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National Geographic Backyard Guide to the Night Sky
A perfect guide for the budding backyard astronomer. More than 300 images and more.
287 pages, Hardcover
First published August 1, 2008
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447 people want to read
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Displaying 1 - 27 of 27 reviews
July 21, 2025
This was a great overview of the nighttime sky by National Geographic. The entire book was put together very well. All the information presented was clear without over explaining and with lots of visual references on every page. The chapters were specific to include the information about the sun, the moon, the atmosphere, the stars, the planets, the seasons, the comets & meteors, and the many constellations.
The book went beyond the basics because it explained northern and southern hemispheres, historical and cultural notes about the zodiacal calendar, summertime and wintertime skies, celestial movement and timekeeping, basic celestial navigation principles, and much more.
Anyone at any age could read this and learn something in my opinion. This was a very informative book and I'd recommend it to anyone interested in learning how to interpret the night sky. Thanks!
The book went beyond the basics because it explained northern and southern hemispheres, historical and cultural notes about the zodiacal calendar, summertime and wintertime skies, celestial movement and timekeeping, basic celestial navigation principles, and much more.
Anyone at any age could read this and learn something in my opinion. This was a very informative book and I'd recommend it to anyone interested in learning how to interpret the night sky. Thanks!
March 29, 2020
Можливо, для когось, хто добре шариться в зоряному небі, цей гайд здасться трошки запростим, але для людини, яка мільйон років хотіла почати шаритися, і все не знала, як за це взятися - це хороший старт. Дізналась кучу базових штук, які повинна була знати вже давно. Повозмущась з космічних MACHO, тобто масивних астрофізичних компактних темних об'єктів. Поугарала з того, що гамма Геркулеса, яка розміщена в районі його біцепса, так і називається - Біцепс. А ще, ви знали, що коли кажуть "dog days of summer" - це все зв'язано з Сіріусом? На третій день читання купила собі астрономічний бінокль і до кінця карантину планую з балкона дивитися на Арктур і Спіку.
August 8, 2023
As a layman star-gazer and new owner of a modest telescope, this book is a cool introduction to the stars. In my opinion, it is geared toward a younger audience. However, I have an 11-year-old and I feel this book speaks to us both. An excellent entry point into stargazing.
May 22, 2016
Introduction
This book has changed my life. Or perhaps I should say, getting to know the night sky a little better has changed my life. I have long been way too ignorant of the heavens above.
Becoming familiar with the visible night sky gives one a broader sense of association with the universe. It instigates an understanding that we are all indeed moving rapidly through space and time. Night by night, we all turn about, away and towards the constellations that progress across the dark sky. As earth orbits and spins, our view constantly changes.
Gaining familiarity and awareness of the night sky allows one to gain a sense of the earth as home. There exists some hidden comfort in walking outside and being able to immediately recognize the familiar brightness of Jupiter, the beaming countenance of the Gemini twins, or the reddish glow of Mars, all of which bode mysteriously above. It is quite magnificent to notice such grandeur, to lift your face momentarily, away from your busy life, and grasp, if only for an instant, the primordial wonder and glory of just “being”. Of just being here now, of being aware, of existing, right now, in this particular space and time.
The stars are seemingly ageless and we temporarily exist beneath them. In the context of the stars, our selfish strivings against one another are quite ridiculous. In this review, I seek to share a bit of this magnificence, for those who might not read this entire book, and to facilitate learning for those who do.
Grasping The Celestial Sphere
The Celestial Sphere is an imagined giant globe enveloping the earth. For locational purposes, the stars are imagined attached to the celestial sphere.
This celestial sphere would have a celestial equator, which is a projection of the earth’s equator. Stars can be found using two coordinates called “declination” and “right ascension”. Right ascension refers to movement in degrees along the celestial equator. The starting point is where the Sun hits the Earth’s Equator on the vernal equinox (Spring Equinox). Declination is like latitude and refers to how far the star is above or below the celestial equator. Because the earth spins from west to east, it seems that the stars pass overhead from east to west.
Within the celestial sphere, the line that reflects the earth’s orbit is called the ecliptic. In the same manner as the celestial equator is a projection of the earth's equator, so the ecliptic is a projection of the Earth’s orbit.
The ecliptic is the east-west path that the Sun and Moon take across the sky. All planets, because they orbit in roughly the same plane, will be found along or near this path. The planets of the solar system orbit in roughly the same plane and the constellations of the zodiac follow roughly the same path with a new one coming into view every month.
As a beginner’s interest is first with what can be seen with the naked eye, I’ll concentrate on those objects that are most visible.
The Moon
Noticing the phases of the Moon imbibes a sense of movement and time. The reflected light of the Sun puts the Moon through its phases. As the moon moves around the earth, it exhibits phases, depending upon how much light it is reflecting from the sun. It takes just over 29 days for the Moon to pass once around the earth.
In a lunar eclipse, the earth lies between the sun and the moon, casting its shadow upon the moon. In a solar eclipse, the moon comes between the sun and the earth. Because the moon’s rate of rotation matches the rate of its progress around the earth, it always keeps the same side exposed to the Earth. Earths gravity causes the moon’s spin to synchronize with the speed of its orbit.
