NASA Hybrid Solar Eclipse of 2023 Apr 20 (2024)

Table of Contents
Google Maps and Solar Eclipse Paths Introduction User Directions Eclipse Circ*mstances Footnotes Links for the Hybrid Solar Eclipse of 2023 Apr 20 Eclipse Predictions Acknowledgments More Solar Eclipse Links References

"; var b; for (b = 0; b < a.length; b++) locCirc.document.write(a[b]); // locCirc.document.getElementById("start").appendChild(c); // locCirc.document.getElementsByTagName("body").item(0).appendChild(c); locCirc.document.close();}function onLoad() { map = new GMap2(document.getElementById("map"), {draggableCursor: 'crosshair'}); // Map Controls map.addControl(new GLargeMapControl()); map.addControl(new GMapTypeControl()); map.addControl(new GScaleControl()); // map.enableScrollWheelZoom(); map.enableContinuousZoom(); GEvent.addDomListener(document.getElementById("map"), "DOMMouseScroll", wheelZoom); // Firefox GEvent.addDomListener(document.getElementById("map"), "mousewheel", wheelZoom); // IE // Event Listeners // // Event listeners are registered with =GEvent.addListener=. In this example, // we echo the lat/lng of the center of the map after it is dragged or moved // by the user. GEvent.addListener(map, "moveend", function() { var center = map.getCenter(); var latLngStr = "(" + latitudeToString(center.lat().toFixed(5)) + ", " + longitudeToString(center.lng().toFixed(5)) + ")"; document.getElementById("mapCenter").innerHTML = latLngStr; });// Limit the zoom level var maxZoomLevel = 13;// Set the maximum zoom level here (integer from 0 to 20 maximum zoom) GEvent.addListener(map, "zoomend", function(oldZoom, newZoom) { if (newZoom > maxZoomLevel) { var zoom = 0; if (location.search.length > 1) { var argstr = location.search.substring(1, location.search.length); var args = argstr.split("&"); for (var i = 0; i < args.length; i++) { if (args[i].substring(0, 5) == "zoom=") eval(unescape(args[i])); } if (zoom != 1) zoom = 0; } if (zoom == 0) { map.setZoom(maxZoomLevel); alert("The maximum zoom level has been reached because of the finite resolution of the eclipse path data.\r\nYou can remove the limitation by appending ?zoom=1 to the URL address and reloading this page. "); } } }); // Display lat/lng of the cursor under the map GEvent.addListener(map, "mousemove", function(point) { mouselat = point.lat().toFixed(6); mouselng = point.lng().toFixed(6); if ((gPrevLat != point.lat()) || (gPrevLng != point.lng())) { var latitude = point.lat(); var longitude = point.lng(); if (longitude < -180) longitude += 360; else if (longitude > 180) longitude -= 360; var cursor = latitudeToString(latitude.toFixed(5)) + ", " + longitudeToString(longitude.toFixed(5)); document.getElementById("latlngCursor").innerHTML = "(" + cursor + ")"; gPrevLat = point.lat(); gPrevLng = point.lng(); if (markers.length > 0) { var lastpnt = markers[markers.length - 1].getLatLng();var kmDist = lastpnt.distanceFrom(point); kmDist = kmDist / 1000.0; var miDist = kmDist * 0.621371192;kmDist = kmDist.toFixed(2) + 'km (' + miDist.toFixed(2) + ' miles)'; document.getElementById("distValue").innerHTML = kmDist; } } });//*** Greatest Eclipse marker / Map Center coordinates ***//*** #0V map.setCenter(new GLatLng(xx.xxxxxx,xxx.xxxxxx), 2, G_NORMAL_MAP); map.setCenter(new GLatLng( -9.59516, 125.78076), 2, G_NORMAL_MAP); map.zoomIn();// document.getElementById("deltaT").innerHTML = "ΔT = " + elements[4] + " s"; document.getElementById("locCircShow").disabled = true; var html = ""; var gemarkericon = new GIcon(G_DEFAULT_ICON, "../../image/gemarker.png"); var gemarker = new GMarker(map.getCenter(), {icon: gemarkericon, draggable: false}); GEvent.addListener(gemarker, "mouseover", function() { gCurrentMarker = null; gemarker.openInfoWindowHtml(loc_circ(gemarker.getPoint().lat(), gemarker.getPoint().lng())); document.getElementById("locCircShow").disabled = false; }); GEvent.addListener(gemarker, "infowindowclose", function() { document.getElementById("locCircShow").disabled = true; }); map.addOverlay(gemarker); GEvent.addListener(map, "click", function(overlay, point) { if (point) { html = loc_circ(point.lat(), point.lng()); if (html != "") { if (document.getElementById("showmarker").checked) { createMarker(point);// map.removeOverlay(marker); } else { var marker = new GMarker(point); map.addOverlay(marker); marker.openInfoWindowHtml(html); map.removeOverlay(marker); } } } }); var gdmarkericon = new GIcon(G_DEFAULT_ICON, "../../image/gdmarker.png");//*** Greatest Duration marker coordinates ***//*** #0W var gdmarker = new GMarker(new GLatLng( xxxxx, xxxxx), {icon: gdmarkericon, draggable: false}); var gdmarker = new GMarker(new GLatLng( -9.70914, 125.66876), {icon: gdmarkericon, draggable: false}); GEvent.addListener(gdmarker, "mouseover", function() { gCurrentMarker = null; gdmarker.openInfoWindowHtml(loc_circ(gdmarker.getPoint().lat(), gdmarker.getPoint().lng())); document.getElementById("locCircShow").disabled = false; }); GEvent.addListener(gdmarker, "infowindowclose", function() { document.getElementById("locCircShow").disabled = true; }); map.addOverlay(gdmarker);// Insert TRACK.GOO (ex SHADOW.EXE) below here/* ++++++++++++++++++++++++++++++++++++++++++++++++++ *//* ++++++++++++++++++++++++++++++++++++++++++++++++++ *///*** #0X - Input Solar Eclipse Path Data Here// First BLUE, Solar Eclipse of 2023 Apr 20 - Northern Limitvar polyline = new GPolyline([new GLatLng( -48.47961, 63.63379),new GLatLng( -48.42300, 63.61609),new GLatLng( -48.34444, 64.00000),new GLatLng( -48.24009, 64.50000),new GLatLng( -48.13385, 65.00000),new GLatLng( -48.02571, 65.50000),new GLatLng( -47.91565, 66.00000),new GLatLng( -47.80364, 66.50000),new GLatLng( -47.68966, 67.00000),new GLatLng( -47.57368, 67.50000),new GLatLng( -47.45570, 68.00000),new GLatLng( -47.33567, 68.50000),new GLatLng( -47.21358, 69.00000),new GLatLng( -47.08941, 69.50000),new GLatLng( -46.96312, 70.00000),new GLatLng( -46.83469, 70.50000),new GLatLng( -46.70411, 71.00000),new GLatLng( -46.57133, 71.50000),new GLatLng( -46.43364, 72.00000),new GLatLng( -46.29241, 72.50000),new GLatLng( -46.14889, 73.00000),new GLatLng( -46.00302, 73.50000),new GLatLng( -45.85478, 74.00000),new GLatLng( -45.70415, 74.50000),new GLatLng( -45.55109, 75.00000),new GLatLng( -45.39557, 75.50000),new GLatLng( -45.23754, 76.00000),new GLatLng( -45.07698, 76.50000),new GLatLng( -44.91387, 77.00000),new GLatLng( -44.74815, 77.50000),new GLatLng( -44.57980, 78.00000),new GLatLng( -44.40876, 78.50000),new GLatLng( -44.23503, 79.00000),new GLatLng( -44.05853, 79.50000),new GLatLng( -43.87925, 80.00000),new GLatLng( -43.69712, 80.50000),new GLatLng( -43.51213, 81.00000),new GLatLng( -43.32421, 81.50000),new GLatLng( -43.13334, 82.00000),new GLatLng( -42.93946, 82.50000),new GLatLng( -42.74252, 83.00000),new GLatLng( -42.54248, 83.50000),new GLatLng( -42.33930, 84.00000),new GLatLng( -42.13291, 84.50000),new GLatLng( -41.92328, 85.00000),new GLatLng( -41.71036, 85.50000),new GLatLng( -41.49406, 86.00000),new GLatLng( -41.27437, 86.50000),new GLatLng( -41.05122, 87.00000),new GLatLng( -40.82455, 87.50000),new GLatLng( -40.59431, 88.00000),new GLatLng( -40.36041, 88.50000),new GLatLng( -40.12283, 89.00000),new GLatLng( -39.88148, 89.50000),new GLatLng( -39.63631, 90.00000),new GLatLng( -39.38728, 90.50000),new GLatLng( -39.13427, 91.00000),new GLatLng( -38.87724, 91.50000),new GLatLng( -38.61613, 92.00000),new GLatLng( -38.35085, 92.50000),new GLatLng( -38.08133, 93.00000),new GLatLng( -37.80751, 93.50000),new GLatLng( -37.52932, 94.00000),new GLatLng( -37.24666, 94.50000),new GLatLng( -36.95947, 95.00000),new GLatLng( -36.66766, 95.50000),new GLatLng( -36.37115, 96.00000),new GLatLng( -36.06989, 96.50000),new GLatLng( -35.76374, 97.00000),new GLatLng( -35.45267, 97.50000),new GLatLng( -35.13656, 98.00000),new GLatLng( -34.81533, 98.50000),new GLatLng( -34.48891, 99.00000),new GLatLng( -34.15721, 99.50000),new GLatLng( -33.82012, 100.00000),new GLatLng( -33.47757, 100.50000),new GLatLng( -33.12947, 101.00000),new GLatLng( -32.77573, 101.50000),new GLatLng( -32.41628, 102.00000),new GLatLng( -32.05099, 102.50000),new GLatLng( -31.67982, 103.00000),new GLatLng( -31.30267, 103.50000),new GLatLng( -30.91946, 104.00000),new GLatLng( -30.53010, 104.50000),new GLatLng( -30.13454, 105.00000),new GLatLng( -29.73269, 105.50000),new GLatLng( -29.32450, 106.00000),new GLatLng( -28.90990, 106.50000),new GLatLng( -28.48884, 107.00000),new GLatLng( -28.06128, 107.50000),new GLatLng( -27.62718, 108.00000),new GLatLng( -27.18653, 108.50000),new GLatLng( -26.73928, 109.00000),new GLatLng( -26.28548, 109.50000),new GLatLng( -25.82511, 110.00000),new GLatLng( -25.35819, 110.50000),new GLatLng( -24.88481, 111.00000),new GLatLng( -24.40501, 111.50000),new GLatLng( -23.91889, 112.00000),new GLatLng( -23.42656, 112.50000),new GLatLng( -22.92818, 113.00000),new GLatLng( -22.42389, 113.50000),new GLatLng( -21.91391, 114.00000),new GLatLng( -21.39845, 114.50000),new GLatLng( -20.87777, 115.00000),new GLatLng( -20.35220, 115.50000),new GLatLng( -19.82207, 116.00000),new GLatLng( -19.28770, 116.50000),new GLatLng( -18.74957, 117.00000),new GLatLng( -18.20808, 117.50000),new GLatLng( -17.66370, 118.00000),new GLatLng( -17.11698, 118.50000),new GLatLng( -16.56846, 119.00000),new GLatLng( -16.01872, 119.50000),new GLatLng( -15.46837, 120.00000),new GLatLng( -14.91805, 120.50000),new GLatLng( -14.36841, 121.00000),new GLatLng( -13.82012, 121.50000),new GLatLng( -13.27387, 122.00000),new GLatLng( -12.73033, 122.50000),new GLatLng( -12.19020, 123.00000),new GLatLng( -11.65413, 123.50000),new GLatLng( -11.12281, 124.00000),new GLatLng( -10.59686, 124.50000),new GLatLng( -10.07691, 125.00000),new GLatLng( -9.56353, 125.50000),new GLatLng( -9.05728, 126.00000),new GLatLng( -8.55868, 126.50000),new GLatLng( -8.06819, 127.00000),new GLatLng( -7.58625, 127.50000),new GLatLng( -7.11325, 128.00000),new GLatLng( -6.64952, 128.50000),new GLatLng( -6.19536, 129.00000),new GLatLng( -5.75102, 