Location: a newly discovered cave in France, near the border of Spain a map of France with a site marked in the south on the border with Spain Climate: This region experiences a temperate climate with cold winters and warmer spring and summers. The region has high precipitation in the form of rain and snow. Research reveals that around 19,000 years ago, during the last ice age, the region entered an interglacial stage. At this time, the climate became more temperate and could support a wide range of animal and plant life. You find the following items as part of your archaeological dig: handprints of a reddish color near the entrance of the cave pictures of large animals drawn with reddish or black material deep in the interior of the cave; most of these animals no longer live in the area several stones with a regular pattern of chips around the edges a small animal bone tapered at one end and with a hole at the other unmarked animal bones scattered in the cave; these animals are typical of the area today large boulders in the area typical of those deposited by glaciers; one of them used to block the entrance of the cave; it was moved recently by construction workers building a tunnel Part A Fill in the chart. Remember, archaeologists may have doubts or may not always agree on what the evidence shows. Font Sizes Characters used: 230 / 15000

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the revival of interest in greek and roman influences also stimulated developments in math and science. the mathematical traditions that governed the conception of the universe were based in greek mathematics that had been preserved and built upon by scientists in muslim lands, such as nasir al-din in the 13th century. the catholic church endorsed the views of ptolemy, the greek philosopher and astronomer who constructed a geocentric theory where all planets, the moon, and the sun revolved around the earth. using calculations from al-din, polish monk and mathematician, nicholas copernicus, concluded that the geocentric theory did not make sense. instead, his data indicated that the earth and all the other planets rotated around the sun, a conclusion that he did not share widely, for fear of retaliation from the church. in fact, his heliocentric theory was not published until after his death in 1543.

the scientist that really got into trouble over the heliocentric theory was italian galileo galilei, who strengthened and improved copernicus' theory. other scientists, such as johannes kepler, had demonstrated that planets also moved in elliptical orbits, and galileo confirmed those theories as well. perhaps most famously, he built a telescope that allowed him to observe the phenomena directly, recording details of heavenly bodies that the ancients could never have known about. galileo's theories were published in the starry messenger in 1610, a highly controversial book criticized by other scientists, as well as officials of the church. galileo made the mistake of making fun of people that disagreed with him, and he was arrested and put on trial, eventually recanting his theory publicly in order to save his own life.