The Planets
A way to remember the order of the eight planets is the phrase: “My Very Educated Mother Just Served Us Nachos” for Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune. Below I briefly describe only the planets that are visible with the naked eye.
Venus – Venus is the brightest object in the sky after the Sun and the Moon. At its brightest, Venus is 8 times brighter than Jupiter and 23 times brighter than Mars. Venus is the planet nearest to earth. Venus is visible for a few months each year, either around sunset, near the western horizon, or around sunrise, in the east. Venus is only visible for a few hours after sunset and before sunrise. Venus passes through phases like the Moon. Venus is commonly misreported as a UFO.
Mars – Mars glows an orangish red. It has two moons named Phobos and Deimos. Mars begins each new apparition near the eastern horizon, then rising higher in the sky.
Jupiter – Because it has a 12-year orbit, Jupiter spends about a year in each constellation. Jupiter has 66 moons, one of which is Europa. Jupiter has a quick ten-hour rotation & persistent storm systems, the most famous being the “Great Red Spot”
Mercury – Mercury is visible at twilight or at dawn. It is one of the most difficult planets to spot because it is frequently hidden from view in the glare of sunlight. Mercury is typically visible for a couple of weeks, about six times a year, in the fall (mornings in September and October) and spring (evenings in March and April). You will find Mercury either low in the west after sunset or low in the east before sunrise. Mercury goes through phases as it moves around the sun.
Saturn – Saturn is the most distant of the naked-eye planets. Saturn has a 29.5-year orbit, so it lingers within a particular constellation for more than two years at a time. A telescope is needed to see Saturn’s rings. Saturn has the so-called shepherd moons: Pan, Atlas, Pandora, and Prometheus, which straddle two of the rings, in pairs; and act like herders to keep the rubble, dust, and ice in the rings intact.
Brightest Stars
Sirius – Sirius is the brightest star in the sky. It is a part of the Canis Major constellation and is best viewed in January and February.
Arcturus – Is a bright star in the Bootes constellation. It is seen in the Northern Hemisphere in summer.
Vega – Is a bright star in the Lyra constellation. It is seen in the Northern hemisphere in summer.
Capella – Is a bright star in the Auriga constellation. It is seen in the Northern hemisphere in winter.
Rigel – Is a bright star in Orion. It is seen in the Northern hemisphere in winter
Polaris – Is commonly referred to as the North Star. Polaris is a guidepost. When you face Polaris, south is behind you. Polaris is part of the constellation Ursa Minor, which harbors the little dipper asterism. The bowl end of the Big Dipper points to Polaris. Polaris is constant; it does not rise and set or change position during the year.
Asterisms
Asterisms are observable star patterns but not constellations. Asterisms often form a part of a larger constellation.
Big Dipper – The Big Dipper is visible by the naked eye all year round to the northern hemisphere.
Little Dipper – Is found by drawing a mental line from the front of the Big Dipper’s scoop to Polaris, the North Star.
The Summer Triangle – Is formed by the three stars Altair, Deneb, and Vega (2nd brightest star in the northern sky). The Summer Triangle is visible right overhead in the summer, in the Northern Hemisphere.
Winter Triangle – Is formed by the stars Betelgeuse, Procyon, and Sirius.
Sickle – Is a curved set of stars in Leo that includes the star Regulusm.
Great Square of Pegasus – Is formed with the star Markab.
Constellations
Over the course of a year, as the earth moves through its orbit, each of the constellations will follow in succession, first coming into view in the east and then rising higher night by night until eventually lowering in the west, where they will disappear for a year. The constellations tend to move in the line of travel of the ecliptic, the earths path around the sun. It is in the westernmost phase that the constellation is associated with the signs of the zodiac, because it is at this westernmost point that the sun is aligned or “in” the particular constellation. It takes a 25,800-year precession for the spring equinox to appear in each of the 12 constellations of the zodiac.
I am describing below only the most prominent constellations that might be viewed with the naked eye, in the order of the months in which they are most visible to the northern hemisphere.
January – February - Orion – the Hunter – Orion incudes three of the brightest stars in the sky: Rigel (the 6th brightest star), Betelgeuse (the 9th brightest star), and Bellatrix. Orion is referenced twice in the book of Job (9:9 and 38:31), as well as in The Iliad and The Odyssey. Betelgeuse’s diameter is larger than the orbit of Earth and it has 20 times the mass of our sun. Rigel is 17 times the mass of our sun. The Orionids meteor shower erupts from Orion from September 10 to Oct. 26, peaking on Oct. 22, with around 25 meteors an hour.
January – February – Canis Major – the large dog – Canis Major is located just east of Orion and harbors Sirius, the brightest star in the night sky. You can identify Sirius by tracing a line through Orion’s belt and continuing southeast.
January – February – Taurus – the bull – Orion’s belt points toward Aldebaran, the alpha star of Taurus and the eye of the bull. The Pleiades star cluster, to the northeast, marks the bull’s top shoulder. Pleiades is a gleaming congregation of stars in Taurus, six or seven of which can be seen with the naked eye. The Pleiades cluster is mentioned in the Book of Job: “Canst thou bind the sweet influences of Pleiades, or loose the bands of Orion?”
