The Thousand Year Canon of Solar Eclipses 1501 to 2500 contains maps and data for each of the 2,389 solar eclipses occurring over the ten-century period centered on the present era. The eclipse predictions are based on the Jet Propulsion Lab's DE406 — a computer ephemeris used for calculating high precision coordinates of the Sun and Moon for thousands of years into the past and future. Section 1 of the Canon presents fundamental concepts including eclipse classification and the visual appearance of each type of eclipse. Section 2 discusses the eclipse predictions, the constants used and Delta T. A statistical analysis of eclipse frequency, extremes in eclipse magnitude, greatest central duration and quincena combinations are covered in Section 3. A concise explanation of the data contained in the solar eclipse catalog (Appendix A) appears in Section 4 while Section 5 offers a complete description of information presented in each of the solar eclipse maps (Appendix B). The primary content of the Thousand Year Canon of Solar Eclipses resides in the two appendices. Appendix A is a comprehensive catalog listing the essential characteristics of each eclipse. These include the calendar date and time of greatest eclipse, Delta T, lunation number, Saros series number, gamma, eclipse magnitude, geographic coordinates of greatest eclipse, Sun's altitude and azimuth, central path width and central line duration. Appendix B is an atlas of maps depicting the geographic regions of visibility of each eclipse. The zones of partial eclipse and central eclipse (if applicable) are plotted on an orthographic projection map of Earth. The 2,389 maps are arranged twelve to a page at an image scale permitting the assessment of eclipse visibility from any location on Earth. Other data on each map include the eclipse type, calendar date and time of greatest eclipse, Saros series number, lunar node, Delta T, gamma, Sun's altitude, and central eclipse duration or eclipse magnitude. The maps and data presented in the Thousand Year Canon of Solar Eclipses form the basis of the eclipse prediction website www.EclipseWise.com. The complementary publication, Thousand Year Canon of Lunar Eclipses 1501 to 2500, contains diagrams, maps and data for all 2,424 eclipses of the Moon occurring over the same time period.

Thousand Year Canon of Solar Eclipses 1501 to 2500

Science & Math

Espenak, Fred

Astronomy & Space Science

Astropixels Publishing

The Thousand Year Canon of Lunar Eclipses 1501 to 2500 contains diagrams, maps and data for each of the 2,424 lunar eclipses occurring over the period covered by this publication. The eclipse predictions are based on the Jet Propulsion Lab's DE406 - a computer ephemeris used for calculating high precision coordinates of the Sun and Moon for thousands of years into the past and future. Section 1 of the Canon presents fundamental concepts including eclipse classification and the visual appearance of each type of eclipse. Section 2 discusses the eclipse predictions, the constants used and Delta T. A statistical analysis of eclipse frequency, extremes in eclipse magnitude, greatest duration and quincena combinations are covered in Section 3. A concise explanation of the data contained in the lunar eclipse catalog (Appendix A) appears in Section 4 while Section 5 offers a complete description of information presented in each of the lunar eclipse diagrams (Appendix B). The primary content of the Thousand Year Canon of Lunar Eclipses resides in the two appendices. Appendix A is a comprehensive catalog listing the essential characteristics of each eclipse. These include the calendar date and time of greatest eclipse, Delta T, lunation number, Saros series number, gamma, penumbral and umbral eclipse magnitudes, durations of the penumbral, partial and total phases, and the geocentric location of the Moon in zenith at greatest eclipse. Appendix B is an atlas of figures depicting the path of the Moon through Earth's shadows and maps identifying the geographic regions of visibility of each eclipse. The 2,424 figures are arranged twelve to a page at an image scale permitting the assessment of eclipse visibility from any location on Earth. Other data on each figure include the eclipse type, calendar date and time of greatest eclipse, Saros series number, lunar node, Delta T, gamma, eclipse magnitudes, and phase durations. The diagrams and data presented in the Thousand Year Canon of Lunar Eclipses form the basis of the eclipse prediction website www.EclipseWise.com. The complementary publication, Thousand Year Canon of Solar Eclipses 1501 to 2500, contains maps and data for all 2,389 eclipses of the Sun occurring over the same time period.

