1. Planetary Hours Program
2. Planetary Hours Program With Time
3. Planetary Hours Astrolabe

The Planetary Hours Program, TPHP, provides a complete, accurate, location specific readout of the planetary hours for a day or series of days. U nlike many on-line planetary hours programs, TPHP is accurate and precise. Fellows may also be asked to hold office hours to meet with LSHTM and Stanford students when requested. Eligibility: The Human and Planetary Health Fellowship program is open to researchers from anywhere in the world who are within three years (full time) of having been awarded their doctoral degree by the application deadline. Renaissance Astrology offers TPHP ('The Planetary Hours Program') an easy to use computer program for Windows that provides detailed and accurate planetary hour information for automatically for thousands of predefined locations in the U.S. Latitude and longitude can also be entered by hand for non-U.S. Planetary Hours. At the first glance, Planetary Hours are similar to the ordinary hours which all of us are used to. A Planetary Day consists of 24 Planetary Hours, and an ordinary day consists of 24 hours. But here similarity ends. Planetary Day begins at the moment of sunrise in the given place, while ordinary day begins at midnight.

Features

June Solstice 2021

'Just Nuke 'Em!' Planetary Defense in the Movies

What two famous 1998 asteroid movies got right and wrong.

Risky business: will the world rise to the challenge of asteroid defense?

This November, NASA will launch the world’s first mission to test a method of deflecting an asteroid.

Your Impact: June Solstice 2021

Our annual Day of Action set up virtual meetings between 145 members and their congressional representatives and staffers.Your Place in Space

Disasters Aren’t Inevitable: Planning Ahead to Protect Our World

By Bill Nye, Planetary Society CEO

Our world is fragile. The COVID-19 pandemic reminds us that we are all in this together on our planet. When trouble started in one part of the world, it quickly touched every one of us.

The analogy from pandemic to asteroid impact is compelling. A major impact anywhere in the world would have enormous consequences. It would affect every single person on Earth, either directly or indirectly. Lives would be lost. Some people would be forced to migrate. Economies would slow or even collapse depending on the impact’s size and location.

If a potentially disastrous incoming object were identified—one that would impact here, say, 20 years hence—would we work together? Would governments cooperate or be paralyzed by mistrust? Would science deniers and contrarians carry the day and prevent significant action? After the catastrophe, would we lend a hand to one another, or would rivalries and inequities be amplified? No matter the eventual outcome, we would once again be painfully reminded that as Earthlings, we are all affected by forces of nature, whatever they may be.

A global pandemic is akin to a massive asteroid impact in yet another way. Both could be prevented if we were to put in enough time, effort, and energy—and if we have the right systems in place. For most of us, contemplating the effects of an asteroid or comet impact often brings to mind apocalyptic images from science fiction, but by studying distant objects that might threaten us, we can indeed prepare for a potential orbital collision. The threat is real, and we are the first generation of humans able to get ready and be set to deflect an incoming asteroid. Fundamentally, it will require investment by governments around the world. Here at The Planetary Society, we’ve been advocating for those investments for many years, and thanks to the support of members like you, we’ve made progress.

If there’s one thing we can learn from the enormous challenges created by the pandemic, it’s that we have to work together to protect our species. Our world is fragile. We aren’t invincible, but when we pool our considerable talents, we humans are a force to be reckoned with. Let’s not let an asteroid prove otherwise.

This issue of The Planetary Report highlights the important things we should all know about the threat of incoming asteroids along with the work we’re doing to defend Earth from such impacts. We also celebrate the impact (pun very much intended) that your membership has already made on planetary defense efforts and share new ways that you can get involved to help defend Earth. Let’s go!

Members on Deck

Our Members Kick Asteroid

By Ellen McSorley, a Planetary Society member and donor from Monmouth County, New Jersey

In February 2013, an asteroid blasted through the air over Chelyabinsk, Russia. Thousands of buildings were damaged, and hundreds of people were injured. I asked myself, “How did this go undetected?”