February – March – Gemini – the Twins – The feet of the twins are just northeast of Betelgeuse. Castor and Pollux are the bright twin stars that form the heads of the Gemini twins. The Geminids is an impressive meteor showers that occurs annually from Gemini around December 7 to December 17 (peaking around December 13). The Geminids produce around a hundred meteors an hour. The Geminids are best viewed in the evening as opposed to after midnight.
March – April – Ursa Major – the great bear – This constellation includes the Big Dipper asterism. It’s alpha star is Dubhe.
March – April – Leo – the lion – Leo is a large and easily recognized constellation, from the Northern Hemisphere, for the first half of the year. Leo is one of the easier constellations to construct mentally. It’s alpha star is Regulus. The Leonids meteor shower occurs from Leo from November 14 through November 21, with a peak on November 17. The Leonids emit only about 10 to 15 meteors an hour but around half of them leave a long-lasting train across the sky, like a vapor trail of a jet.
May – June – Virgo – the virgin – Virgo’s alpha star is Spica. To find Virgo go from the end of the handle of the Big Dipper south in an arc to Arcturus (in Bootes) then on to Spica directly beneath it. This constellation harbors the Virgo cluster of galaxies, which is more than 2,000 galaxies grouped together with a gravitational force so great that it is slowly pulling our galaxy toward it.
June – Bootes – This is one of the most distinct constellations in the summer sky. It’s bright star is Arcturus (3rd brightest in the sky). The meteor shower Quadrantids flow from Bootes annually from January 1 through January 5 and peak on January 3. The Quadrantids produce up to a hundred shooting stars an hour. Meteor showers occur when the earth passes through the dust trail of a comet.
July –August – Scorpius – the scorpion – Scorpius is among the easier constellations to recognize. Its alpha star is Antares.
July – August – Lyra – Lyra accommodates the bright star Vega, which forms the Summer Triangle, along with Deneb and Altair.
July – August – Sagittarius – Sagittarius is located at the widest band of the Milky Way and it offers a window into the center of our galaxy. To locate Sagittarius, first find Vega and from there locate a group of eight bright stars.
August-September – Cygnus – the Swan – Cygnus accommodates Deneb, which is a bright star that forms the Summer Triangle, along with Altair and Vega.
August – September – Aquila – the Eagle - Aquila contains Altair, which is part of the trio of stars that form the Summer Triangle. Altair is one of the brightest stars in the sky.
September – October – Aquarius – This is one of the fainter constellations; however, it harbors the Eta Aquarids meteor shower visible from April 19 to May 28 with a peak around May 4. The Eta Aquarids occur when earth approaches the dust trail of Halley’s comet, which doesn’t return until 2061, which would be around my 101st birthday.
September – October – Pegasus – This constellation is of mild magnitude but it occupies a large position in the sky. It may be identified by its square asterism. It harbors “Stephans Quintet”, which is a group of five galaxies, four of which are colliding. The alpha star of Pegasus is Markab.
October – November - Cassiopeia – Cassiopeia is identified by its “W” or “M” shape. When you look toward Cassiopeia you are looking into our own galaxy and toward the vast majority of billions and billions of other stars that reside in it with us. Cassiopeia is visible all year from much of the northern hemisphere and is one of the easiest constellations to identify.
November-December – Perseus – This constellation is easy to pick out. It features the star Algol, which is an eclipsing variable that dims by a full magnitude for about ten hours every three days. The alpha star in Perseus is Mirfak. The meteor shower Perseids originates from Perseus from July 17 to August 24 with a peak around August 12. The Perseids emit a flow of shooting stars at a rate of up to 80 an hour. The Perseids occur when earth approaches the dust trail of the Swift-Tuttle comet, which is scheduled to return as a bright naked-eye comet in 2126, at which time I’ll either be dead or 166 years of age.
December – January – Auriga – Auriga is easily identified by the bright star Capella (6th brightest star in the sky). It can be found on a line between Orion and Polaris.
Year Round – Ursa Minor – Includes the Little Dipper, which is formed by the prominent stars in Ursa Minor, but the Little Dipper stars are not the only stars in the constellation. This is the northernmost constellation with alpha star Polaris, a reliable constant in the northern hemisphere sky.
CONTINUED IN COMMENTS SECTION BELOW
This book has changed my life. Or perhaps I should say, getting to know the night sky a little better has changed my life. I have long been way too ignorant of the heavens above.
Becoming familiar with the visible night sky gives one a broader sense of association with the universe. It instigates an understanding that we are all indeed moving rapidly through space and time. Night by night, we all turn about, away and towards the constellations that progress across the dark sky. As earth orbits and spins, our view constantly changes.
Gaining familiarity and awareness of the night sky allows one to gain a sense of the earth as home. There exists some hidden comfort in walking outside and being able to immediately recognize the familiar brightness of Jupiter, the beaming countenance of the Gemini twins, or the reddish glow of Mars, all of which bode mysteriously above. It is quite magnificent to notice such grandeur, to lift your face momentarily, away from your busy life, and grasp, if only for an instant, the primordial wonder and glory of just “being”. Of just being here now, of being aware, of existing, right now, in this particular space and time.
