=Mrs LOVETT CAMERON’S= POPULAR NOVELS =Crown 8vo, cloth gilt, 6s. each= BITTER FRUIT REMEMBRANCE AN ILL WIND A FAIR FRAUD A PASSING FANCY ROSAMOND GRANT [_Shortly_ MIDSUMMER MADNESS THE CRAZE OF CHRISTINA A DIFFICULT MATTER A WOMAN’S “NO” =Morning Post.=—“Mrs Lovett Cameron is one of the best story-tellers of the day, and her pages are so full of life and movement that not one of them is willingly skipped.” =Daily News.=—“Mrs Lovett Cameron’s stories are always bright, vivacious and entertaining. They are very pleasantly human, and have, withal, a charming freshness and vigour.” =Daily Telegraph.=—“Mrs Lovett Cameron is a fertile and fluent storyteller, and an uncommonly clever woman.” =Guardian.=—“Mrs Lovett Cameron’s novels are among the most readable of the day. She has a wonderful eye for a situation, so her stories move with a swing that is all their own.” =Pall Mall Gazette.=—“Mrs Lovett Cameron, in her novels, is always readable and always fresh.” =Speaker.=—“Mrs Lovett Cameron possesses the invaluable gift of never allowing her readers to become bored.” =Academy.=—“Mrs Lovett Cameron exhibits power, writes with vivacity, and elaborates her plots skilfully.” =Bookman.=—“Mrs Lovett Cameron has gained for herself a circle of admirers, who take up any new book of hers with a certain eagerness and confidence.” =Vanity Fair.=—“Mrs Lovett Cameron needs no introduction to the novel reader, and, indeed, has her public ready to her hand as soon as her books come out.” =Black and White.=—“We have a few writers whose books arouse in us certain expectations which are always fulfilled. Such a writer is Mrs Lovett Cameron.” London: JOHN LONG, 13 & 14 Norris St., Haymarket And at all the Libraries and Booksellers ------------------------------------------------------------------------ MR. JOHN LONG’S AUTUMN AND NEW YEAR ANNOUNCEMENTS 1904–1905 =JOHN LONG’S POPULAR NOVELS= MR. JOHN LONG has much pleasure in announcing the publication of the following important New Novels, several of which are now ready. =Six Shillings each=