129.50000),new GLatLng( -5.31671, 130.00000),new GLatLng( -4.89261, 130.50000),new GLatLng( -4.47883, 131.00000),new GLatLng( -4.07547, 131.50000),new GLatLng( -3.68259, 132.00000),new GLatLng( -3.30020, 132.50000),new GLatLng( -2.92831, 133.00000),new GLatLng( -2.56689, 133.50000),new GLatLng( -2.21587, 134.00000),new GLatLng( -1.87519, 134.50000),new GLatLng( -1.54474, 135.00000),new GLatLng( -1.22443, 135.50000),new GLatLng( -0.91412, 136.00000),new GLatLng( -0.61368, 136.50000),new GLatLng( -0.32296, 137.00000),new GLatLng( -0.04180, 137.50000),new GLatLng( 0.22995, 138.00000),new GLatLng( 0.49246, 138.50000),new GLatLng( 0.74590, 139.00000),new GLatLng( 0.99045, 139.50000),new GLatLng( 1.22628, 140.00000),new GLatLng( 1.45357, 140.50000),new GLatLng( 1.67249, 141.00000),new GLatLng( 1.88322, 141.50000),new GLatLng( 2.08593, 142.00000),new GLatLng( 2.28080, 142.50000),new GLatLng( 2.46799, 143.00000),new GLatLng( 2.64769, 143.50000),new GLatLng( 2.82004, 144.00000),new GLatLng( 2.98522, 144.50000),new GLatLng( 3.14339, 145.00000),new GLatLng( 3.29470, 145.50000),new GLatLng( 3.43930, 146.00000),new GLatLng( 3.57735, 146.50000),new GLatLng( 3.70899, 147.00000),new GLatLng( 3.83437, 147.50000),new GLatLng( 3.95362, 148.00000),new GLatLng( 4.06687, 148.50000),new GLatLng( 4.17428, 149.00000),new GLatLng( 4.27595, 149.50000),new GLatLng( 4.37202, 150.00000),new GLatLng( 4.46261, 150.50000),new GLatLng( 4.54783, 151.00000),new GLatLng( 4.62781, 151.50000),new GLatLng( 4.70265, 152.00000),new GLatLng( 4.77247, 152.50000),new GLatLng( 4.83737, 153.00000),new GLatLng( 4.89746, 153.50000),new GLatLng( 4.95282, 154.00000),new GLatLng( 5.00358, 154.50000),new GLatLng( 5.04981, 155.00000),new GLatLng( 5.09160, 155.50000),new GLatLng( 5.12906, 156.00000),new GLatLng( 5.16227, 156.50000),new GLatLng( 5.19131, 157.00000),new GLatLng( 5.21626, 157.50000),new GLatLng( 5.23721, 158.00000),new GLatLng( 5.25423, 158.50000),new GLatLng( 5.26740, 159.00000),new GLatLng( 5.27680, 159.50000),new GLatLng( 5.28249, 160.00000),new GLatLng( 5.28455, 160.50000),new GLatLng( 5.28304, 161.00000),new GLatLng( 5.27804, 161.50000),new GLatLng( 5.26961, 162.00000),new GLatLng( 5.25780, 162.50000),new GLatLng( 5.24269, 163.00000),new GLatLng( 5.22433, 163.50000),new GLatLng( 5.20278, 164.00000),new GLatLng( 5.17810, 164.50000),new GLatLng( 5.15035, 165.00000),new GLatLng( 5.11958, 165.50000),new GLatLng( 5.08584, 166.00000),new GLatLng( 5.04918, 166.50000),new GLatLng( 5.00967, 167.00000),new GLatLng( 4.96734, 167.50000),new GLatLng( 4.92224, 168.00000),new GLatLng( 4.87443, 168.50000),new GLatLng( 4.82394, 169.00000),new GLatLng( 4.77083, 169.50000),new GLatLng( 4.71514, 170.00000),new GLatLng( 4.65692, 170.50000),new GLatLng( 4.59619, 171.00000),new GLatLng( 4.53649, 171.50000),new GLatLng( 4.47636, 172.00000),new GLatLng( 4.41383, 172.50000),new GLatLng( 4.34895, 173.00000),new GLatLng( 4.28176, 173.50000),new GLatLng( 4.21230, 174.00000),new GLatLng( 4.14060, 174.50000),new GLatLng( 4.06669, 175.00000),new GLatLng( 3.99063, 175.50000),new GLatLng( 3.91243, 176.00000),new GLatLng( 3.83214, 176.50000),new GLatLng( 3.74978, 177.00000),new GLatLng( 3.66540, 177.50000),new GLatLng( 3.57902, 178.00000),new GLatLng( 3.49068, 178.50000),new GLatLng( 3.40040, 179.00000),new GLatLng( 3.30822, 179.50000),new GLatLng( 3.21417, 180.00000)],"#3300FF", 2, 0.65, {clickable: false});map.addOverlay(polyline);// First BLUE, Solar Eclipse of 2023 Apr 20 - Northern Limitvar polyline = new GPolyline([new GLatLng( 3.21417, -180.00000),new GLatLng( 3.11827, -179.50000),new GLatLng( 3.02056, -179.00000),new GLatLng( 2.98171, -178.80408),new GLatLng( 2.87690, -178.80945)],"#3300FF", 2, 0.65, {clickable: false});map.addOverlay(polyline);// Second BLUE, Solar Eclipse of 2023 Apr 20 - Southern Limitvar polyline = new GPolyline([new GLatLng( -48.47961, 63.63379),new GLatLng( -48.40150, 64.00000),new GLatLng( -48.29361, 64.50000),new GLatLng( -48.18382, 65.00000),new GLatLng( -48.07209, 65.50000),new GLatLng( -47.95842, 66.00000),new GLatLng( -47.84277, 66.50000),new GLatLng( -47.72513, 67.00000),new GLatLng( -47.60547, 67.50000),new GLatLng( -47.48376, 68.00000),new GLatLng( -47.35999, 68.50000),new GLatLng( -47.23413, 69.00000),new GLatLng( -47.10616, 69.50000),new GLatLng( -46.97604, 70.00000),new GLatLng( -46.84376, 70.50000),new GLatLng( -46.70928, 71.00000),new GLatLng( -46.57259, 71.50000),new GLatLng( -46.43634, 72.00000),new GLatLng( -46.29910, 72.50000),new GLatLng( -46.15959, 73.00000),new GLatLng( -46.01778, 73.50000),new GLatLng( -45.87363, 74.00000),new GLatLng( -45.72713, 74.50000),new GLatLng( -45.57824, 75.00000),new GLatLng( -45.42691, 75.50000),new GLatLng( -45.27313, 76.00000),new GLatLng( -45.11686, 76.50000),new GLatLng( -44.95806, 77.00000),new GLatLng( -44.79671, 77.50000),new GLatLng( -44.63276, 78.00000),new GLatLng( -44.46618, 78.50000),new GLatLng( -44.29693, 79.00000),new GLatLng( -44.12497, 79.50000),new GLatLng( -43.95026, 80.00000),new