circumstances of the eclipse at the location of the click. A "Google Map" help is available too.
The Google Earth (available for MacOS X, Windows and Linux) files, will draw the solar eclipses paths across Earth’s surface. The umbral or antumbral northern and southern limits of a solar eclipse are plotted in pink while the central line is blue. The penumbra outer limits and the curves of maximum on the horizon and sunrise or sunset are plotted respectively in green and orange.
The "dynamic local circumstances predictions at the click’s location", a feature available with my interactive Google maps, can’t be implemented as is because the Google Earth client application provides no means of getting the current pointer position. However, by clicking on the framed cross-hair cursor  always located at the center of the view, you will obtain the local circumstances at that location (have a look at this sample).
The Five Millennium Canon of Solar Eclipses Database will give you access to every eclipses over the -1999 to +3000 period.