Where is Cilicia in biblical times?

Cilicia is the ancient Roman name for the southeastern region of Asia Minor (modern-day Turkey). It is referenced in the biblical books of Acts and Galatians, was the birthplace of Saint Paul, and the site of his early evangelical missions.

Is Tarsus in Jerusalem?

Tarsus is located in Turkey at the longitude of 34.9 and latitude of 36.92. Jerusalem is located in Israel at the longitude of 35.21 and latitude of 31.77 . Driving Distance : 1002 KM and 590 meters / 623 miles. Straight Line Distance : 573 KM and 300 meters / 356.2 miles.

What happened in Tarsus in the Bible?

Tarsus was the city where, according to the Acts of the Apostles, “Saul of Tarsus” was born, but he was “brought up” () in Jerusalem. Saul became Paul the Apostle after his encounter with Christ (Acts 9:11; 21:39; 22:3), and he returned here after his conversion (Acts 9:30).

Where is Syria in the Bible?

Aram referred to as Syria & Mesopotamia. Aram (Aramaic: ܐܪܡ, Orom‎), also known as Aramea, was a historical region including several Aramean kingdoms covering much of the present-day Syria, Southeastern Turkey and parts of Lebanon and Iraq.

What does the name Cilicia mean?

The name Cilicia is primarily a female name of Latin origin that means That Which Overturns. Ancient Province of Asia.

What was the significance of Tarsus?

Tarsus was also a thriving commercial and intellectual center and known as the greatest of all the cities of Cilicia (southern Asia Minor). “It not only has a flourishing population but also is most powerful, thus keeping up the reputation of the mother-city.”

Where was Antioch in the Bible?

Syria
Antioch or Antiochia was an ancient city located on the Orontes River near the Amanus Mountains in Syria.

What is the use of tarsus?

eyelid anatomy …a fibrous plate, called a tarsus, that gives it structure and shape; muscles, which move the eyelids; and meibomian (or tarsal) glands, which secrete lubricating fluids.

What does the tarsus do?

The tarsals correspond to the carpal bones of the upper limb. In humans the tarsals, in combination with the metatarsal bones, form a longitudinal arch in the foot—a shape well adapted for carrying and transferring weight in bipedal locomotion.