GLatLng( -43.77278, 80.50000),new GLatLng( -43.59246, 81.00000),new GLatLng( -43.40928, 81.50000),new GLatLng( -43.22318, 82.00000),new GLatLng( -43.03413, 82.50000),new GLatLng( -42.84206, 83.00000),new GLatLng( -42.64698, 83.50000),new GLatLng( -42.44878, 84.00000),new GLatLng( -42.24745, 84.50000),new GLatLng( -42.04292, 85.00000),new GLatLng( -41.83516, 85.50000),new GLatLng( -41.62411, 86.00000),new GLatLng( -41.40971, 86.50000),new GLatLng( -41.19191, 87.00000),new GLatLng( -40.97066, 87.50000),new GLatLng( -40.74590, 88.00000),new GLatLng( -40.51756, 88.50000),new GLatLng( -40.28561, 89.00000),new GLatLng( -40.04995, 89.50000),new GLatLng( -39.81056, 90.00000),new GLatLng( -39.56734, 90.50000),new GLatLng( -39.32026, 91.00000),new GLatLng( -39.06923, 91.50000),new GLatLng( -38.81418, 92.00000),new GLatLng( -38.55506, 92.50000),new GLatLng( -38.29179, 93.00000),new GLatLng( -38.02430, 93.50000),new GLatLng( -37.75252, 94.00000),new GLatLng( -37.47636, 94.50000),new GLatLng( -37.19576, 95.00000),new GLatLng( -36.91063, 95.50000),new GLatLng( -36.62091, 96.00000),new GLatLng( -36.32650, 96.50000),new GLatLng( -36.02734, 97.00000),new GLatLng( -35.72332, 97.50000),new GLatLng( -35.41438, 98.00000),new GLatLng( -35.10043, 98.50000),new GLatLng( -34.78137, 99.00000),new GLatLng( -34.45714, 99.50000),new GLatLng( -34.12765, 100.00000),new GLatLng( -33.79277, 100.50000),new GLatLng( -33.45248, 101.00000),new GLatLng( -33.10664, 101.50000),new GLatLng( -32.75518, 102.00000),new GLatLng( -32.39801, 102.50000),new GLatLng( -32.03507, 103.00000),new GLatLng( -31.66625, 103.50000),new GLatLng( -31.29146, 104.00000),new GLatLng( -30.91063, 104.50000),new GLatLng( -30.52371, 105.00000),new GLatLng( -30.13059, 105.50000),new GLatLng( -29.73125, 106.00000),new GLatLng( -29.32555, 106.50000),new GLatLng( -28.91350, 107.00000),new GLatLng( -28.49502, 107.50000),new GLatLng( -28.07005, 108.00000),new GLatLng( -27.63861, 108.50000),new GLatLng( -27.20060, 109.00000),new GLatLng( -26.75610, 109.50000),new GLatLng( -26.30503, 110.00000),new GLatLng( -25.84747, 110.50000),new GLatLng( -25.38339, 111.00000),new GLatLng( -24.91286, 111.50000),new GLatLng( -24.43600, 112.00000),new GLatLng( -23.95284, 112.50000),new GLatLng( -23.46353, 113.00000),new GLatLng( -22.96820, 113.50000),new GLatLng( -22.46700, 114.00000),new GLatLng( -21.96018, 114.50000),new GLatLng( -21.44793, 115.00000),new GLatLng( -20.93051, 115.50000),new GLatLng( -20.40824, 116.00000),new GLatLng( -19.88142, 116.50000),new GLatLng( -19.35045, 117.00000),new GLatLng( -18.81574, 117.50000),new GLatLng( -18.27769, 118.00000),new GLatLng( -17.73681, 118.50000),new GLatLng( -17.19360, 119.00000),new GLatLng( -16.64865, 119.50000),new GLatLng( -16.10246, 120.00000),new GLatLng( -15.55571, 120.50000),new GLatLng( -15.00897, 121.00000),new GLatLng( -14.46292, 121.50000),new GLatLng( -13.91822, 122.00000),new GLatLng( -13.37553, 122.50000),new GLatLng( -12.83554, 123.00000),new GLatLng( -12.29892, 123.50000),new GLatLng( -11.76634, 124.00000),new GLatLng( -11.23844, 124.50000),new GLatLng( -10.71586, 125.00000),new GLatLng( -10.19921, 125.50000),new GLatLng( -9.68907, 126.00000),new GLatLng( -9.18597, 126.50000),new GLatLng( -8.69044, 127.00000),new GLatLng( -8.20293, 127.50000),new GLatLng( -7.72387, 128.00000),new GLatLng( -7.25364, 128.50000),new GLatLng( -6.79258, 129.00000),new GLatLng( -6.34099, 129.50000),new GLatLng( -5.89909, 130.00000),new GLatLng( -5.46712, 130.50000),new GLatLng( -5.04523, 131.00000),new GLatLng( -4.63354, 131.50000),new GLatLng( -4.23216, 132.00000),new GLatLng( -3.84113, 132.50000),new GLatLng( -3.46048, 133.00000),new GLatLng( -3.09020, 133.50000),new GLatLng( -2.73028, 134.00000),new GLatLng( -2.38064, 134.50000),new GLatLng( -2.04122, 135.00000),new GLatLng( -1.71193, 135.50000),new GLatLng( -1.39265, 136.00000),new GLatLng( -1.08327, 136.50000),new GLatLng( -0.78365, 137.00000),new GLatLng( -0.49363, 137.50000),new GLatLng( -0.21308, 138.00000),new GLatLng( 0.05816, 138.50000),new GLatLng( 0.32028, 139.00000),new GLatLng( 0.57341, 139.50000),new GLatLng( 0.81776, 140.00000),new GLatLng( 1.05347, 140.50000),new GLatLng( 1.28074, 141.00000),new GLatLng( 1.49973, 141.50000),new GLatLng( 1.71062, 142.00000),new GLatLng( 1.91358, 142.50000),new GLatLng( 2.10878, 143.00000),new GLatLng( 2.29638, 143.50000),new GLatLng( 2.47657, 144.00000),new GLatLng( 2.64949, 144.50000),new GLatLng( 2.81532, 145.00000),new GLatLng( 2.97421, 145.50000),new GLatLng( 3.12632, 146.00000),new GLatLng( 3.27178, 146.50000),new GLatLng( 3.41077, 147.00000),new GLatLng( 3.54342, 147.50000),new GLatLng( 3.66987, 148.00000),new GLatLng( 3.79025, 148.50000),new GLatLng( 3.90471, 149.00000),new GLatLng( 4.01338, 149.50000),new GLatLng( 4.11638, 150.00000),new GLatLng( 4.21384, 150.50000),new GLatLng( 4.30587, 151.00000),new GLatLng( 4.39259, 151.50000),new GLatLng( 4.47413, 152.00000),new GLatLng( 4.55059, 152.50000),new GLatLng( 4.62207, 153.00000),new