Question: Where was the person who observed Venus' transit at the same time as Jeremiah Horrocks originally from?
Context: William Crabtree (1610–1644) was an astronomer, mathematician, and merchant from Broughton, then in the Hundred of Salford, Lancashire, England.  He was one of only two people to observe and record the first predicted transit of Venus in 1639 . The first known observations and recording of a transit of Venus were made in 1639 by the English astronomers Jeremiah Horrocks and his friend and correspondent William Crabtree.  The pair made their observations independently on 4 December that year (24 November under the Julian calendar then used in England); Horrocks from Carr House, then in the village of Much Hoole, Lancashire, and Crabtree from his home in Broughton, near Manchester. William Gascoigne (1612 – 2 July 1644) was an English astronomer, mathematician and maker of scientific instruments from Middleton, Leeds who invented the micrometer.  He was one of a group of astronomers in the north of England who followed the astronomy of Johannes Kepler which included, Jeremiah Horrocks and William Crabtree. The surface of Venus is dominated by geologic features that include volcanoes, large impact craters, and aeolian erosion and sedimentation landforms.  Venus has a topography reflecting its single, strong crustal plate, with a unimodal elevation distribution (over 90% of the surface lies within an elevation of -1.0 and 2.5 km) that preserves geologic structures for long periods of time.  Studies of the Venusian surface are based on imaging, radar, and altimetry data collected from several exploratory space probes, particularly "Magellan", since 1961 (see Venus Exploration).  Despite its similarities to Earth in size, mass, density, and possibly composition, Venus has a unique geology that is unlike Earth's.  Although much older than Earth's, the surface of Venus is relatively young compared to other terrestrial planets (<500 million years old), possibly due to a global-scale resurfacing event that buried much of the previous rock record.  Venus is believed to have approximately the same bulk elemental composition as Earth, due to the physical similarities, but the exact composition is unknown.  The surface conditions on Venus are more extreme than on Earth, with temperatures ranging from 453 to 473 °C and pressures of 95 bar.  Venus lacks water, which makes crustal rock stronger and helps preserve surface features.  The features observed provide evidence for the geological processes at work.  Twenty feature types have been categorized thus far.  These classes include local features, such as craters, coronae, and undae, as well as regional-scale features, such as planitiae, plana, and tesserae. The second most recent transit of Venus observed from Earth took place on June 8, 2004.  The event received significant attention, since it was the first Venus transit after the invention of broadcast media.  No human alive at the time had witnessed a previous Venus transit since that transit occurred on December 6, 1882. Jeremiah Horrocks (1618 – 3 January 1641), sometimes given as Jeremiah Horrox (the Latinised version that he used on the Emmanuel College register and in his Latin manuscripts), was an English astronomer.  He was the first person to demonstrate that the Moon moved around the Earth in an elliptical orbit; and he was the only person to predict the transit of Venus of 1639, an event which he and his friend William Crabtree were the only two people to observe and record. George James Gibbs FRAS (1866 – 22 February 1947) was an astronomer, engineer, inventor and public science lecturer.  He invented a heliochronometer ‘which was able to accurately determine GMT to within a minute at any time of the year and at any latitude’, the patrons of which included H.M.  The King and most of the large country house gardens of his time in England, including those designed by Lutyens and Mawson.  The accuracy of Gibbs’s heliochronometer ‘was only truly alleviated with the broadcast of the BBC pips in the 1920s’.  He was also responsible for the design and erection of the The Jeremiah Horrocks Observatory at Moor Park, Preston, Lancashire and was recognised as one of the leading hydraulic engineers in Lancashire. Horrocks Block ( ) is a large rectangular outcrop that is composed mainly of sandstone, lying on the north side of Venus Glacier, 2 nmi southwest of the Keystone Cliffs, on the east side of Alexander Island, Antarctica.  It was mapped by the Directorate of Overseas Surveys from satellite imagery supplied by the U.S. National Aeronautics and Space Administration in cooperation with the U.S. Geological Survey, and was named by the UK Antarctic Place-Names Committee from association with Venus Glacier after Jeremiah Horrocks, the British astronomer who predicted and first observed a transit of Venus, in 1639. Hicksville is a graphic novel by Dylan Horrocks originally published by Black Eye Comics in 1998.  The novel explores the machinations of the comic book industry, and contains a slightly fictionalized account of the history of mainstream American comics, with particular attention paid to the era of Image Comics. Richard Towneley (10 October 1629 – 22 January 1707) was an English mathematician, natural philosopher and astronomer from Towneley near Burnley, Lancashire.  He was the nephew of Christopher Towneley, who corresponded with (and possibly introduced to each other) a group of seventeenth-century astronomers in the north of England which included Jeremiah Horrocks, William Crabtree and William Gascoigne, the pioneer astronomers who laid the groundwork for research astronomy in the UK.  An investigation carried out with the physician Henry Power, followed by correspondence with Robert Boyle, showed the relationship between the pressure and volume of gas in a closed system and led to the formulation of Boyle's Law, or as Boyle named it, Mr. Towneley's hypothesis.  He introduced John Flamsteed to the micrometer and invented the deadbeat escapement used in two clocks in the Greenwich Observatory.
Answer: Broughton