The stars are seemingly ageless and we temporarily exist beneath them. In the context of the stars, our selfish strivings against one another are quite ridiculous. In this review, I seek to share a bit of this magnificence, for those who might not read this entire book, and to facilitate learning for those who do.
Grasping The Celestial Sphere
The Celestial Sphere is an imagined giant globe enveloping the earth. For locational purposes, the stars are imagined attached to the celestial sphere.
This celestial sphere would have a celestial equator, which is a projection of the earth’s equator. Stars can be found using two coordinates called “declination” and “right ascension”. Right ascension refers to movement in degrees along the celestial equator. The starting point is where the Sun hits the Earth’s Equator on the vernal equinox (Spring Equinox). Declination is like latitude and refers to how far the star is above or below the celestial equator. Because the earth spins from west to east, it seems that the stars pass overhead from east to west.
Within the celestial sphere, the line that reflects the earth’s orbit is called the ecliptic. In the same manner as the celestial equator is a projection of the earth's equator, so the ecliptic is a projection of the Earth’s orbit.
The ecliptic is the east-west path that the Sun and Moon take across the sky. All planets, because they orbit in roughly the same plane, will be found along or near this path. The planets of the solar system orbit in roughly the same plane and the constellations of the zodiac follow roughly the same path with a new one coming into view every month.
As a beginner’s interest is first with what can be seen with the naked eye, I’ll concentrate on those objects that are most visible.
The Moon
Noticing the phases of the Moon imbibes a sense of movement and time. The reflected light of the Sun puts the Moon through its phases. As the moon moves around the earth, it exhibits phases, depending upon how much light it is reflecting from the sun. It takes just over 29 days for the Moon to pass once around the earth.
In a lunar eclipse, the earth lies between the sun and the moon, casting its shadow upon the moon. In a solar eclipse, the moon comes between the sun and the earth. Because the moon’s rate of rotation matches the rate of its progress around the earth, it always keeps the same side exposed to the Earth. Earths gravity causes the moon’s spin to synchronize with the speed of its orbit.
The Planets
A way to remember the order of the eight planets is the phrase: “My Very Educated Mother Just Served Us Nachos” for Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune. Below I briefly describe only the planets that are visible with the naked eye.
Venus – Venus is the brightest object in the sky after the Sun and the Moon. At its brightest, Venus is 8 times brighter than Jupiter and 23 times brighter than Mars. Venus is the planet nearest to earth. Venus is visible for a few months each year, either around sunset, near the western horizon, or around sunrise, in the east. Venus is only visible for a few hours after sunset and before sunrise. Venus passes through phases like the Moon. Venus is commonly misreported as a UFO.
Mars – Mars glows an orangish red. It has two moons named Phobos and Deimos. Mars begins each new apparition near the eastern horizon, then rising higher in the sky.
Jupiter – Because it has a 12-year orbit, Jupiter spends about a year in each constellation. Jupiter has 66 moons, one of which is Europa. Jupiter has a quick ten-hour rotation & persistent storm systems, the most famous being the “Great Red Spot”
Mercury – Mercury is visible at twilight or at dawn. It is one of the most difficult planets to spot because it is frequently hidden from view in the glare of sunlight. Mercury is typically visible for a couple of weeks, about six times a year, in the fall (mornings in September and October) and spring (evenings in March and April). You will find Mercury either low in the west after sunset or low in the east before sunrise. Mercury goes through phases as it moves around the sun.
Saturn – Saturn is the most distant of the naked-eye planets. Saturn has a 29.5-year orbit, so it lingers within a particular constellation for more than two years at a time. A telescope is needed to see Saturn’s rings. Saturn has the so-called shepherd moons: Pan, Atlas, Pandora, and Prometheus, which straddle two of the rings, in pairs; and act like herders to keep the rubble, dust, and ice in the rings intact.
Brightest Stars
Sirius – Sirius is the brightest star in the sky. It is a part of the Canis Major constellation and is best viewed in January and February.
Arcturus – Is a bright star in the Bootes constellation. It is seen in the Northern Hemisphere in summer.
Vega – Is a bright star in the Lyra constellation. It is seen in the Northern hemisphere in summer.
Capella – Is a bright star in the Auriga constellation. It is seen in the Northern hemisphere in winter.
Rigel – Is a bright star in Orion. It is seen in the Northern hemisphere in winter
Polaris – Is commonly referred to as the North Star. Polaris is a guidepost. When you face Polaris, south is behind you. Polaris is part of the constellation Ursa Minor, which harbors the little dipper asterism. The bowl end of the Big Dipper points to Polaris. Polaris is constant; it does not rise and set or change position during the year.
Asterisms
Asterisms are observable star patterns but not constellations. Asterisms often form a part of a larger constellation.
Big Dipper – The Big Dipper is visible by the naked eye all year round to the northern hemisphere.
Little Dipper – Is found by drawing a mental line from the front of the Big Dipper’s scoop to Polaris, the North Star.
The Summer Triangle – Is formed by the three stars Altair, Deneb, and Vega (2nd brightest star in the northern sky). The Summer Triangle is visible right overhead in the summer, in the Northern Hemisphere.
Winter Triangle – Is formed by the stars Betelgeuse, Procyon, and Sirius.