GLatLng( 4.68869, 153.50000),new GLatLng( 4.75055, 154.00000),new GLatLng( 4.80774, 154.50000),new GLatLng( 4.86036, 155.00000),new GLatLng( 4.90851, 155.50000),new GLatLng( 4.95227, 156.00000),new GLatLng( 4.99174, 156.50000),new GLatLng( 5.02701, 157.00000),new GLatLng( 5.05815, 157.50000),new GLatLng( 5.08524, 158.00000),new GLatLng( 5.10838, 158.50000),new GLatLng( 5.12763, 159.00000),new GLatLng( 5.14307, 159.50000),new GLatLng( 5.15478, 160.00000),new GLatLng( 5.16282, 160.50000),new GLatLng( 5.16727, 161.00000),new GLatLng( 5.16819, 161.50000),new GLatLng( 5.16565, 162.00000),new GLatLng( 5.15971, 162.50000),new GLatLng( 5.15043, 163.00000),new GLatLng( 5.13789, 163.50000),new GLatLng( 5.12213, 164.00000),new GLatLng( 5.10321, 164.50000),new GLatLng( 5.08119, 165.00000),new GLatLng( 5.05614, 165.50000),new GLatLng( 5.02809, 166.00000),new GLatLng( 4.99710, 166.50000),new GLatLng( 4.96323, 167.00000),new GLatLng( 4.92653, 167.50000),new GLatLng( 4.88704, 168.00000),new GLatLng( 4.84481, 168.50000),new GLatLng( 4.79989, 169.00000),new GLatLng( 4.75232, 169.50000),new GLatLng( 4.70216, 170.00000),new GLatLng( 4.64944, 170.50000),new GLatLng( 4.59420, 171.00000),new GLatLng( 4.53302, 171.50000),new GLatLng( 4.46743, 172.00000),new GLatLng( 4.39948, 172.50000),new GLatLng( 4.32919, 173.00000),new GLatLng( 4.25660, 173.50000),new GLatLng( 4.18176, 174.00000),new GLatLng( 4.10470, 174.50000),new GLatLng( 4.02546, 175.00000),new GLatLng( 3.94407, 175.50000),new GLatLng( 3.86057, 176.00000),new GLatLng( 3.77499, 176.50000),new GLatLng( 3.68736, 177.00000),new GLatLng( 3.59772, 177.50000),new GLatLng( 3.50610, 178.00000),new GLatLng( 3.41254, 178.50000),new GLatLng( 3.31706, 179.00000),new GLatLng( 3.21969, 179.50000),new GLatLng( 3.12047, 180.00000)],"#3300FF", 2, 0.65, {clickable: false});map.addOverlay(polyline);// Second BLUE, Solar Eclipse of 2023 Apr 20 - Southern Limitvar polyline = new GPolyline([new GLatLng( 3.12047, -180.00000),new GLatLng( 3.01942, -179.50000),new GLatLng( 2.91657, -179.00000),new GLatLng( 2.87690, -178.80945)],"#3300FF", 2, 0.65, {clickable: false});map.addOverlay(polyline);// First RED, Solar Eclipse of 2023 Apr 20 - Central Linevar polyline = new GPolyline([new GLatLng( -48.45133, 63.62488),new GLatLng( -48.37293, 64.00000),new GLatLng( -48.26682, 64.50000),new GLatLng( -48.15881, 65.00000),new GLatLng( -48.04888, 65.50000),new GLatLng( -47.93701, 66.00000),new GLatLng( -47.82318, 66.50000),new GLatLng( -47.70737, 67.00000),new GLatLng( -47.58955, 67.50000),new GLatLng( -47.46971, 68.00000),new GLatLng( -47.34781, 68.50000),new GLatLng( -47.22384, 69.00000),new GLatLng( -47.09777, 69.50000),new GLatLng( -46.96957, 70.00000),new GLatLng( -46.83921, 70.50000),new GLatLng( -46.70668, 71.00000),new GLatLng( -46.57196, 71.50000),new GLatLng( -46.43499, 72.00000),new GLatLng( -46.29576, 72.50000),new GLatLng( -46.15424, 73.00000),new GLatLng( -46.01041, 73.50000),new GLatLng( -45.86422, 74.00000),new GLatLng( -45.71566, 74.50000),new GLatLng( -45.56469, 75.00000),new GLatLng( -45.41127, 75.50000),new GLatLng( -45.25537, 76.00000),new GLatLng( -45.09697, 76.50000),new GLatLng( -44.93601, 77.00000),new GLatLng( -44.77248, 77.50000),new GLatLng( -44.60633, 78.00000),new GLatLng( -44.43753, 78.50000),new GLatLng( -44.26604, 79.00000),new GLatLng( -44.09183, 79.50000),new GLatLng( -43.91484, 80.00000),new GLatLng( -43.73504, 80.50000),new GLatLng( -43.55238, 81.00000),new GLatLng( -43.36684, 81.50000),new GLatLng( -43.17837, 82.00000),new GLatLng( -42.98691, 82.50000),new GLatLng( -42.79242, 83.00000),new GLatLng( -42.59486, 83.50000),new GLatLng( -42.39419, 84.00000),new GLatLng( -42.19033, 84.50000),new GLatLng( -41.98327, 85.00000),new GLatLng( -41.77293, 85.50000),new GLatLng( -41.55927, 86.00000),new GLatLng( -41.34223, 86.50000),new GLatLng( -41.12176, 87.00000),new GLatLng( -40.89780, 87.50000),new GLatLng( -40.67032, 88.00000),new GLatLng( -40.43922, 88.50000),new GLatLng( -40.20446, 89.00000),new GLatLng( -39.96598, 89.50000),new GLatLng( -39.72371, 90.00000),new GLatLng( -39.47759, 90.50000),new GLatLng( -39.22755, 91.00000),new GLatLng( -38.97354, 91.50000),new GLatLng( -38.71547, 92.00000),new GLatLng( -38.45329, 92.50000),new GLatLng( -38.18691, 93.00000),new GLatLng( -37.91627, 93.50000),new GLatLng( -37.64129, 94.00000),new GLatLng( -37.36190, 94.50000),new GLatLng( -37.07801, 95.00000),new GLatLng( -36.78957, 95.50000),new GLatLng( -36.49648, 96.00000),new GLatLng( -36.19865, 96.50000),new GLatLng( -35.89602, 97.00000),new GLatLng( -35.58848, 97.50000),new GLatLng( -35.27599, 98.00000),new GLatLng( -34.95841, 98.50000),new GLatLng( -34.63570, 99.00000),new GLatLng( -34.30774, 99.50000),new GLatLng( -33.97446, 100.00000),new GLatLng( -33.63578, 100.50000),new GLatLng( -33.29160, 101.00000),new GLatLng( -32.94184, 101.50000),new GLatLng( -32.58640, 102.00000),new GLatLng( -32.22520, 102.50000),new GLatLng( -31.85816, 103.00000),new GLatLng( -31.48519, 103.50000),new