With special thanks to NI Screen's USBF and Matthew Warwick at the Ulster-Scots Community Network.
Dive into the fascinating story of Annie Maunder, the Ulster Scots astronomer who revolutionized our understanding of the sun! From her early life in Northern Ireland to her pioneering work at the Royal Observatory, Greenwich, Annie Maunder's journey is a tale of resilience, innovation, and passion. In this video, we explore her groundbreaking discoveries, her innovative methods, and the challenges she faced as a woman in the male-dominated field of science. Don't miss this inspiring story! 🌟
Annie Maunder's early life in Strabane, Northern Ireland, and her journey to study mathematics at the prestigious Girton College, Cambridge University. Her career as a 'lady computer' at the Royal Observatory, Greenwich, where she worked alongside her future husband, Walter Maunder, to study solar activity.
The groundbreaking discoveries she made with Walter, such as the 'butterfly diagram' of sunspots and their observations of the 1898 solar eclipse. Annie's innovative methods, including the use of photographic plates and spectroscopy in solar astronomy.
The challenges she faced as a woman in science, including discrimination, prejudice, and being forced to resign from her position at the Royal Observatory after her marriage. Her later life, during which she gained recognition for her work, became a member of the Royal Astronomical Society and a Fellow of the Royal Geographical Society, and continued to advocate for women in science.
🌌 If you're interested in astronomy, solar physics, or the inspiring stories of pioneering women in science, this video is for you! Join us as we celebrate the remarkable achievements of Annie Maunder, the Ulster Scots innovator who illuminated the sky and forever changed the way we understand our own star, the Sun. ✨
https://en.wikipedia.org/wiki/Annie_S._D._Maunder - Annie Scott Dill Maunder (née Russell) FRAS (14 April 1868 – 15 September 1947) was an Irish-British astronomer, who recorded the first evidence of the movement of sunspot emergence from the poles toward the equator over the sun's 11-year cycle. She was one of the leading astronomers of her time, but because of her gender, her contribution was often underplayed at the time. In 1916 she was elected to the Royal Astronomical Society, 21 years after being refused membership because of her gender
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I didn't see you there. Let me introduce myself. I am Bartholomew the bookworm.
You're probably wondering what a worm is doing on the moon in the Monderg crater.
Well, I have come up here to look at the sunspots 100 years after Annie Monderg first discovered
Let me introduce you to the Ulster Scots astronomer and mathematician who discovered
sunspots and who the Monderg crater was co-named after. Let's go back to the year 1868.
Religion was very important in the Russell household.
Annie's father was the minister of the Second Presbyterian Church, Strabane. Her mother's
father had also previously been the minister of the same church. The Presbyterian Church
was established in Ulster by Scottish settlers in the early 1600s. It was at this time Annie's
family, the Dills, came into County Donegal from Scotland. Not only was Annie's family religious,
Annie's half-brother was also an astronomer. Annie and her siblings were all highly educated.
During the late 1880s, it was very uncommon for girls to be highly educated on subjects
other than household studies and secretarial work, but the Russell girls were the exception to this
rule. In 1886, Annie won a prize to allow her to sit at the Girton College Open Entrance
Scholarship Examination. Her outstanding results won her a three-year scholarship
to study at Girton College, Cambridge. Annie went on to graduate in 1889 and she ranked senior
uptime and top mathematician at Girton in her year. Annie was the first woman from Ireland
to receive this rank. Annie was clearly a brainy box. Although Annie did incredibly well and passed
all her university exams, the restrictions during the time did not allow her to receive
the bachelor degree she should have earned. After college, Annie spent the year as mathematics
mistress at the Ladies High School, Jersey. However, Annie disliked this job and was always looking
for more. Her good friend, astronomer Alice Everett, told her of a vacancy at the Greenwich
Royal Observatory in 1891 and shortly after, Annie secured a position as a lady computer.
As part of her job, Annie worked in the solar department and her responsibilities involved
taking and developing photos of the sun and examining it in great detail. In 1892, Annie was
put forward to obtain a fellowship of the Royal Astronomical Society. Unfortunately, Annie didn't
receive enough votes and was rejected, the reason being her gender. Unlike the Royal Astronomical
Society, the British Astronomical Association welcomed women. Now you know where Annie grew up,
how intelligent she was, and how resilient she was. But that's not all, as we are getting a bit
closer to Annie's famous discovery. Meet Edward Walter Monder. From the surname, you can probably
guess that Edward played a big role in Annie's life. During Annie's time at Greenwich Observatory,
Edward was head of the photographic and spectroscopic department, meaning he was also
her boss. Four years after first working together, Annie and Edward married in 1895.
Aww, how cute! During this time, civil service laws meant that married women could not work in the
public service. This meant that Annie had to step down from the job she loved at the observatory.
This law did not stop her from pursuing her interest in astronomy. Edward and Annie worked
together and went on a total of five expeditions. From 1896 up to 1905, they travelled to Finland,
India, Algeria, Mauritius, and Canada to view solar eclipses. Annie took solar photographs
on each clear day, just to make note of where the sunspots were. She even designed her own camera
to take breathtaking pictures of the sun, including the first photograph ever of streamers
from the sun's outer layer. How cool is that? During this time, women published their works
under a false name. A pseudonym or else were put down as co-authors with their husbands. This meant
that Annie's photographs were not published as her own. So, how did Annie Monder discover sunspots
and what are they? Let's check out the science! Sunspots are dark, cool patches that appear on
the surface of the sun. They're caused by intense magnetic activity in the sun's atmosphere.
Sunspots are usually found in pairs, with one sunspot in the northern hemisphere of the sun
and one in the southern hemisphere. Sunspots can be very large, sometimes as big as the earth!
They usually last for a few days or weeks before disappearing. Sunspots can affect the earth in a
few ways. First, they can cause auroras, which are beautiful lights that appear in the sky
at high latitudes. Sunspots can also cause solar storms, which can disrupt radio communications
and GPS signals on earth. Overall, sunspots are a natural and fascinating part of the sun's cycle.
In 1904, the Monders created a chart which showed the movement of sunspots over the sun's 11-year
activity cycle. This chart is known as the butterfly diagram because it resembled flying
butterflies. Annie and Edward photographed the sun and mapped the position of sunspots over time.
This proved Annie's theory that there was a link between sunspot numbers and the earth's climate.
This low solar activity is now known as the Monder Minimum. I think it was clear from a young age
that Annie Monder was destined for great things. She eventually got the recognition she deserved
in 1916. She finally became a member of the Royal Society 24 years after she was rejected.
In 2018, the Greenwich Royal Observatory installed a new telescope called the Annie
Monder Astrographic Telescope, or the AMAT, to remember all her great work. Annie's amazing work
is still used today by scientists 100 years on. Can you imagine if something you discover today
is still being looked at 100 years into the future? Now that you know about Annie's amazing
discovery, why not share it with your friends and family to spread her legacy even further?
I hope you enjoyed Annie's story. See you next time!