Sickle – Is a curved set of stars in Leo that includes the star Regulusm.
Great Square of Pegasus – Is formed with the star Markab.
Constellations
Over the course of a year, as the earth moves through its orbit, each of the constellations will follow in succession, first coming into view in the east and then rising higher night by night until eventually lowering in the west, where they will disappear for a year. The constellations tend to move in the line of travel of the ecliptic, the earths path around the sun. It is in the westernmost phase that the constellation is associated with the signs of the zodiac, because it is at this westernmost point that the sun is aligned or “in” the particular constellation. It takes a 25,800-year precession for the spring equinox to appear in each of the 12 constellations of the zodiac.
I am describing below only the most prominent constellations that might be viewed with the naked eye, in the order of the months in which they are most visible to the northern hemisphere.
January – February - Orion – the Hunter – Orion incudes three of the brightest stars in the sky: Rigel (the 6th brightest star), Betelgeuse (the 9th brightest star), and Bellatrix. Orion is referenced twice in the book of Job (9:9 and 38:31), as well as in The Iliad and The Odyssey. Betelgeuse’s diameter is larger than the orbit of Earth and it has 20 times the mass of our sun. Rigel is 17 times the mass of our sun. The Orionids meteor shower erupts from Orion from September 10 to Oct. 26, peaking on Oct. 22, with around 25 meteors an hour.
January – February – Canis Major – the large dog – Canis Major is located just east of Orion and harbors Sirius, the brightest star in the night sky. You can identify Sirius by tracing a line through Orion’s belt and continuing southeast.
January – February – Taurus – the bull – Orion’s belt points toward Aldebaran, the alpha star of Taurus and the eye of the bull. The Pleiades star cluster, to the northeast, marks the bull’s top shoulder. Pleiades is a gleaming congregation of stars in Taurus, six or seven of which can be seen with the naked eye. The Pleiades cluster is mentioned in the Book of Job: “Canst thou bind the sweet influences of Pleiades, or loose the bands of Orion?”
February – March – Gemini – the Twins – The feet of the twins are just northeast of Betelgeuse. Castor and Pollux are the bright twin stars that form the heads of the Gemini twins. The Geminids is an impressive meteor showers that occurs annually from Gemini around December 7 to December 17 (peaking around December 13). The Geminids produce around a hundred meteors an hour. The Geminids are best viewed in the evening as opposed to after midnight.
March – April – Ursa Major – the great bear – This constellation includes the Big Dipper asterism. It’s alpha star is Dubhe.
March – April – Leo – the lion – Leo is a large and easily recognized constellation, from the Northern Hemisphere, for the first half of the year. Leo is one of the easier constellations to construct mentally. It’s alpha star is Regulus. The Leonids meteor shower occurs from Leo from November 14 through November 21, with a peak on November 17. The Leonids emit only about 10 to 15 meteors an hour but around half of them leave a long-lasting train across the sky, like a vapor trail of a jet.
May – June – Virgo – the virgin – Virgo’s alpha star is Spica. To find Virgo go from the end of the handle of the Big Dipper south in an arc to Arcturus (in Bootes) then on to Spica directly beneath it. This constellation harbors the Virgo cluster of galaxies, which is more than 2,000 galaxies grouped together with a gravitational force so great that it is slowly pulling our galaxy toward it.
June – Bootes – This is one of the most distinct constellations in the summer sky. It’s bright star is Arcturus (3rd brightest in the sky). The meteor shower Quadrantids flow from Bootes annually from January 1 through January 5 and peak on January 3. The Quadrantids produce up to a hundred shooting stars an hour. Meteor showers occur when the earth passes through the dust trail of a comet.
July –August – Scorpius – the scorpion – Scorpius is among the easier constellations to recognize. Its alpha star is Antares.
July – August – Lyra – Lyra accommodates the bright star Vega, which forms the Summer Triangle, along with Deneb and Altair.
July – August – Sagittarius – Sagittarius is located at the widest band of the Milky Way and it offers a window into the center of our galaxy. To locate Sagittarius, first find Vega and from there locate a group of eight bright stars.
August-September – Cygnus – the Swan – Cygnus accommodates Deneb, which is a bright star that forms the Summer Triangle, along with Altair and Vega.
August – September – Aquila – the Eagle - Aquila contains Altair, which is part of the trio of stars that form the Summer Triangle. Altair is one of the brightest stars in the sky.
September – October – Aquarius – This is one of the fainter constellations; however, it harbors the Eta Aquarids meteor shower visible from April 19 to May 28 with a peak around May 4. The Eta Aquarids occur when earth approaches the dust trail of Halley’s comet, which doesn’t return until 2061, which would be around my 101st birthday.
September – October – Pegasus – This constellation is of mild magnitude but it occupies a large position in the sky. It may be identified by its square asterism. It harbors “Stephans Quintet”, which is a group of five galaxies, four of which are colliding. The alpha star of Pegasus is Markab.
October – November - Cassiopeia – Cassiopeia is identified by its “W” or “M” shape. When you look toward Cassiopeia you are looking into our own galaxy and toward the vast majority of billions and billions of other stars that reside in it with us. Cassiopeia is visible all year from much of the northern hemisphere and is one of the easiest constellations to identify.