GLatLng( -31.10621, 104.00000),new GLatLng( -30.72116, 104.50000),new GLatLng( -30.32994, 105.00000),new GLatLng( -29.93249, 105.50000),new GLatLng( -29.52873, 106.00000),new GLatLng( -29.11860, 106.50000),new GLatLng( -28.70207, 107.00000),new GLatLng( -28.27907, 107.50000),new GLatLng( -27.84958, 108.00000),new GLatLng( -27.41354, 108.50000),new GLatLng( -26.97094, 109.00000),new GLatLng( -26.52180, 109.50000),new GLatLng( -26.06609, 110.00000),new GLatLng( -25.60388, 110.50000),new GLatLng( -25.13516, 111.00000),new GLatLng( -24.66003, 111.50000),new GLatLng( -24.17854, 112.00000),new GLatLng( -23.69079, 112.50000),new GLatLng( -23.19697, 113.00000),new GLatLng( -22.69714, 113.50000),new GLatLng( -22.19156, 114.00000),new GLatLng( -21.68041, 114.50000),new GLatLng( -21.16395, 115.00000),new GLatLng( -20.64245, 115.50000),new GLatLng( -20.11623, 116.00000),new GLatLng( -19.58563, 116.50000),new GLatLng( -19.05104, 117.00000),new GLatLng( -18.51290, 117.50000),new GLatLng( -17.97166, 118.00000),new GLatLng( -17.42783, 118.50000),new GLatLng( -16.88192, 119.00000),new GLatLng( -16.33452, 119.50000),new GLatLng( -15.78619, 120.00000),new GLatLng( -15.23760, 120.50000),new GLatLng( -14.68936, 121.00000),new GLatLng( -14.14213, 121.50000),new GLatLng( -13.59659, 122.00000),new GLatLng( -13.05341, 122.50000),new GLatLng( -12.51328, 123.00000),new GLatLng( -11.97688, 123.50000),new GLatLng( -11.44485, 124.00000),new GLatLng( -10.91786, 124.50000),new GLatLng( -10.39653, 125.00000),new GLatLng( -9.88145, 125.50000),new GLatLng( -9.59516, 125.78076),new GLatLng( -9.70914, 125.66876),new GLatLng( -9.37319, 126.00000),new GLatLng( -8.87228, 126.50000),new GLatLng( -8.37922, 127.00000),new GLatLng( -7.89444, 127.50000),new GLatLng( -7.41836, 128.00000),new GLatLng( -6.95134, 128.50000),new GLatLng( -6.49369, 129.00000),new GLatLng( -6.04569, 129.50000),new GLatLng( -5.60756, 130.00000),new GLatLng( -5.17949, 130.50000),new GLatLng( -4.76163, 131.00000),new GLatLng( -4.35409, 131.50000),new GLatLng( -3.95694, 132.00000),new GLatLng( -3.57022, 132.50000),new GLatLng( -3.19394, 133.00000),new GLatLng( -2.82809, 133.50000),new GLatLng( -2.47261, 134.00000),new GLatLng( -2.12745, 134.50000),new GLatLng( -1.79252, 135.00000),new GLatLng( -1.46772, 135.50000),new GLatLng( -1.15293, 136.00000),new GLatLng( -0.84803, 136.50000),new GLatLng( -0.55286, 137.00000),new GLatLng( -0.26728, 137.50000),new GLatLng( 0.00886, 138.00000),new GLatLng( 0.27572, 138.50000),new GLatLng( 0.53349, 139.00000),new GLatLng( 0.78232, 139.50000),new GLatLng( 1.02240, 140.00000),new GLatLng( 1.25389, 140.50000),new GLatLng( 1.47697, 141.00000),new GLatLng( 1.69182, 141.50000),new GLatLng( 1.89860, 142.00000),new GLatLng( 2.09750, 142.50000),new GLatLng( 2.28869, 143.00000),new GLatLng( 2.47233, 143.50000),new GLatLng( 2.64858, 144.00000),new GLatLng( 2.81763, 144.50000),new GLatLng( 2.97961, 145.00000),new GLatLng( 3.13470, 145.50000),new GLatLng( 3.28304, 146.00000),new GLatLng( 3.42479, 146.50000),new GLatLng( 3.56009, 147.00000),new GLatLng( 3.68909, 147.50000),new GLatLng( 3.81193, 148.00000),new GLatLng( 3.92874, 148.50000),new GLatLng( 4.03967, 149.00000),new GLatLng( 4.14483, 149.50000),new GLatLng( 4.24435, 150.00000),new GLatLng( 4.33836, 150.50000),new GLatLng( 4.42698, 151.00000),new GLatLng( 4.51033, 151.50000),new GLatLng( 4.58851, 152.00000),new GLatLng( 4.66164, 152.50000),new GLatLng( 4.72983, 153.00000),new GLatLng( 4.79317, 153.50000),new GLatLng( 4.85178, 154.00000),new GLatLng( 4.90574, 154.50000),new GLatLng( 4.95516, 155.00000),new GLatLng( 5.00013, 155.50000),new GLatLng( 5.04073, 156.00000),new GLatLng( 5.07707, 156.50000),new GLatLng( 5.10921, 157.00000),new GLatLng( 5.13725, 157.50000),new GLatLng( 5.16127, 158.00000),new GLatLng( 5.18135, 158.50000),new GLatLng( 5.19755, 159.00000),new GLatLng( 5.20997, 159.50000),new GLatLng( 5.21867, 160.00000),new GLatLng( 5.22371, 160.50000),new GLatLng( 5.22518, 161.00000),new GLatLng( 5.22314, 161.50000),new GLatLng( 5.21764, 162.00000),new GLatLng( 5.20877, 162.50000),new GLatLng( 5.19657, 163.00000),new GLatLng( 5.18112, 163.50000),new GLatLng( 5.16246, 164.00000),new GLatLng( 5.14067, 164.50000),new GLatLng( 5.11578, 165.00000),new GLatLng( 5.08786, 165.50000),new GLatLng( 5.05697, 166.00000),new GLatLng( 5.02315, 166.50000),new GLatLng( 4.98645, 167.00000),new GLatLng( 4.94693, 167.50000),new GLatLng( 4.90464, 168.00000),new GLatLng( 4.85962, 168.50000),new GLatLng( 4.81191, 169.00000),new GLatLng( 4.76158, 169.50000),new GLatLng( 4.70865, 170.00000),new GLatLng( 4.65318, 170.50000),new GLatLng( 4.59520, 171.00000),new GLatLng( 4.53476, 171.50000),new GLatLng( 4.47190, 172.00000),new GLatLng( 4.40665, 172.50000),new GLatLng( 4.33907, 173.00000),new GLatLng( 4.26918, 173.50000),new GLatLng( 4.19703, 174.00000),new GLatLng( 4.12265, 174.50000),new GLatLng( 4.04608, 175.00000),new GLatLng( 3.96735, 175.50000),new GLatLng( 3.88650, 176.00000),new GLatLng( 3.80357, 176.50000),new