Thousand Year Canon of Lunar Eclipses 1501 to 2500

The Thousand Year Canon of Solar Eclipses 1501 to 2500 - Color Edition contains maps and data for each of the 2,389 solar eclipses occurring over the ten-century period centered on the present era. The eclipse predictions are based on the Jet Propulsion Lab's DE406 — a computer ephemeris used for calculating high precision coordinates of the Sun and Moon for thousands of years into the past and future. Section 1 of the Canon presents fundamental concepts including eclipse classification and the visual appearance of each type of eclipse. Section 2 discusses the eclipse predictions, the constants used and Delta T. A statistical analysis of eclipse frequency, extremes in eclipse magnitude, greatest central duration and quincena combinations are covered in Section 3. A concise explanation of the data contained in the solar eclipse catalog (Appendix A) appears in Section 4 while Section 5 offers a complete description of information presented in each of the solar eclipse maps (Appendix B). The primary content of the Thousand Year Canon resides in the two appendices. Appendix A is a comprehensive catalog listing the essential characteristics of each eclipse. These include the calendar date and time of greatest eclipse, Delta T, lunation number, Saros series number, gamma, eclipse magnitude, geographic coordinates of greatest eclipse, Sun's altitude and azimuth, central path width and central line duration. Appendix B is an atlas of maps depicting the geographic regions of visibility of each eclipse. The zones of partial eclipse and central eclipse (if applicable) are plotted on an orthographic projection map of Earth. The 2,389 maps are arranged twelve to a page at an image scale permitting the assessment of eclipse visibility from any location on Earth. Other data on each map include the eclipse type, calendar date and time of greatest eclipse, Saros series number, lunar node, Delta T, gamma, Sun's altitude, and central eclipse duration or eclipse magnitude. The key feature of the Color Edition is, of course, the fact that all the eclipse maps in Appendix B are reproduced in color. Since each of the curves making up an eclipse are color coded, this greatly aids in interpreting the maps. For example, the central path of total eclipses is plotted in BLUE while annular eclipses are RED. The maps and data presented in the Thousand Year Canon of Solar Eclipses form the basis of the eclipse prediction website www.EclipseWise.com. The complementary publication, Thousand Year Canon of Lunar Eclipses 1501 to 2500, contains diagrams, maps and data for all 2,424 eclipses of the Moon occurring over the same time period.

Thousand Year Canon of Solar Eclipses 1501 to 2500 - Color Edition

The Thousand Year Canon of Lunar Eclipses 1501 to 2500 - Color Edition contains diagrams, maps and data for each of the 2,424 lunar eclipses occurring over the period covered by this publication. The eclipse predictions are based on the Jet Propulsion Lab's DE406 - a computer ephemeris used for calculating high precision coordinates of the Sun and Moon for thousands of years into the past and future. Section 1 of the Canon presents fundamental concepts including eclipse classification and the visual appearance of each type of eclipse. Section 2 discusses the eclipse predictions, the constants used and Delta T. A statistical analysis of eclipse frequency, extremes in eclipse magnitude, greatest duration and quincena combinations are covered in Section 3. A concise explanation of the data contained in the lunar eclipse catalog (Appendix A) appears in Section 4 while Section 5 offers a complete description of information presented in each of the lunar eclipse diagrams (Appendix B). The primary content of the Thousand Year Canon resides in the two appendices. Appendix A is a comprehensive catalog listing the essential characteristics of each eclipse. These include the calendar date and time of greatest eclipse, Delta T, lunation number, Saros series number, gamma, penumbral and umbral eclipse magnitudes, durations of the penumbral, partial and total phases, and the geocentric location of the Moon in zenith at greatest eclipse. Appendix B is an atlas of figures depicting the path of the Moon through Earth's shadows and maps identifying the geographic regions of visibility of each eclipse. The 2,424 figures are arranged twelve to a page at an image scale permitting the assessment of eclipse visibility from any location on Earth. Other data on each figure include the eclipse type, calendar date and time of greatest eclipse, Saros series number, lunar node, Delta T, gamma, eclipse magnitudes, and phase durations. The key feature of the Color Edition is, of course, the fact that all the eclipse maps in Appendix B are reproduced in color. This is a great aid in interpreting the eclipse figures an maps. The diagrams and data presented in the Thousand Year Canon of Lunar Eclipses form the basis of the eclipse prediction website www.EclipseWise.com. The complementary publication, Thousand Year Canon of Solar Eclipses 1501 to 2500, contains maps and data for all 2,389 eclipses of the Sun occurring over the same time period.