In 2017, I was reading an article about Bill Nye, CEO of The Planetary Society, and asked my good friend Google, “What’s The Planetary Society?” Searching through the website and reading about different projects in which the Society was involved, I came upon a page about defending Earth from asteroid impacts. “Wow,” I thought, “someone is doing something about this.” Reading further, I discovered that the Society has the Shoemaker NEO (near-Earth object) Grant program to help amateur astronomers find and track potentially dangerous asteroids.

Soon after my discovery, the Society held a fundraiser through Kickstarter for planetary defense. I had the opportunity to be involved in a project that could very well save the world! Asteroid impacts are the one natural disaster about which we can actually do something.

Since then, I’ve been hooked on planetary defense. In 2020, I attended the Day of Action in Washington, D.C., and planetary defense was my favorite talking point. I had the opportunity to educate members of Congress about this important mission.

I’m hoping that at this year’s Day of Action, I can spark interest in the funding of the NEO Surveyor space telescope so that a disaster like the one in Chelyabinsk won’t happen again.

Want to know more? I highly recommend the video series by Dr. Bruce Betts on defending Earth from asteroids, available at planetary.org/asteroid-video. Hey, it has dinosaurs! Who could ask for more?

Get Involved

The Threat Is Real. The Answer Is Science... Powered By YOU.

Last September, Brazilian amateur astronomer Leonardo Amaraldiscovered a kilometer-wide, near-Earth asteroid that would createglobal devastation if it hit our home planet. Thankfully, the asteroidQU6 was of no risk to us due to its distance from Earth.

But the fact that a near-Earth object (NEO) large enough to destroy amajor city had gone undetected until Leonardo’s discovery proves wemust work urgently to defend Earth from deadly asteroids! This is whereyou come in...

Thanks to funding from members like you, Leonardo received aShoemaker NEO grant from The Planetary Society in 2019 for a newtelescope mount that allows him to observe dimmer objects.

His work underscores the immense value of our grants, given every twoyears to fund equipment upgrades for passionate astronomers who spendcountless hours working to find, track, and characterize near-Earthobjects.

Will you please power this important work with your contribution? Actnow and your gift will be matched dollar for dollar up to a total of$25,000!

Planetary Hours Program

DONATE NOW AT PLANETARY.ORG/NEO.

How Can I Help Defend the Planet?

ADVOCATE

U.S. residents can sign a petition to Congress advocating for the NEO Surveyor mission to rapidly detect and characterize hazardous near-Earth objects. Find the petition at planetary.org/action-center.

SPREAD THE WORD

Help raise awareness about the asteroid threat by giving a presentation to a local astronomy club, student group, or even just your friends and family. Check out our planetary defense presentation kit at planetary.org/outreach-toolkits.

GET EDUCATED

Brush up on asteroid impacts and how to prevent them with our free Asteroid Defense 101 course at courses.planetary.org.

Celebrate Asteroid Day With Us!

June 30 is Asteroid Day, a UN-sanctioned global awareness campaign that takes place every year on the anniversary of the Tunguska event in 1908, the most harmful known asteroid-related event in Earth’s recent history. Asteroid Day’s mission is to inspire, engage, and educate the public about asteroid opportunities and risks. The Planetary Society is a proud partner and is helping to develop Asteroid Day LIVE, a free live broadcast that mixes education and entertainment. Go to asteroidday.org to learn more and tune in on June 30 to join the celebration.

Make Your Mark on The Planetary Society

There are so many ways to honor your heroes and loved ones. As a Planetary Society member, we invite you to do so while also supporting our mission to advance space science and exploration. By buying a custom-inscribed brick that paves the front of our headquarters in Pasadena, California, you can leave a permanent mark on the future of our organization while helping us achieve our mission. Learn more at planetary.org/brick.

Bringing the Cosmos to You Every Week

If you aren’t already subscribed to our weekly email newsletter, The Downlink, sign up today! Every Friday, we send you the latest space news, amazing space images, inspiring artwork, updates on The Planetary Society’s work, and ways that you can get involved. There’s no better way to stay connected to our global community of space advocates. Sign up at planetary.org/connect.

What's Up?

