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FBI agents are trained to delve deep into the minds of the most dangerous predators. So when the tables are turned and the hunter becomes the prey, they can trust their instincts—and their hearts—to keep each other from harm... FBI Special Agent Hannah Cambridge is trying to rebuild her life after the death of her partner. But Jack Benton wasn't just a fellow agent. He was her lover—and the father of her newborn baby. Now Hannah is in Boston, heading a task force to catch a serial killer. It's a case that could make or break her career. Until the madman turns his twisted sights on her... When Jack Benton went deep undercover, he thought it was a way out of a relationship that was spiraling beyond his control. He never knew Hannah wouldn't be told about his “death”—or that she was pregnant. Turning up in Boston in the flesh, and looking better than ever, will send Hannah into a tailspin. But both will need to keep their wits about them to keep her alive—and to survive the truth about the passion that binds them...

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Manuscript copy with application. A musical afterpiece in two acts. The plot follows Philip's efforts to help his employer realise happiness with his love, Janet.

This interactive, role-playing case book is an enormously rich and stimulating way of challenging students to think about the problems of development and how development experts go about trying to alleviate them. One of the most innovative and eloquent anthropologists of development, A. F. Robertson has drawn from his extensive field experience to construct a hypothetical scenario of the sort typically encountered by those who are making development decisions.

Summer catch crops can reduce soil soluble nitrogen (N) during the summer fallow period in Chinese greenhouse vegetable production. However, the influence of growing fast-growing leafy vegetables as catch crops on soil organic N pools remain insufficiently understood. The aim of this study was to investigate the effects of growing Chinese cabbage (Kuaicai) on soil N pools in the top 0.3 m soil layer during a one-month fallow period in two years. Treatments included Kuaicai cultivation and a fallow treatment for comparison. Results show that soil soluble N pools and non-hydrolysable N (NHN) in the top 0.3 m soil layer were increased during the summer fallow period in the fallow treatment. Kuaicai accumulated 40–114 kg N ha−1 each year, improving N use efficiency by 9.2–26.3%. Growing Kuaicai with drip irrigation to 90% field capacity reduced soil total N (TN) by 12–16% and total soluble N (TSN) by 37–83%. Growing Kuaicai reduced labile N fractions, specifically ammonium N (AN) in the top 0.2 m soil layer by 13–26% and amino acid N (AAN) in the 0.1–0.2 m soil layer by 5–17%. The partial least squares path modelling (a goodness of fit = 0.67) revealed that fallow period management had direct effects on TSN, NHN, and TN, and an indirect effect on labile organic N fractions. The AN and AAN were direct contributors to TSN. These findings suggest that growing Kuaicai as a catch crop is an effective strategy for reducing soluble N pools and labile organic N fractions, thereby lowering the risk of N loss in the next growing season.