November-December – Perseus – This constellation is easy to pick out. It features the star Algol, which is an eclipsing variable that dims by a full magnitude for about ten hours every three days. The alpha star in Perseus is Mirfak. The meteor shower Perseids originates from Perseus from July 17 to August 24 with a peak around August 12. The Perseids emit a flow of shooting stars at a rate of up to 80 an hour. The Perseids occur when earth approaches the dust trail of the Swift-Tuttle comet, which is scheduled to return as a bright naked-eye comet in 2126, at which time I’ll either be dead or 166 years of age.
December – January – Auriga – Auriga is easily identified by the bright star Capella (6th brightest star in the sky). It can be found on a line between Orion and Polaris.
Year Round – Ursa Minor – Includes the Little Dipper, which is formed by the prominent stars in Ursa Minor, but the Little Dipper stars are not the only stars in the constellation. This is the northernmost constellation with alpha star Polaris, a reliable constant in the northern hemisphere sky.
CONTINUED IN COMMENTS SECTION BELOW
February 11, 2021
Good overview. Will probably use it as reference often. Wish I had realized their was an updated version almost in print because science doesn't age well.
September 16, 2017
I read this book straight through because I had always wanted to learn about the constellations and other night objects. This was a great, easy-to-read book and is going to be a very useful resource (I think it's better suited for reference on particular subjects as opposed to cover-to-cover reading as I did). I particularly liked the star-charts and breakdown of each constellation. I've already been able to spot certain things I had no clue how to look for before, like the night I looked at Sagittarius and then also noticed some of the nearby galaxies that are visible through binoculars. Going forward, I imagine this will be a great starting place in any night search that I can then supplement with more detailed and timely online resources.
March 12, 2021
Why I wanted this book:
Growing up I learned two constellations: Ursa Major / Ursa Minor. Or The “Big and little dippers”. A small life goal I’ve had has been to learn more constellations… I think that it would be especially important because if I travel to another part of the world I could even appreciate the difference of the night sky in a different area!
Backyard Guide to the Night Sky has everything you need to get started watching the night sky… I purchased it with intent to have a reference to constellations and maybe learn a few new tricks to memorize them… This book has it all. from the moon, planets, sky, constellations, even suggestions on binoculars and telescope shopping.
Chapter by Chapter Topics:
- Chapter 1 - Sky Watching Basics. This starting chapter tells you in a nutshell everything you need to get started watching the night sky. Specifically to get your butt out the door and look with your own eyes… but if you’re one of those people who really thinks they need a telescope, or the whole backstory of the history of star watching, this chapter still has you covered. (Pro tip: Get away from street lights if you live in a city)
- Chapter 2 - The Atmosphere. I feel like I’ve watched a Magic school bus episode on this topic before… regardless, a lot of these chapters feel more like a science lesson, one that I have come across on a visit to the science museum or watched on television as a child, but it never gets old or hurts to review.
- Chapter 3 - The Sun. It’s stupidly easy to forget that our “Sun” is a star. While looking at the sun is not advisable because it could cause lasting permanent damage… Backyard Guide to the Night Sky’s approach is to be completely inclusive for everything you might see in the sky. ...While you won’t see the sun in the night sky… nevermind, don’t think about it.
- Chapter 4 - The Moon. Do you realize you can get books that specialize on each of the chapters here? There are Maps of the moon available! There’s plenty to see on the moon. But once again, it’s best to be inclusive.
- Chapter 5 - The Planets. The question on everyone's lips… “What does this book say about Pluto?” It says it’s a dwarf planet, however it explains why that’s important.
- Chapter 6 - Stars & Constellations. This chapter is easing the reader into the Seasonal sky and Constellation stuff. It talks about what exactly is a “Galaxy”, what is a Supernova, what are black holes, etc.
- Chapter 7 - Four Seasons of the Sky. The sky changes based on the season. I live in the northern hemisphere so naturally I’m very familiar with how the Little Dipper / Ursa Minor is always in the north, and how Ursa Major / The Big Dipper spins around it depending on whether it’s summer or winter… Some constellations are only available at certain times of the year here.
- Chapter 8 - Constellations. This is the chapter I purchased this book for. There’s one page for each constellation… for larger or more significant constellations they sometimes get two pages. There’s a neat helpful guide showing how big a constellation is if you hold your hand out to compare it open, closed, or two hands. ...I would like to add that some of the graphics make no dang sense… There's a graphic placed behind the constellation for visual illustration, but some of them make the constellation more complicated than it needs to be. (For example, Hercules looks like it should be upside down from the graphic they used… sometimes it’s best to just look at the shapes themselves and not get hung up on the visuals provided.) To make matters even more tough, sometimes stars in constellations are very faint making it harder to see the whole shape. That’s why learning new constellations has been such a bigger project for me then I expected it to be. I do truly already know the two easiest and biggest and clearest constellations available near me. (Working on adding two more at least to that list)
- Chapter 9 - Comets & Meteors. I forget there are annual meteor showers. That doesn’t take away the majesty of watching them in the summer for the first time years and years ago.