Thousand Year Canon of Lunar Eclipses 1501 to 2500 - Color Edition

On Monday, 2017 August 21, a total eclipse of the Sun will be visible from the contiguous United States for the first time since 1979. The track of the Moon's umbral shadow begins in the Pacific Ocean and crosses the nation from west to east through Oregon, Idaho, Wyoming, Nebraska, Kansas, Missouri, Illinois, Kentucky, Tennessee, Georgia, and North and South Carolina. Inside the 70-mile-wide path of totality, the Moon will completely cover the Sun as the landscape is plunged into an eerie twilight and the Sun's glorious corona is revealed for nearly 3 minutes. Outside the narrow shadow track, a partial eclipse will be visible from all of North America. Eclipse Bulletin: Total Solar Eclipse of 2017 August 21 is the ultimate guide to this highly anticipated event. Written by two of the leading experts on eclipses, the bulletin is a treasure trove of facts on every conceivable aspect of the eclipse. The exact details about the path of the Moon's shadow can be found in a series of tables containing geographic coordinates, times, altitudes, and physical dimensions. A number of high resolution maps plot the total eclipse track across the USA. They show hundreds of cities and towns in the path, the location of major roads and highways, and the duration of totality with distance from the central line. Local circumstance tables for more than 1000 cities across the USA provide times for each phase of the eclipse along with the eclipse magnitude, duration and Sun's altitude. Additional tables cover the eclipse circumstances for cities in Canada, Mexico, Central and South America and Europe. An exhaustive climatological study identifies areas along the eclipse path where the highest probability of favorable weather may be found. A travelogue highlights key locations in the eclipse track from Oregon through South Carolina. Finally, comprehensive information is presented about solar filters and how to safely observe and photograph the eclipse. For 15 years, Fred Espenak and Jay Anderson published more than a dozen eclipse bulletins for NASA, each one covering a major solar eclipse. Prepared in cooperation with the IAU, the bulletins were internationally recognized as the most authoritative reference for each eclipse. The team has reunited to produce this new bulletin on the 2017 total eclipse through the USA. And now, for the first time, the bulletin is available in a deluxe color edition.

Eclipse Bulletin: Total Solar Eclipse of 2017 August 21 - Color Edition

Anderson, Jay

On Monday, 2017 August 21, a total eclipse of the Sun will be visible from the contiguous United States for the first time since 1979. The track of the Moon's umbral shadow begins in the Pacific Ocean and crosses the USA from west to east through Oregon, Idaho, Wyoming, Nebraska, Kansas, Missouri, Illinois, Kentucky, Tennessee, Georgia, and North and South Carolina. Inside the 70-mile-wide path of totality, the Moon will completely cover the Sun as the landscape is plunged into an eerie twilight and the Sun's glorious corona is revealed for nearly 3 minutes. Outside the narrow shadow track, a partial eclipse will be visible from all of North America. The Road Atlas for the Total Solar Eclipse of 2017 contains a comprehensive series of 37 full color maps of the path of totality across the USA. The large scale (1:700,000 or 1 inch = 11 miles) shows both major and minor roads, towns and cities, rivers, lakes, parks, national forests, wilderness areas and mountain ranges. The path of totality on each map is depicted as a lightly shaded region with the northern and southern limits clearly identified. The total eclipse can only be seen inside this path. The closer one gets to the central line of the path, the longer the total eclipse lasts. Gray lines inside the path mark the duration of the total eclipse in 20 second steps. This makes it easy to estimate the duration of totality from any location in the eclipse path. Yellow lines running across the path at 2-minute intervals indicate the local time of mid-eclipse. Where they cross the central line (plotted in red) the local time, central line duration of totality and the Sun's altitude are labeled. This eliminates the need to look these details up on a table. Armed with the "Road Atlas" and the latest weather forecasts, the road warrior is ready to chase totality no matter where it takes him/her along the 2500-mile-long path. This mobile strategy offers the highest probability of witnessing the spectacular 2017 total eclipse in clear skies. The "Road Atlas" is the complementary publication of "Eclipse Bulletin: Total Solar Eclipse of 2017 August 21."