GLatLng( 3.71858, 177.00000),new GLatLng( 3.63157, 177.50000),new GLatLng( 3.54257, 178.00000),new GLatLng( 3.45162, 178.50000),new GLatLng( 3.35874, 179.00000),new GLatLng( 3.26397, 179.50000),new GLatLng( 3.16733, 180.00000)],"#FF0000", 2, 0.65, {clickable: false});map.addOverlay(polyline);// First RED, Solar Eclipse of 2023 Apr 20 - Central Linevar polyline = new GPolyline([new GLatLng( 3.16733, -180.00000),new GLatLng( 3.06886, -179.50000),new GLatLng( 2.96859, -179.00000),new GLatLng( 2.92931, -178.80627)],"#FF0000", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 2.6667 1var polyline = new GPolyline([new GLatLng(-43.95697, 79.98096),new GLatLng(-43.86782, 80.03156)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 2.8333 2var polyline = new GPolyline([new GLatLng(-37.51102, 94.43768),new GLatLng(-37.31289, 94.38354)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 3.0000 3var polyline = new GPolyline([new GLatLng(-32.86863, 101.83948),new GLatLng(-32.62654, 101.70850)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 3.1667 4var polyline = new GPolyline([new GLatLng(-28.93447, 106.97473),new GLatLng(-28.66680, 106.78961)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 3.3333 5var polyline = new GPolyline([new GLatLng(-25.42881, 110.95135),new GLatLng(-25.14424, 110.72687)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 3.5000 6var polyline = new GPolyline([new GLatLng(-22.22519, 114.23926),new GLatLng(-21.92850, 113.98578)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 3.6667 7var polyline = new GPolyline([new GLatLng(-19.25323, 117.09113),new GLatLng(-18.94734, 116.81665)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 3.8333 8var polyline = new GPolyline([new GLatLng(-16.46936, 119.66425),new GLatLng(-16.15621, 119.37500)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 4.0000 9var polyline = new GPolyline([new GLatLng(-13.84498, 122.06738),new GLatLng(-13.52605, 121.76892)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 4.1667 10var polyline = new GPolyline([new GLatLng(-11.36095, 124.38354),new GLatLng(-11.03761, 124.08063)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 4.3333 11var polyline = new GPolyline([new GLatLng( -9.00474, 126.68195),new GLatLng( -8.67850, 126.37909)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 4.5000 12var polyline = new GPolyline([new GLatLng( -6.76899, 129.02588),new GLatLng( -6.44177, 128.72742)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 4.6667 13var polyline = new GPolyline([new GLatLng( -4.65091, 131.47864),new GLatLng( -4.32527, 131.18884)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 4.8333 14var polyline = new GPolyline([new GLatLng( -2.65247, 134.10999),new GLatLng( -2.33185, 133.83313)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 5.0000 15var polyline = new GPolyline([new GLatLng( -0.78129, 137.00397),new GLatLng( -0.47032, 136.74451)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 5.1667 16var polyline = new GPolyline([new GLatLng( 0.94702, 140.27197),new GLatLng( 1.24216, 140.03436)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 5.3333 17var polyline = new GPolyline([new GLatLng( 2.50393, 144.07776),new GLatLng( 2.77481, 143.86676)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 5.5000 18var polyline = new GPolyline([new GLatLng( 3.83581, 148.69598),new GLatLng( 4.07057, 148.51672)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 5.6667 19var polyline = new GPolyline([new GLatLng( 4.82782, 154.68585),new GLatLng( 5.00798, 154.54559)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 5.8333 20var polyline = new GPolyline([new GLatLng( 5.13088, 163.73474),new GLatLng( 5.21804, 163.65381)],"#FFFF00", 3, 0.65, {clickable: false});map.addOverlay(polyline);/* ++++++++++++++++++++++++++++++++++++++++++++++++++ *//* ++++++++++++++++++++++++++++++++++++++++++++++++++ */// Insert TRACK.GOO (ex SHADOW.EXE) above here}//-->//]]>

Google Maps and Solar Eclipse Paths

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The following browsers have been successfully tested with Google Maps:

  • Macintosh - Firefox 3.5+, Chrome 4+, Safari 4+, Opera 10.5+
  • Windows - Firefox 3.5+, Chrome 4+, Explorer 8+, Opera 10.5+
  • Linux - Firefox 3.5+, Chrome 4+
  • iOS - Safari Mobile 4+, Chrome 25+, Opera Mini 5+
  • Android - Android 2.3+, Firefox 19+, Chrome 25+
 
 
  Map centered on (latitude, longitude): 
 Cursor position (latitude, longitude): 
Distance from last marker:  		  Show marker on click
 		  Large map
 		 
 
Introduction
This interactive Google map [1] shows the path of the Hybrid Solar Eclipse of 2023 Apr 20. The northern and southern path limits are blue and the central line is red. You MUST be somewhere within the central path (between the blue lines) to see the total (or annular)phase of the eclipse. The eclipse is longest on the central line (red). The yellow lines crossing the path indicate the time and position of maximum eclipse at 10-minute intervals. 