A Supermoon and Meteor Shower

By Bruce Betts, Planetary Society Chief Scientist

On June 24, look for a supermoon, which is when the Moon looks extra large and bright. This happens whenever the Moon is on the opposite side of Earth from the Sun, fully illuminating its face while closest to Earth in its elliptical orbit. Reddish Mars will be sinking lower in the west soon after sunset through June and July. Super-bright Venus will be low in the west soon after sunset through September. Venus and Mars grow closer in the sky until July 12/13, when they will be as close as the width of a full Moon (about half a degree). Bright Jupiter and yellowish Saturn are in the same region of the sky, rising in the east in the late evening in June and the early evening by September. The Perseid meteor shower peaks August 12/13, with increased activity several days before and after. The most meteors will occur after midnight, and the Moon will have set by then, leaving a darker sky. For more night sky tips, you can always check out planetary.org/night-sky.

Random Space Fact

The Moon, with a diameter of 3,474 kilometers (2,159 miles), is larger than each of the dwarf planets, the largest being Pluto, with a diameter of 2,377 kilometers (1,477 miles).

Trivia Contest

Our December solstice contest winner is Jim Derivera of Oxnard, California. Congratulations! The question was: What was the only Apollo spacecraft call sign named after a single star? The answer: The Apollo 14 Lunar Module call sign was Antares, named after the star that would be used to orient the Lunar Module during landing.

Try to win a copy of Astronomy for Kids by Bruce Betts and a Planetary Radio T-shirt by answering this question: What is the largest asteroid considered to be a near-Earth object (NEO)?

Email your answer to [email protected] or mail your answer to The Planetary Report, 60 S. Los Robles Ave., Pasadena, CA 91101. Make sure you include the answer and your name, mailing address, and email address (if you have one). By entering this contest, you are authorizing The Planetary Report to publish your name and hometown. Submissions must be received by September 1, 2021. The winner will be chosen in a random drawing from among all the correct entries received.

For a weekly dose of “What’s Up?” complete with humor, a weekly trivia contest, and a range of significant space and science-fiction guests, listen to Planetary Radio at planetary.org/radio.

Planetary Hours Program With Time

Astronomical Art

William Hartmann, View of the 1908 Tunguska Fireball From the Town of Kirensk

On the morning of June 30, 1908, an asteroid roughly 50 to 80 meters wide (160 to 260 feet wide) exploded above Tunguska, Siberia, leveling 2,000 square kilometers (770 square miles) of forest. No known pictures of the moment of impact exist, but Russian scientists collected eyewitness accounts from people up to hundreds of kilometers away.

William Hartmann, a planetary scientist and prolific space artist, used these reports to paint reenactments of the event from different distances and perspectives. Here, a schoolteacher in Kirensk, which is 400 kilometers (250 miles) southeast of ground zero, shields her eyes while watching the meteorite just seconds before it explodes.

Do you want to see your artwork here? We love to feature our members throughout this magazine. Send your original, space-related artwork to [email protected]

Location: London

Current Time: 13/08/21 09:19

Selected Date: 13/08/21

Planet	Starts	Ends	Planet	Starts	Ends
05:42	06:56	20:26	21:12
06:56	08:10	21:12	21:59
08:10	09:23	21:59	22:45
09:23	10:37	22:45	23:32
10:37	11:50	23:32	00:18
11:50	13:04	00:18	01:05
13:04	14:18	01:05	01:51
14:18	15:31	01:51	02:38
15:31	16:45	02:38	03:24
16:45	17:59	03:24	04:11
17:59	19:12	04:11	04:57
19:12	20:26	04:57	05:44

How To Use This Page

First of all, planetary hours are location-specific, so make sure that you've selected the appropriate location.

If you are not familiar with the planets' symbols, click on a symbol, and a dialog with the planet's name plus some keywords for it will open.

Planetary Hours Astrolabe

You will find the indication of the Planetary Day ruler for the selected date in the table abovethis text and a list of Planetary Hours for the selected date - in the table to the left of this text.

Note that a Planetary Day starts at the moment of sunrise on the given date in the selected location and ends with the next sunrise in this location. So Planetary Days do not coincide with the common calendar days.

The length of a Planetary Hour is not equal to 60 minutes, in most cases.

For more information on this topic, please read About Planetary Hours And Days article.