Charles Dickens was one of the great pioneers of detective fiction. While the larger-than-life characters in his novels have settled themselves in the public imagination, his detectives have had a profound effect on the development of crime fiction, and Dickens is now seen as the first major publicist for the police detective. In Hunted Down, Peter Haining has assembled a fascinating selection of Dicken's detective stories. Added to these are extracts from the novels in which the men of the law make their mark, including Mr Nadgett from Martin Chuzzlewit , the first serious detective in an English novel, and Inspector Bucket from Bleak House.
About the Author
One of the grand masters of Victorian literature, Charles Dickens was born on February 7, 1812, in Landport, Portsea, England. He died in Kent on June 9, 1870. The second of eight children of a family continually plagued by debt, the young Dickens came to know not only hunger and privation,but also the horror of the infamous debtors' prison and the evils of child labor. A turn of fortune in the shape of a legacy brought release from the nightmare of prison and "slave" factories and afforded Dickens the opportunity of two years' formal schooling at Wellington House Academy. He worked as an attorney's clerk and newspaper reporter until his Sketches by Boz (1836) and The Pickwick Papers (1837) brought him the amazing and instant success that was to be his for the remainder of his life. In later years, the pressure of serial writing, editorial duties, lectures, and social commitments led to his separation from Catherine Hogarth after twenty-three years of marriage. It also hastened his death at the age of fifty-eight, when he was characteristically engaged in a multitude of work.
"This collection reaffirms that the influence of Charles Dickens on the development and achievements of detective fiction is unchallengeable." --P. D. James, "The Times"
Number Of Pages: 224
Published: 1st September 2013
Publisher: Peter Owen Ltd
Dimensions (cm): 19.8 x 12.9 x 1.8
Weight (kg): 0.2