TY - GEN T1 - An account of South-West BarbaryContaining what is most remarkable in the territories of the king of Fez and Morocco. Written by a person who had been a slave there a considerable time; and published from his authentick manuscript. To which are added, two letters: one from the present king of Morocco to colonel kirk; the other to sir clodesly shovell: With sir Cloudesly's answer, &c. By Simon Ockley, B.D. prosessor of arabick, in the university of cambridge; and chaplain to the Most Honourable Robert Earl of Oxford and Mortimer, lord high-treasurer of Great Britain. DA - 1713. CY - London : AU - Person Who Had Been a Slave There. PB - Printed for J. Bowyer, at the Rose in Ludgate-Street; and H. Clements, at the Half-Moon in St. Paul's Church-yard, PP - London : PY - 1713. N1 - Simon Ockley is the editor, the author's preface is unsigned. N1 - Reproduction of original from University of London's Goldsmiths' Library. ID - 649793 TI - An account of South-West BarbaryContaining what is most remarkable in the territories of the king of Fez and Morocco. Written by a person who had been a slave there a considerable time; and published from his authentick manuscript. To which are added, two letters: one from the present king of Morocco to colonel kirk; the other to sir clodesly shovell: With sir Cloudesly's answer, &c. By Simon Ockley, B.D. prosessor of arabick, in the university of cambridge; and chaplain to the Most Honourable Robert Earl of Oxford and Mortimer, lord high-treasurer of Great Britain. LK - https://univsouthin.idm.oclc.org/login?url=http://find.gale.com/ecco/infomark.do?contentSet=ECCOArticles&docType=ECCOArticles&bookId=1611001900&type=getFullCitation&tabID=T001&prodId=ECCO&docLevel=TEXT_GRAPHICS&version=1.0&source=library&userGroupName=usi UR - https://univsouthin.idm.oclc.org/login?url=http://find.gale.com/ecco/infomark.do?contentSet=ECCOArticles&docType=ECCOArticles&bookId=1611001900&type=getFullCitation&tabID=T001&prodId=ECCO&docLevel=TEXT_GRAPHICS&version=1.0&source=library&userGroupName=usi ER -