Road Atlas for the Total Solar Eclipse of 2017

"TOTAL Eclipse or Bust! A Family Road Trip" is a book for the entire family. The story follows a typical family on a road trip to see the 2017 total eclipse of the Sun. Along the way the children learn all about the how and why of eclipses in a friendly and an uncomplicated way. The book also provides basic information about how to view a total solar eclipse and where to go for America's great eclipse on August 21, 2017.

TOTAL Eclipse Or Bust!: A Family Road Trip

Espenak, Patricia Totten

On Monday, 2017 August 21, a total eclipse of the Sun will be visible from the contiguous United States for the first time since 1979. The track of the Moon's umbral shadow begins in the Pacific Ocean and crosses the nation from west to east through Oregon, Idaho, Wyoming, Nebraska, Kansas, Missouri, Illinois, Kentucky, Tennessee, Georgia, and North and South Carolina. Inside the 70-mile-wide path of totality, the Moon will completely cover the Sun as the landscape is plunged into an eerie twilight and the Sun's glorious corona is revealed for nearly 3 minutes. Outside the narrow shadow track, a partial eclipse will be visible from all of North America. Road Atlas for the Total Solar Eclipse of 2017 - Black &amp; White Edition contains a comprehensive series of 37 detailed maps of the path of totality across the USA. The large scale (1 inch = 11 miles) shows both major and minor roads, towns and cities, rivers, lakes, parks, national forests, wilderness areas and mountain ranges. The path of totality on each map is depicted as a lightly shaded region with the northern and southern limits clearly identified. The total eclipse can be seen only inside this path - the closer one gets to the central line of the path, the longer the total eclipse lasts. Gray lines inside the path mark the duration of the total eclipse in 20 second steps. This makes it easy to estimate the duration of totality from any location in the eclipse path. Armed with this atlas and the latest weather forecasts, the road warrior is ready to chase totality no matter where along the 2500-mile-long path it takes him/her. This mobile strategy offers the highest probability of witnessing the spectacular 2017 total eclipse in clear skies. The Road Atlas is the complementary publication of "Eclipse Bulletin: Total solar Eclipse of 2017 August 21."

Road Atlas for the Total Solar Eclipse of 2017 - Black & White Edition

With the upcoming total solar eclipse of 2017 August 21, certain questions naturally arise as to the frequency of these events. When was the last total eclipse through the USA and when is the next? How often do they happen? What total eclipse tracks passed across the USA during the 17th, 18th, and 19th centuries, etc., and what states did they include? And how often is a total solar eclipse visible from each of the 50 states? In 2012 the track of an annular solar eclipse passed through the western USA. The same questions can be asked about this type of eclipse as well. The "Atlas of Central Solar Eclipses in the USA" answers all of these questions. It contains of a comprehensive series of 499 global maps showing the geographic track of every single total and annular solar eclipse across the USA (including Alaska and Hawaii) during the two-thousand-year period 1001 through 3000. It is accompanied by a catalog that lists the major characteristics of each eclipse including its duration and whether it is visible from the lower 48 states, Alaska and/or Hawaii. Finally, a set of 20 detailed maps, each covering a 50-year period and centered on the lower 48 states, shows the path of every central eclipse (total or annular). The maps include state boundaries and the location of major cities. This allows quick determination as to whether a particular eclipse was visible from any state or city in question. These maps also cover southern Canada and northern Mexico. There is something compelling about the pattern of eclipse tracks crossing familiar places many hundreds of years in the past and future. It was this fascination that inspired the creation of the Atlas.

Atlas of Central Solar Eclipses in the USA

Atlas of Central Solar Eclipses in the USA - Color Edition

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