See Also
2023 Eclipse Charts | Cafe Astrology .comMay 5, 2023, lunar eclipse will be a subtle show of astronomical wonderLunar eclipse today: How to see the May 2023 penumbral eclipseMay 5, 2023, lunar eclipse will be a subtle show of astronomical wonder
The green marker labeled GE is the point of Greatest Eclipse. The magenta marker labeled GD is the point of Greatest Duration. This is the location where the total (or annular)eclipse lasts the longest along the entire path. In this case, the Greatest Duration is 01m16.1s. This prediction does not take into account the mountains and valleys along the edge of the Moon. For the sake of speed and simplicity, the effects of the lunar limb profile are NOT used in the predictions and map presented on this page. 
You can be hundreds of miles from the theoretical point of Greatest Duration and still enjoy totality (or annularity)lasting within a fraction of a second of the maximum possible (as long as you stay within several miles of the central line). It's much more important to watch the weather forecasts a day or two before the eclipse and choose a location with the best chance of a cloud-free sky during the eclipse.Good weather is the key to successful eclipse viewing - better to see a shorter eclipse from clear sky that a longer eclipse under clouds .
User Directions
The zoom bar (left edge of map) is used to change the magnification [3]. The four-way toggle arrows (upper left corner) are for navigating around the map. You can also move the map center around to reposition it by holding down the left mouse button and dragging.The two map buttons (top right) let you switch between map view and satellite view. 
Click anywhere on the map to add a red marker. A popup window appears above the marker with the calculated eclipse times and duration of totality (or annularity)for that location (see explanation of Eclipse Circ*mstances below). The 'x' in the upper right corner of the popup window closes the popup window. Additional markers can be placed anywhere on the map. Move the cursor over a marker to reveal a popup window with the eclipse times for that position. The predictions in the popup window can also be displayed in a new web page via the Eclipse Times Popup button (bottom right). You can select and copy this infomation to paste into a word processor. 
All the markers can be removed by using the Clear Marker button (below the map). Choose the Large Map check box to produce a bigger map (hint: enlarge the browser window to its maximum size before selecting the Large Map check box). This option is especially useful to users with large monitors. 
Below the lower left corner of the map are three readouts. The first gives the geographic coordinates (latitude & longitude) of the map center while the second gives the geographic coordinates of the cursor position. The third line gives the distance of the cursor from the last marker. For more information, see Google Eclipse Map Instructions.
See Also
The Scorpio Flower Lunar Eclipse Will Be Full Of Surprise, Chaos & Unpredictability
Eclipse Circ*mstances
When you click on the map a red marker is added and a popup window opens giving the Eclipse Circ*mstances calculated for that location. The predictions in the popup window can be divided into two sections.
In the top section, the decimal Latitude and Longitude of the marker are given. The Eclipse Type (either total, annular or partial) seen from that position is given. The Duration of Totality (or Duration of Annularity) lists the length of the total (or annular) phase in minutes and seconds. The Eclipse Magnitude is the fraction of the Sun's diameter eclipsed. The Eclipse Obscuration is the fraction of the Sun's area eclipsed.
The bottom section consists of a table listing the times for important stages of the eclipse. The Event column lists eclipse phase, followed by the date and time (both in Universal Time). Finally, the Altitude and Azimuth of the Sun is given for each event. The altitude is measured from the horizon (0°) to the zenith (90°). The azimuth is measured from due North and rotating eastward (North = 0°, East = 90°, South = 180°, and West = 270°).
Important Note: The eclipse predictions in this interactive map DO NOT include the effects of mountains and valleys along the edge of the Moon. Such corrections for the lunar limb profile may change the contact times and eclipse durations by ~1-3 seconds. The exact location of Greatest Duration may also change by ~10-20 kilometers. 
Footnotes
 1. Other interactive Google eclipse maps include those by Xavier Jubier.↩ 
 3. This web page approximates the curved eclipse path by using a series or To maintain the validity of this approximation, the maximum zoom level is limited to ~1 mile/inch (~0.7 kilometers/centimeter). This should prevent over-interpretation of the eclipse path accuracy. You can disable the zoom limit using the link Maximum Zoom to reload the map. ↩ 
Links for the Hybrid Solar Eclipse of 2023 Apr 20
 
  • Orthographic Map
  • Google Map
  • Animated Map
  • Path Table
  • Besselian Elements Table
  • Saros 129 Table
    •  
Eclipse Predictions
Predictions for the Hybrid Solar Eclipse of 2023 Apr 20were generated using the VSOP87/ELP2000-85solar and lunar ephemerides and a value of  ΔT = 70.3 seconds. 
 The eclipse predictions presented here DO NOT include the effects of mountains and valleys along the edge of the Moon. Such corrections for the lunar limb profile may shift the limits of the eclipse path north or south by ~1-3 kilometers, and change the eclipse duration by ~1-3 seconds. More detailed predictions including the effects of the lunar limb profile are normally posted 12-18 months before each eclipse,
Acknowledgments
All eclipse calculations are by Fred Espenak, and he assumes full responsibility for their accuracy. Permission is freely granted to reproducethis data when accompanied by an acknowledgment:
"Eclipse Predictions by Fred Espenak, NASA's GSFC"
For more information, see: NASA Copyright Information
Please visit the Acknowledgments Page for additional acknowledgments, details and links.
More Solar Eclipse Links
 
     
  • Decade Tables of Solar Eclipse : 
    | 1901 - 1910  | 1911 - 1919  | 1921 - 1930  | 1931 - 1940  | 1941 - 1950  | 
     | 1951 - 1960  | 1961 - 1970  | 1971 - 1980  | 1981 - 1990  | 1991 - 2000  | 
     | 2001 - 2010  | 2011 - 2020  | 2021 - 2030  | 2031 - 2040  | 2041 - 2050  | 
     | 2051 - 2060  | 2061 - 2070  | 2071 - 2080  | 2081 - 2090  | 2091 - 2100  | 
    •  
  • World Atlas of Solar Eclipse Maps: Index Page 
    | 1901 - 1920  | 1921 - 1940  | 1941 - 1960  | 1961 - 1980  | 1981 - 2000  | 
     | 2001 - 2020  | 2021 - 2040  | 2041 - 2060  | 2061 - 2080  | 2081 - 2100  | 
    •  
  • Javascript Solar Eclipse Explorer - calculate all solar eclipses visible from a city
    •  
  • Solar Eclipse Search Engine - search for solar eclipses from -1999 to + 3000
    •  
  • Five Millennium Canon of Solar Eclipses: -1999 to +3000  - NASA Technical Publication 
    •  
');//-->//]]>
 2014 Mar 14

                                                        NASA 
Hybrid Solar Eclipse of   2023 Apr 20 (2024)
                        

                            
                        

                    

                                                            
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