- Chapter 10 - Deep Space. Space: the final frontier. These are the voyages of the starship Enterprise. Its continuing mission: to explore strange new worlds. To seek out new life and new civilizations. To boldly go where no one has gone before!
Conclusion:
Backyard Guide to the Night Sky has tons of great visuals… it’s a National Geographic book, it better have some amazing pictures, that’s basically National Geographics brand isn’t it?
I think this book helped some for my goal of learning constellations. I think my personal project of buying some glow in the dark stars and pasting them in my room in constellation formats might have helped more than reading this book… but this book is kind of a jack-of-all-trades for “everything night sky watching”. And as the saying goes “Jack of all trades, master of none”.
Backyard Guide to the Night Sky succeeds in what it’s set out to do; give it’s reader a beginner perspective on what to look at in the night sky, a firm-basic-foundation for the history of astronomy, some of the more “exciting space things”, and PLENTY of stunning colorful glossy page images between the information.
Happy sky watching everyone!
Growing up I learned two constellations: Ursa Major / Ursa Minor. Or The “Big and little dippers”. A small life goal I’ve had has been to learn more constellations… I think that it would be especially important because if I travel to another part of the world I could even appreciate the difference of the night sky in a different area!
Backyard Guide to the Night Sky has everything you need to get started watching the night sky… I purchased it with intent to have a reference to constellations and maybe learn a few new tricks to memorize them… This book has it all. from the moon, planets, sky, constellations, even suggestions on binoculars and telescope shopping.
Chapter by Chapter Topics:
- Chapter 1 - Sky Watching Basics. This starting chapter tells you in a nutshell everything you need to get started watching the night sky. Specifically to get your butt out the door and look with your own eyes… but if you’re one of those people who really thinks they need a telescope, or the whole backstory of the history of star watching, this chapter still has you covered. (Pro tip: Get away from street lights if you live in a city)
- Chapter 2 - The Atmosphere. I feel like I’ve watched a Magic school bus episode on this topic before… regardless, a lot of these chapters feel more like a science lesson, one that I have come across on a visit to the science museum or watched on television as a child, but it never gets old or hurts to review.
- Chapter 3 - The Sun. It’s stupidly easy to forget that our “Sun” is a star. While looking at the sun is not advisable because it could cause lasting permanent damage… Backyard Guide to the Night Sky’s approach is to be completely inclusive for everything you might see in the sky. ...While you won’t see the sun in the night sky… nevermind, don’t think about it.
- Chapter 4 - The Moon. Do you realize you can get books that specialize on each of the chapters here? There are Maps of the moon available! There’s plenty to see on the moon. But once again, it’s best to be inclusive.
- Chapter 5 - The Planets. The question on everyone's lips… “What does this book say about Pluto?” It says it’s a dwarf planet, however it explains why that’s important.
- Chapter 6 - Stars & Constellations. This chapter is easing the reader into the Seasonal sky and Constellation stuff. It talks about what exactly is a “Galaxy”, what is a Supernova, what are black holes, etc.
- Chapter 7 - Four Seasons of the Sky. The sky changes based on the season. I live in the northern hemisphere so naturally I’m very familiar with how the Little Dipper / Ursa Minor is always in the north, and how Ursa Major / The Big Dipper spins around it depending on whether it’s summer or winter… Some constellations are only available at certain times of the year here.
- Chapter 8 - Constellations. This is the chapter I purchased this book for. There’s one page for each constellation… for larger or more significant constellations they sometimes get two pages. There’s a neat helpful guide showing how big a constellation is if you hold your hand out to compare it open, closed, or two hands. ...I would like to add that some of the graphics make no dang sense… There's a graphic placed behind the constellation for visual illustration, but some of them make the constellation more complicated than it needs to be. (For example, Hercules looks like it should be upside down from the graphic they used… sometimes it’s best to just look at the shapes themselves and not get hung up on the visuals provided.) To make matters even more tough, sometimes stars in constellations are very faint making it harder to see the whole shape. That’s why learning new constellations has been such a bigger project for me then I expected it to be. I do truly already know the two easiest and biggest and clearest constellations available near me. (Working on adding two more at least to that list)
- Chapter 9 - Comets & Meteors. I forget there are annual meteor showers. That doesn’t take away the majesty of watching them in the summer for the first time years and years ago.
- Chapter 10 - Deep Space. Space: the final frontier. These are the voyages of the starship Enterprise. Its continuing mission: to explore strange new worlds. To seek out new life and new civilizations. To boldly go where no one has gone before!
Conclusion:
Backyard Guide to the Night Sky has tons of great visuals… it’s a National Geographic book, it better have some amazing pictures, that’s basically National Geographics brand isn’t it?
I think this book helped some for my goal of learning constellations. I think my personal project of buying some glow in the dark stars and pasting them in my room in constellation formats might have helped more than reading this book… but this book is kind of a jack-of-all-trades for “everything night sky watching”. And as the saying goes “Jack of all trades, master of none”.
Backyard Guide to the Night Sky succeeds in what it’s set out to do; give it’s reader a beginner perspective on what to look at in the night sky, a firm-basic-foundation for the history of astronomy, some of the more “exciting space things”, and PLENTY of stunning colorful glossy page images between the information.
Happy sky watching everyone!
May 18, 2020
Picked this up at a discount store before a flight. As an amateur astronomer its a good starter book. It has great photos and good information to be applicable across all age groups and all interest levels. For those that would like a more in depth information I would suggest "Turn Left at Orion" and "The year round Messier marathon-Field Guide". Still I liked this book as an intro book, well worth the buy.
October 23, 2019
This is a great book for both amateur and pro astronomers. It really explains what is going on in the night sky. I learned a lot of things about the constellations and about the planets and how to spot them.
February 25, 2024
Been meaning to get to this National Geographic publication for a long time. I enjoyed the accessible orientation it gives one to understand what all you can see looking up at night. Mine is from 2009, but there is an updated version out now.
April 6, 2019
Gorgeous photos and helpful illustrations that I haven’t seen elsewhere. This is a helpful resource i’ll reference again and again.
July 20, 2019
Beautiful photos of the stars. A great small book for young budding astronomists.
August 15, 2020
Husband and I have been getting our feet wet with amateur backyard astronomy. This has been an excellent reference!
January 3, 2021
This was a great read on stargazing. I now know I have a lot more to learn and this reach eases you in as a beginner and guides you to success.
August 11, 2025
Amazing pictures, all kinds of ideas of things to look for in the night sky.
February 6, 2023
This year I told myself I would try to read more non-fiction. I found this one at a goodwill and thought it looked interesting. I’ve never read much about science but I thought the National Geographic books would be an easy way to start. I think this one is so good for people who loved space as a kid and wanted to learn more about it. I highly recommend this one (and the newer one) to anyone who has wondered about the night sky!
April 19, 2014
Paradise Lost, an epic poem in blank verse, written by the 17th-century poet John Milton as he became blind at the end of his life, is a retelling of the Biblical story of the Fall of Man. While based on the Christian tale, the poem incorporates many topics, and spends most of its verses detailing the journey of Satan and his war on the angels. The depiction of Adam and Eve draws an elaborate panorama of their trials. This classic of Western literature is wide-reaching and enormously influential, and should not be absent from the modern reader's bookshelf.
ReviewPullman sagely advises the uninitiated to put sound before sense, allowing the power of Milton's music to work its magic. --Wall Street Journal
About the AuthorJohn Milton (9 December 1608 8 November 1674) was an English poet.
January 26, 2015
A very good introductory book in to both Astronomy and Stargazing, but very simplified. This would be a great book for someone with little to no prior knowledge on the subject, but for anyone that has a background in the field or is looking for more detail you'll likely find yourself looking for book #2.
I really expected more in the way of how best to start out, what to look for first and when/how...a more detailed breakdown of the proper way to use telescopes and/or astronomy binoculars and the best way(s) to set things up. How to plan and organize your stargazing routine. There was virtually none of that in this book...and though the star charts and accompanying information are helpful, I don't feel that I will be using this book in the field. Personally, this is more of an introduction to things and not so much a field guide for the backyard observer.
I really expected more in the way of how best to start out, what to look for first and when/how...a more detailed breakdown of the proper way to use telescopes and/or astronomy binoculars and the best way(s) to set things up. How to plan and organize your stargazing routine. There was virtually none of that in this book...and though the star charts and accompanying information are helpful, I don't feel that I will be using this book in the field. Personally, this is more of an introduction to things and not so much a field guide for the backyard observer.
August 22, 2012
I was comparing this book, and Nightwatch A Practical Guide to Viewing the Universe and I stopped reading this one after the second chapter in favour of Nightwatch. There were a few typos which always irk me, and I much preferred how Nightwatch presented the scale of the universe than how Backyard did it so that made be decide not to finish this one.
October 27, 2016
This book is a pretty comprehensive introduction to space and astronomy and goes into a lot of basic science that's easy to understand even if you're not a science person. it's small and compact, but I thought the sky maps weren't as well done as a lot of other maps I have seen and used, and they get sliced in half because of the way the book is bound, which is unfortunate. It's very well formatted and has a lot of good information, and gives you an idea of the role of astronomy in different cultural histories.
September 29, 2012
Great reference manual for a beginning astronomer. Clear explanations, good tips and directives for exploratory nights.
Having said that a person does need to get out there with their equipment to implement what is suggested and that's where the rubber meets the road. I haven't made it further than the moon but will keep this manual as my mainstay for every clip of advancement I hope to make each summer.
Having said that a person does need to get out there with their equipment to implement what is suggested and that's where the rubber meets the road. I haven't made it further than the moon but will keep this manual as my mainstay for every clip of advancement I hope to make each summer.
June 7, 2017
This reference is to be used as needed. It wasn't as helpful as I'd hoped for naming the moons of Saturn.
September 21, 2014
A nice introduction to astronomy and basic objects of the sky
February 3, 2016
My thoughts on Backyard Guide to the Night Sky
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September 27, 2015
Nice book for people getting started in star gazing.
August 22, 2016
A solid introduction and overview of the night sky.
October 23, 2018
A very informal piece of work about astronomical objects and how and what you need to see them. It touches on a lot of different astronomical topics and explains them briefly in a bout a page or so, it's a great start for a person like me getting into sky watching, definitely recommend it!
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